Repeater Builder - Business Portable Radio Service Manualmanuals.repeater-builder.com/mo-files1/-CP Series/CP125... · 2011. 6. 17. · Business Portable Radio Service Manual VHF

Business Portable RadioService Manual

VHF 136-174 MHzUHF 435-480 MHz

Motorola, Inc.1301 E. Algonquin RoadSchaumburg, IL 60196 6881096C38-B

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Technical Information UpdatesAs we continue to make engineering enhancements to our products, the information in our Service Manuals need to be updated accordingly. If you wish to be informed of these updates, kindly fill in and fax us your details.

Manual No.: 6881096C38

Kindly complete the Service Manual Feedback Form on the next page to help us ensure that you receive the most accurate and complete information.

Fax to: 6-04-6124944

The Technical Publications Coordinator,Media and Communications,R&D Department,Motorola Penang.

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Manual No.: 6881096C38

Fax to: 6-04-6124944The Technical Publications Coordinator,Media and Communications,R&D Department,Motorola Penang.

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Disassembly ProceduresAlignmentProceduresExplodedViewsSchematicDiagramsCircuit Board DetailsElectrical Parts ListExploded View Parts List

ForewordThis manual is intended for use by service technicians familiar with similar types of equipment. It contains service information required for the equipment described and is current as of the printing date. Changes which occur after the printing date may be incorporated by a complete Manual revision or alternatively as additions.

Computer Software CopyrightsThe Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product.

Document CopyrightsNo duplication or distribution of this document or any portion thereof shall take place without the express written permission of Motorola. No part of this manual may be reproduced, distributed, or transmitted in any form or by any means, electronic or mechanical, for any purpose without the express written permission of Motorola.

DisclaimerThe information in this document is carefully examined, and is believed to be entirely reliable. However, no responsibility is assumed for inaccuracies. Furthermore, Motorola reserves the right to make changes to any products herein to improve readability, function, or design. Motorola does not assume any liability arising out of the applications or use of any product or circuit described herein; nor does it cover any license under its patent rights nor the rights of others.

MOTOROLA and The Stylized M logo are trademarks of Motorola, Inc.All other product or service names are the property of their respective owners.© 2006 Motorola, Inc. All rights reserved. Printed in U.S.A.

Note: Before operating or testing these units, please read the Product Safety and RF ExposureCompliance section.

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DOCUMENT HISTORY

The following major changes have been implemented in this manual since the previous edition:

Edition Description Date

6881096C38-B Chapter 2: MaintenanceUpdated parts list

Apr. 2006

Chapter 4: CPS ProgrammingChanged part number HVN4196_ to RVN4196_

Chapter 6: AccessoriesUpdated desciption of HLN9844_, PMNN4063_R.Added 6881098C60 CP125 Radio UG (Eng/French)

Chapter 7: VHF (136-174 MHz) Band Info.Updated model chart and specifications

Chapter 8: UHF (435-480 MHz) Band Info.Updated model chart and specifications

ii


Table of ContentsForeword......................................................................................................................................... 0-iComputer Software Copyrights....................................................................................................... 0-iDocument Copyrights ..................................................................................................................... 0-iDisclaimer ....................................................................................................................................... 0-i

User Safety, Training, and General Information........................................vii

Chapter 1 Introduction ......................................................................... 1-1

1.1 Scope of Manual............................................................................................................................ 1-11.2 Warranty ........................................................................................................................................ 1-1

1.2.1 Warranty Period and Return Instructions.......................................................................... 1-11.2.2 After Warranty Period ....................................................................................................... 1-1

1.3 Replacement Parts Ordering ......................................................................................................... 1-11.3.1 Basic Ordering Information ............................................................................................... 1-11.3.2 Motorola Online ................................................................................................................ 1-21.3.3 Mail Orders ....................................................................................................................... 1-21.3.4 Telephone Orders............................................................................................................. 1-21.3.5 Fax Orders........................................................................................................................ 1-21.3.6 Parts Identification ............................................................................................................ 1-21.3.7 Product Customer Service................................................................................................ 1-3

1.4 Technical Support.......................................................................................................................... 1-31.5 Radio Model Information................................................................................................................ 1-41.6 Radio Features .............................................................................................................................. 1-5

Chapter 2 Maintenance ........................................................................ 2-1

2.1 Introduction .................................................................................................................................... 2-12.2 Preventive Maintenance ................................................................................................................ 2-1

2.2.1 Inspection ......................................................................................................................... 2-12.2.2 Cleaning Procedures ........................................................................................................ 2-1

2.3 Safe Handling of CMOS and LDMOS Devices.............................................................................. 2-22.4 Repair Procedures and Techniques — General............................................................................ 2-3

2.4.1 Parts Replacement and Substitution ................................................................................ 2-32.4.2 Rigid Circuit Boards .......................................................................................................... 2-32.4.3 Flexible Circuits ................................................................................................................ 2-32.4.4 Chip Components ............................................................................................................. 2-32.4.5 Shields .............................................................................................................................. 2-4

2.5 Disassembling and Reassembling the Radio — General.............................................................. 2-42.6 Radio Disassembly — Detailed ..................................................................................................... 2-5

2.6.1 Front Cover from Chassis Disassembly ........................................................................... 2-52.6.2 Control Board Disassembly .............................................................................................. 2-72.6.3 RF Board Disassembly ..................................................................................................... 2-7

2.7 Radio Reassembly — Detailed...................................................................................................... 2-92.7.1 RF Board Reassembly...................................................................................................... 2-92.7.2 Control Board Reassembly............................................................................................... 2-92.7.3 Chassis and Front Cover Reassembly ............................................................................. 2-9

2.8 Mechanical View and Parts List................................................................................................... 2-12

iv Table of Contents

March, 2006 6881096C38

2.8.1 Exploded View and Parts List ......................................................................................... 2-122.9 Service Aids ................................................................................................................................. 2-142.10 Test Equipment............................................................................................................................ 2-152.11 Programming Cable (DSK001C706)............................................................................................ 2-162.12 IF Test Box (DSK001C702) ......................................................................................................... 2-17

Chapter 3 Radio Tuning ....................................................................... 3-1

3.1 Introduction .................................................................................................................................... 3-13.2 Software Tuning Setup .................................................................................................................. 3-13.3 Affixing Antenna Ground Plate....................................................................................................... 3-23.4 Hardware Tuning Setup and Procedure ........................................................................................ 3-3

3.4.1 Audio Modulation Tuning .................................................................................................. 3-33.4.2 Sub-Audio Modulation Tuning........................................................................................... 3-43.4.3 Tuning Frequency ............................................................................................................. 3-4

Chapter 4 Radio Programming............................................................ 4-1

4.1 Introduction .................................................................................................................................... 4-14.2 Programming Your Radio .............................................................................................................. 4-1

4.2.1 Overview of the Programming Process ............................................................................ 4-14.3 CPS Programming ......................................................................................................................... 4-14.4 Programming ................................................................................................................................. 4-2

4.4.1 PL Frequencies and Codes .............................................................................................. 4-24.4.2 DPL Codes........................................................................................................................ 4-34.4.3 Examples .......................................................................................................................... 4-3

Chapter 5 Error Code Displays............................................................ 5-1

5.1 Error Codes.................................................................................................................................... 5-1

Chapter 6 Accessories ......................................................................... 6-1

6.1 Antennas........................................................................................................................................ 6-16.2 Carrying Accessories ..................................................................................................................... 6-16.3 Chargers ........................................................................................................................................ 6-16.4 Batteries......................................................................................................................................... 6-16.5 Audio Accessories ......................................................................................................................... 6-16.6 Manuals ......................................................................................................................................... 6-26.7 Software......................................................................................................................................... 6-2

Chapter 7 VHF (136-174 MHz) Band Information ............................... 7-1

7.1 Model Chart ................................................................................................................................... 7-17.2 Specifications................................................................................................................................. 7-37.3 Theory of Operation ....................................................................................................................... 7-4

7.3.1 General Information .......................................................................................................... 7-47.3.2 Power Distribution............................................................................................................. 7-47.3.3 Power up Sequence.......................................................................................................... 7-4

Table of Contents v

6881096C38 March, 2006

7.3.4 CPU / Control Section....................................................................................................... 7-57.3.5 VCO / Synthesizer Section ............................................................................................... 7-57.3.6 Transmitter Section........................................................................................................... 7-67.3.7 Power Control ................................................................................................................... 7-77.3.8 Receiver Section............................................................................................................... 7-77.3.9 Battery Section ................................................................................................................. 7-8

7.4 Block Diagrams.............................................................................................................................. 7-97.4.1 Complete .......................................................................................................................... 7-97.4.2 Controller ........................................................................................................................ 7-107.4.3 VCO ................................................................................................................................ 7-107.4.4 Transmitter...................................................................................................................... 7-117.4.5 Receiver.......................................................................................................................... 7-11

7.5 Troubleshooting Charts ............................................................................................................... 7-127.6 VHF 136-174 MHz Circuit Board/Schematic Diagrams and Parts List ........................................ 7-17

VHF 136-174 MHz Controller Board (K305E501-01) .................................................................. 7-17

Chapter 7 ............................................................................................ 7-17

VHF 136-174 MHz Complete Controller Board Schematic Diagram (K305E501-01).................. 7-18VHF 136-174 MHz Main Board Top Side (K305E502-01)........................................................... 7-19VHF 136-174 MHz Main Board Bottom Side (K305E502-01)...................................................... 7-20VHF 136-174 MHz Switches and Battery Schematic Diagram (K305E502-01) .......................... 7-21VHF 136-174 MHz Receiver Front End Schematic Diagram (K305E502-01) ............................. 7-22VHF 136-174 MHz Receiver Back End and Receiver Audio Schematic Diagram (K305E502-01) . 7-

23VHF 136-174 MHz Voltage Controlled Oscillator and Synthesizer Shcmeatic Diagram (K305E502-

01) ............................................................................................................................... 7-24VHF 136-174 MHz Audio PA and External Audio Schematic Diagram (K305E502-01).............. 7-25VHF 136-174 MHz Transmit Audio Schematic Diagram (K305E502-01) .................................... 7-26VHF 136-174 MHz Transmitter Schematic Diagram (K305E502-01) .......................................... 7-27VHF 136-174 MHz Radio Parts List (Controller Board) (K305E501-01)...................................... 7-28VHF 136-174 MHz Radio Parts List (RF Board) (K305E502-01) ................................................ 7-29

Chapter 8 UHF (435-480 MHz) Band Information ............................... 8-1

8.1 Model Charts ................................................................................................................................. 8-18.2 Specifications................................................................................................................................. 8-38.3 Theory of Operation....................................................................................................................... 8-4

8.3.1 General Information .......................................................................................................... 8-48.3.2 Power Distribution............................................................................................................. 8-48.3.3 Power up Sequence ......................................................................................................... 8-48.3.4 CPU / Control Section....................................................................................................... 8-58.3.5 VCO / Synthesizer Section ............................................................................................... 8-58.3.6 Transmitter Section........................................................................................................... 8-68.3.7 Power Control ................................................................................................................... 8-78.3.8 Receiver Section............................................................................................................... 8-78.3.9 Battery Section ................................................................................................................. 8-8

8.4 Block Diagrams.............................................................................................................................. 8-98.4.1 Complete .......................................................................................................................... 8-98.4.2 Controller ........................................................................................................................ 8-108.4.3 VCO ................................................................................................................................ 8-108.4.4 Transmitter...................................................................................................................... 8-11

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March, 2006 6881096C38

8.4.5 Receiver.......................................................................................................................... 8-118.5 Troubleshooting Charts................................................................................................................ 8-128.6 UHF 435-480 MHz Circuit Board/Schematic Diagrams and Parts List ........................................ 8-17

UHF 435-480 MHz Controller Board (K305E501-01) .................................................................. 8-17

Chapter 8 ............................................................................................ 8-17

UHF 435-480 MHz Complete Controller Board Schematic Diagram (K305E501-01).................. 8-18UHF 435-480 MHz Main Board Top Side (K305E503-01)........................................................... 8-19UHF 435-480 MHz Main Board Bottom Side (K305E503-01)...................................................... 8-20UHF 435-480 MHz Switches and Battery Schmeatic Diagram (K305E503-01) .......................... 8-21UHF 435-480 MHz Receiver Front End Schematic Diagram (K305E503-01) ............................. 8-22UHF 435-480 MHz Receiver Back End and Receiver Audio Schematic Diagram (K305E503-01) .8-

23UHF 435-480 MHz Voltage Controlled Oscillator and Synthesizer Schematic Diagram (K305E503-

01)................................................................................................................................ 8-24UHF 435-480 MHz Audio PA and External Audio Schematic Diagram (K305E503-01).............. 8-25UHF 435-480 MHz Transmitter Audio Schematic Diagram (K305E503-01)................................ 8-26UHF 435-480 MHz Transmitter Schematic Diagram (K305E503-01) .......................................... 8-27UHF 435-480 MHz Radio Parts List (Controller Board) (K305E501-01)...................................... 8-29UHF 435-480 MHz Radio Parts List (RF Board) (K305E503-01) ................................................ 8-30

6881096C38 March, 2006

User Safety, Training, and General Information

Product Safety and RF Exposure Compliance

ATTENTION!This radio is restricted to occupational use only to satisfy FCC RF energy exposure requirements. Before using this product, read the RF energy awareness information and operating instructions in the Product Safety and RF Exposure booklet enclosed with your radio (Motorola Publication part number 68P81095C98) to ensure compliance with RF energy exposure limits.

CAUTION: Before using this product, read the operating instructions for safe usage contained inthe Product Safety and RF Exposure booklet enclosed with your radio.

March, 2006 6881096C38


viii User Safety, Training, and General Information: Product Safety and RF Exposure Compliance

Chapter 1 Introduction

1.1 Scope of ManualThis manual is intended for use by service technicians familiar with similar types of equipment. It contains service information required for the equipment described and is current as of the printing date. Changes which occur after the printing date may be incorporated by a complete Manual revision or alternatively as additions.

1.2 WarrantyMotorola offers long term support for its products. This support includes full exchange and/or repair of the product during the warranty period, and service/ repair or spare parts support out of warranty. Any “return for exchange” or “return for repair” by an authorized Motorola Dealer must be accompanied by a Warranty Claim Form. Warranty Claim Forms are obtained by contacting an Authorized Motorola Dealer.

1.2.1 Warranty Period and Return InstructionsThe terms and conditions of warranty are defined fully in the Motorola Dealer, Distributor, or Reseller contract. These conditions may change from time to time and the following notes are for guidance purposes only.In instances where the product is covered under a “return for replacement” or “return for repair” warranty, a check of the product should be performed prior to shipping the unit back to Motorola. This is to ensure that the product has been correctly programmed or has not been subjected to damage outside the terms of the warranty.

1.2.2 After Warranty PeriodAfter the Warranty period, Motorola continues to support its products in two ways.

1. Motorola's Radio Products and Services Division (RPSD)* offers a repair service to both end users and dealers at competitive prices.

2. Radio Products and Services Division (RPSD) supplies individual parts and modules that can be purchased by dealers who are technically capable of performing fault analysis and repair.

* The Radio Products and Services Division (RPSD) was formerly knows as the Accessories and Aftermarket Division (AAD)

1.3 Replacement Parts Ordering1.3.1 Basic Ordering Information

When ordering replacement parts or equipment information, the complete identification number should be included. This applied to all components, kits, and chassis. If the component part number is not known, the order should include the number of the chassis or kit of which it is a part, a sufficient description of the desired component to identify it.

NOTE: Before operating or testing these units, please read the Product Safety and RF ExposureCompliance section in the front of this manual.

March, 2006 6881096C38

1-2 Introduction: Replacement Parts Ordering

1.3.2 Motorola OnlineMotorola online users can access our on-line catalog at:HTTPS://WWW.motorola.com/businessonlineTo register for online access, please call 800-814-0601 (for U.S. and Canada Service Centers only).

1.3.3 Mail OrdersSend written orders to the following addresses:

1.3.4 Telephone OrdersRadio Products and Services Division (RPSD)*(United States and Canada)7:00 AM to 7:00 PM (Central Standard Time)Monday through Friday (Chicago, U.S.A.)1-800-422-4210

1.3.5 Fax OrdersRadio Products and Services Division (RPSD)(United States and Canada)1-800-622-6210

1.3.6 Parts IdentificationRadio Products and Services Division (RPSD)(United States and Canada)1-800-422-4210, menu 3* The Radio Products and Services Division (RPSD) was formerly known as the Accessories and Aftermarket Division (AAD)

Replacement Parts/Test Equipment/Manuals/Crystal Service Items:

Motorola, Inc.Radio Products and Services DivisionAttention: Order Processing2200 Galvin Dr.Elgin, IL 60123U.S.A.

6881096C38 March, 2006

Introduction: Technical Support 1-3

1.3.7 Product Customer ServiceCustomer Response Center(Non-technical Issues)1-800-247-2346FAX: 1-800-247-2347

1.4 Technical SupportTechnical support is available to assist the dealer/distributor in resolving any malfunction which may be encountered. Initial contact should be by telephone wherever possible. When contacting Motorola Technical Support (Customer Resources), be prepared to provide the product model number and the unit’s serial number.Motorola Radio Support Center2204 Glavin DriveElgin, Illinois 601231-800-227-67721-815-489-1000Canadian Technical Logistics Centre400 Matheson Blvd. W,Mississauga, Ontario, Canada L5R 3M11-800-543-3222 1-416-756-58411-888-331-9872 (Fax)

March, 2006 6881096C38

1-4 Introduction: Radio Model Information

1.5 Radio Model InformationThe model number and serial number are located on a label attached to the back of your radio. You can determine the RF output power, frequency band, protocols, and physical packages. The example below shows one portable radio model number and its specific characteristics.

Table 1-1. Radio Model Number (Example: AAH49KDF8AA1A_)

Type of

Unit

Model Series

FrequencyBand

Power Level

Physical Packages

Channel Spacing Protocol Feature

Level

AA H 49 K(136-174

MHz)

D5 W

FLimited

Keypad with Display

812.5/25K

AAConventional

1Limited Keypad

R(435-480

MHz)

C4 W

Internal UseH = Portable

Radio Features 1-5

6881096C38 March, 2006

1.6 Radio FeaturesCPS = Customer Programming Software (for Reseller)

Feature

Business Portable

CPS Front Panel

Factory Reset X

Radio Information X

Radio Configuration

Scan Interval Timer X

Scan Hang Timer X

Alert Tone X X

Backlight Status X X

Battery Saver X X

Battery Type X X

Time Out Timer X X

Prime (Home) Ch X X

Prime Ch Return Hang Time X

Squelch Level X X

Tx Repeater Hang Time X

VOX Parameter1 X

VOX Parameter2 X

Reverse Burst Phase X

Offset Freq X

Special (Non Standard) PL 1,2,3 X

RX/TX DPL Invert X

Conventional Personality

Channel Enable X

Ch Alias X

Rx Freq X

Tx Freq X

PL/DPL Select X X

Power Level X

Reverse Burst/Turn Off Code X

VOX X X

Busy Channel Lockout (BCL) X

Tx Offset(Repeater Offset) X

Scan Type Select X

Ch Spacing X

Scan

Programmable Scan List X X

Scan List Select X

Programmable Button Options

Channel Alias X

Backlight X

Volume Set X

Keypad Lock X

Prime Channel X

Power Select X

Talkaround (Repeater) X

Scan On/Off X

Nuisance Channel Delete X

PL/DPL Select X

No Function X

X = Indicates availableBlank = Indicates unavailable

Feature

Business Portable

CPS Front Panel

March, 2006 6881096C38


1-6 Introduction: Radio Features

Chapter 2 Maintenance

2.1 IntroductionThis chapter provides details about the following:

• Preventive Maintenance• Safe Handling of CMOS and LDMOS Devices• General Repair Procedures and Techniques• Disassembling and Reassembling the Radio

2.2 Preventive MaintenanceThe radio does not require a scheduled preventive maintenance program; however, periodic visual inspection and cleaning is recommended.

2.2.1 InspectionCheck that the external surfaces of the radio are clean, and that all external controls and switches are functional. It is not recommended to inspect the interior electronic circuitry.

2.2.2 Cleaning ProceduresThe following procedures describe the recommended cleaning agents and the methods to be used when cleaning the external and internal surfaces of the radio. External surfaces include the front cover, housing assembly and battery case. These surfaces should be cleaned whenever a periodic visual inspection reveals the presence of smudges, grease, and/or grime.

The only recommended agent for cleaning external radio surfaces is a 0.5% solution of a mild dishwashing detergent in water. The only factory recommended liquid for cleaning printed circuit boards and their components is isopropyl alcohol (70% by volume).

2.2.2.1 Cleaning External Plastic Surfaces

Apply the 0.5% detergent-water solution sparingly with a stiff, non-metallic, short-bristled brush to work all loose dirt away from the radio. Use a soft, absorbent, lintless cloth or tissue to remove the solution and dry the radio. Make sure that no water remains entrapped near the connectors, cracks, or crevices.

NOTE Internal surfaces should be cleaned only when the radio is disassembled for service orrepair.

CAUTION: The effects of certain chemicals and their vapors can have harmful results on certainplastics. Avoid using aerosol sprays, tuner cleaners, and other chemicals.

March, 2006 6881096C38

2-2 Maintenance: Safe Handling of CMOS and LDMOS Devices

2.2.2.2 Cleaning Internal Circuit Boards and Components

Apply Isopropyl alcohol (70%) with a stiff, non-metallic, short-bristled brush to dislodge embedded or caked materials located in hard-to-reach areas. The brush stroke should direct the dislodged material out and away from the inside of the radio. Make sure that controls or tunable components are not soaked with alcohol. Do not use high-pressure air to hasten the drying process since this could cause the liquid to collect in unwanted places. After completing the cleaning process, use a soft, absorbent, lintless cloth to dry the area. Do not brush or apply any isopropyl alcohol to the frame, front cover, or back cover.

2.3 Safe Handling of CMOS and LDMOS DevicesComplementary metal-oxide semiconductor (CMOS) devices are used in this family of radios, and are susceptible to damage by electrostatic or high voltage charges. Damage can be latent, resulting in failures occurring weeks or months later. Therefore, special precautions must be taken to prevent device damage during disassembly, troubleshooting, and repair.

Handling precautions are mandatory for CMOS circuits and are especially important in low humidity conditions. DO NOT attempt to disassemble the radio without first referring to the following CAUTION statement.

NOTE Always use a fresh supply of alcohol and a clean container to prevent contaminationby dissolved material (from previous usage).

CAUTION: This radio contains static-sensitive devices. Do not open the radio unless you areproperly grounded. Take the following precautions when working on this unit:

• Store and transport all CMOS devices in conductive material so that all exposed leads are shorted together. Do not insert CMOS devices into conventional plastic “snow” trays used for storage and transportation of other semiconductor devices.

• Ground the working surface of the service bench to protect the CMOS device. We recommend using the Motorola Static Protection Assembly (part number 0180386A82), which includes a wrist strap, two ground cords, a table mat, and a floor mat.

• Wear a conductive wrist strap in series with a 100k resistor to ground. (Replacement wrist straps that connect to the bench top covering are Motorola part number RSX-4015.)

• Do not wear nylon clothing while handling CMOS devices.• Do not insert or remove CMOS devices with power applied. Check all power supplies

used for testing CMOS devices to be certain that there are no voltage transients present.

• When straightening CMOS pins, provide ground straps for the apparatus used.• When soldering, use a grounded soldering iron.• If at all possible, handle CMOS devices by the package and not by the leads. Prior to

touching the unit, touch an electrical ground to remove any static charge that you may have accumulated. The package and substrate may be electrically common. If so, the reaction of a discharge to the case would cause the same damage as touching the leads.

6881096C38 March, 2006

Maintenance: Repair Procedures and Techniques — General 2-3

2.4 Repair Procedures and Techniques — General2.4.1 Parts Replacement and Substitution

When damaged parts are replaced, identical parts should be used. If the identical replacement part is not locally available, check the parts list for the proper Motorola part number and order the part from the nearest Motorola Communications parts center listed in the Replacement Parts Ordering section of this manual.

2.4.2 Rigid Circuit BoardsThis radio uses bonded, multi-layer, printed circuit boards. Since the inner layers are not accessible, some special considerations are required when soldering and unsoldering components. The printed-through holes may interconnect multiple layers of the printed circuit. Therefore, exercise care to avoid pulling the plated circuit out of the hole.

When soldering near the 20-pin and 40-pin connectors:

• Avoid accidentally getting solder in the connector. • Be careful not to form solder bridges between the connector pins. • Examine your work closely for shorts due to solder bridges.

2.4.3 Flexible CircuitsThe flexible circuits are made from a different material than the rigid boards, and require different soldering techniques. Excessive prolonged heat on a flexible circuit can damage the material. Therefore, avoid excessive heat and excessive bending.

For parts replacement, use the ST-1087 Temperature-Controlled Solder Station with a 600-700 degree F tip, and use small diameter solder such as ST-633. The smaller size solder will melt faster and require less heat to be applied to the circuit.

To replace a component on a flexible circuit:

1. Grasp with seizers (hemostats) the edge of the flexible circuit near the part to be removed. 2. Pull gently.3. Apply the tip of the soldering iron to the component connections while pulling with the seizers.

2.4.4 Chip ComponentsUse either the RLN-4062 Hot-Air Repair Station or the Motorola 0180381B45 Repair Station for chip component replacement. When using the 0180381B45 Repair Station, select the TJ-65 mini-thermojet hand piece. On either unit, adjust the temperature control to 700 degrees F. (370 degrees C), and adjust the airflow to a minimum setting. Airflow can vary due to component density.

• To remove a chip component, select a hot-air hand piece and position the nozzle of the hand piece approximately 1/8” above the component to be removed. Begin applying hot air. Once the solder reflows, remove the component using a pair of tweezers. Using solder wick and a soldering iron or a power desoldering station, remove the excess solder from the pads.

NOTE Do not attempt to puddle-out components. Prolonged application of heat may dam-age the flexible circuit.

March, 2006 6881096C38

2-4 Maintenance: Disassembling and Reassembling the Radio — General

• To replace a chip component using a soldering iron, select the appropriate micro-tipped soldering iron and apply fresh solder to one of the solder pads. Using a pair of tweezers, position the new chip component in place while heating the fresh solder. Once solder wicks onto the new component, remove the heat from the solder. Heat the remaining pad with the soldering iron and apply solder until it wicks to the component. If necessary, touch up the first side. All solder joints should be smooth and shiny.

• To replace a chip component using hot air, select the hot-air hand piece and reflow the solder on the solder pads to smooth it. Apply a drop of solder paste flux to each pad. using a pair of tweezers, position the new component in place. Position the hot-air hand piece approximately 1/8” above the component and begin applying heat. Once the solder wicks to the component, remove the heat and inspect the repair. All joints should be smooth and shiny.

2.4.5 ShieldsRemoving and replacing shields will be done with the R-1070 station with the temperature control set to approximately 415°F (215°C); 445°F (230°C) max.

• To remove the shield, place the circuit board in the R-1070’s holder. Select the proper heat focus head and attach it to the heater chimney. Add solder paste flux around the base of the shield. Position the shield under the heat-focus head. Lower the vacuum tip and attach it to the shield by turning on the vacuum pump. Lower the focus head until it is approximately 1/8” (0.3cm) above the shield. Turn on the heater and wait until the shield lifts off the circuit board. Once the shield is off, turn off the heat, grab the part with a pair of tweezers, and turn off the vacuum pump. Remove the circuit board from the R-1070’s circuit board holder.

• To replace the shield, add solder to the shield if necessary, using a micro-tipped soldering iron. Next, rub the soldering iron tip along the edge of the shield to smooth out any excess solder. Use solder wick and a soldering iron to remove excess solder from the solder pads on the circuit board. Place the circuit board back in the R1070’s circuit board holder. Place the shield on the circuit board using a pair of tweezers. Position the heat-focus head over the shield and lower it to approximately 1/8” above the shield. Turn on the heater and wait for the solder to reflow.Once complete, turn off the heat, raise the heat-focus head and wait approximately one minute for the part to cool. Remove the circuit board and inspect the repair. No cleaning should be necessary.

2.5 Disassembling and Reassembling the Radio — GeneralSince these radios may be disassembled and reassembled with the use of only four (board to casting) screws, it is important to pay particular attention to the snaps and tabs, and how parts align with each other.

The following tools are required for disassembling the radio:

• Phillips screwdriver• 4mm socket wrench• Flathead screwdriver

If a unit requires more complete testing or service than is customarily performed at the basic level, send this unit to a Motorola Authorized Service Center.

6881096C38 March, 2006

Maintenance: Radio Disassembly — Detailed 2-5

2.6 Radio Disassembly — Detailed2.6.1 Front Cover from Chassis Disassembly

1. Turn off the radio.2. Remove the battery:

a. Slide the battery clasp away from the radio (See Figure 2-1).

b. Slide battery down and away from radio.

3. Remove the antenna.4. Pull the On/Off Volume knob off of its shaft.5. Remove the two screws at the back of the rear chassis (See Figure 2-2).

Figure 2-1.

Figure 2-2.

Insert flathead

to remove chassis.screwdriver here

March, 2006 6881096C38

2-6 Maintenance: Radio Disassembly — Detailed

6. Insert a small flathead screwdriver at the bottom of the radio, between the chassis and housing (location marked in Figure 2-2), and lift the chassis gently. Be careful not to damage the housing or the O-ring underneath.

7. Lift the rear chassis away from the front cover (See Figure 2-3). Be careful not to damage the speaker wire underneath.

8. Slide the rear chassis downwards, and away from the front cover.9. Remove the speaker connector, which connects between RF Board and the internal speaker

on the front cover (See Figure 2-4).

Figure 2-3.

Figure 2-4.

SpeakerConnector

SpeakerConnector

6881096C38 March, 2006

Maintenance: Radio Disassembly — Detailed 2-7

2.6.2 Control Board Disassembly1. Remove the screws which hold the control board to the RF board.2. Remove the control board which is connected to the RF board through a board-to-board

connector (See Figure 2-5).

2.6.3 RF Board Disassembly1. Remove the screws and the stud which hold the RF board to the rear diecast with the Phillips

head screwdriver and socket wrench respectively.2. Gently remove the RF board from rear diecast. Then, completely disassembled radio is

shown in Figure 2-6.

Figure 2-5.

Figure 2-6.

Board-to-BoardConnector

March, 2006 6881096C38

2-8 Maintenance: Radio Disassembly — Detailed

Note: The Control and RF boards are mounted with cross recess screws meeting the Phil-lips Cross Slot number 1 standard. Using a Phillips 0 will damage the screw recesses as will a poorly fitting Phillips 1 screwdriver. One example of a correct fitting screw-driver is manufactured by PB Baumann (http://www.pbtools.ch/index_e.html) and is available from many electronic tool dealers. The PB Baumann item number is 121/1-70. Other high quality manufacturer's pruducts meeting the Phillips 1 standard are also acceptable.

6881096C38 March, 2006

Maintenance: Radio Reassembly — Detailed 2-9

2.7 Radio Reassembly — Detailed2.7.1 RF Board Reassembly

1. Place the RF board on the rear diecast.2. Tighten the screws and the stud.

2.7.2 Control Board Reassembly1. Place the control board on the RF board.2. Connect the control board to the RF board by pressing it firmly downwards at the board-to-

board connector (See Figure 2-7).

3. Tighten the screws using a screwdriver to hold the control board in place.

2.7.3 Chassis and Front Cover Reassembly1. Assemble the front keypad into the front cover (See Figure 2-8).2. Press the keypad firmly to the front cover to make sure the keypad ribs are fully flush to

groove on front cover.

3. Place the front cover over the tabs on the rear diecast.

Figure 2-7.

Figure 2-8.

Board-to-BoardConnector

March, 2006 6881096C38

2-10 Maintenance: Radio Reassembly — Detailed

4. Insert the On/Off shaft and antenna nut into the front cover opening.5. Lower the front cover closed to the diecase bottom edges.6. Connect the RF Board to the internal speaker on the front cover with the speaker connector

(See Figure 2-9).

7. Snap the front cover firmly into place on the rear diecast (See Figure 2-10).Figure 2-9.

Figure 2-10.

SpeakerConnector

6881096C38 March, 2006

Maintenance: Radio Reassembly — Detailed 2-11

8. Tighten the two (2) screws at the bottom of rear diecast using a screwdriver (See Figure 2-11).

9. Attach the battery.10. Attach the On/Off Volume knob and the antenna.

Figure 2-11.

Figure 2-12.

March, 2006 6881096C38

2-12 Maintenance: Mechanical View and Parts List

2.8 Mechanical View and Parts List2.8.1 Exploded View and Parts List

Figure 2-13.

1 2

3

4

5

6

7

8

91

01

3

18

19

14

15

16

17

21

20

12

11

a

11

c

11

c

11

b1

1c

22

Mechanical View and Parts List 2-13

6881096C38 March, 2006

Item PartNumber Description

1 Frequency dependent. Please see “6.1 Antennas” on page 6-1

Antenna

2 DSAXRA110001 Volume Knob Assembly

3 DSAXRM120001 Volume Knob Gasket

4 DSAXRM140001 PTT Button

5 3380384W23 CP125 Nameplate

DSAXRM160001 BC120 Nameplate

6 DSAXRK210004 Front Housing Kit, Black CP125

DSAXRK210001 Front Housing Kit, Black BC120

DSAXRK210002 Front Cover Assembly, Grey

7 DSAXRA220001 Speaker Assembly

8 DSAXRP310001 Keypad

9 DSAXRK290001 LCD Kit Assembly

10 DSAXRA231V25 Controller Board Kit, VHF 16 Ch Vx

DSAXRA234V35 Controller Board Kit, UHF 16 Ch Vx

DSAXRA231V22 Controller Board Kit, VHF 4 Ch Vx

DSAXRA234V31 Controller Board Kit, UHF 4 Ch Vx

11 DS1M001120 Chassis Hardware Kit (2-Piece Audio Jack)

PMDN4061_ Chassis Hardware Kit (1-Piece Audio Jack R2)

11a Rod M2

11b PCB bracket

11c Screw M2 fims

12 PMDD4004_ RF Board Assembly, VHF 136-174 MHz R2

PMDE4004_ RF Board Assembly, UHF 435-480 MHz R2

13 DSAXRM2A0001 Battery Contact Gasket

14 DSAXRM280001 Heatsink Thermal Pad

15 DSAXRM250001 Main Gasket

16 DSM5190001 Back Chassis Kit (2-Piece Audio Jack)

PMDN4063_ Back Chassis Kit (1-Piece Audio Jack)

17 DSAXRP320001 RF-Warning Label

18 DSAXRM130001 Tuning Port Sticker

19 DSAXRM2B0001 Screw M2.6

20 DSAXRM2C0001 Washer / Gasket (for screw M2.6)

21 PMNN4063_R Std. NiMH Battery

22 HLN9844_ Belt Clip

Item PartNumber Description

March, 2006 6881096C38

2-14 Maintenance: Service Aids

2.9 Service AidsTable 2-1 lists service aids recommended for working on the Business Portable Radio. While all these items are available from Motorola, most are standard shop equipment items, and any equivalent item capable of the same performance may be substituted for the item listed.

Table 2-1.

Motorola Part No. Description Application

RVN4196_ Customer Programming and Tuning Software (CD)

Program customer options, channel data, and tuner hardware parameters, front end, power, etc.

DSK001C706 Programming Cable (2.5mm) Connects radio and IF Test Box to Computer.

AAPMKN4003_ Cloning Cable (2.5mm) To clone programmable information from one radio to another radio.

DSK001C704 Test Cable Connects radio to IF Test Box.

DSK001C714 Interconnect Service Cable Connects RF board and CPU board.

DSK001C702 IF Test Box Enables connection to the audio/accessory jack. Allows switching for radio testing.

DSK001C705 Battery Eliminator Interconnects radio to power supply (red-and-black power cable included).

DSK001C719 Antenna Ground Plate To improve the grounding while tuning and doing conducted measurement.

HLN8262_ BNC Adaptor Adapts radio’s antenna port to BNC cabling of test equipment.

6881096C38 March, 2006

Maintenance: Test Equipment 2-15

2.10 Test EquipmentTable 2-2 lists test equipment required to service the Business Portable Radio and other two-way radios.

Table 2-2.

Motorola Part No. Description Characteristics Application

*R1049 Digital Multimeter Two meters recommended for AC/DC voltage and current measurements

*S1100 Audio Oscillator 67 to 200Hz tones Used with service monitor to inject PL tones

*S1053, *SKN6009, *SKN6001

AC Voltmeter, Power Cable for meter, Test leads for meter

1 mV to 300 V, 10 Mega Ohm input impedance

Audio voltage measurements

R1053 Dual-trace Oscilloscope

20 MHz bandwidth, 5 mV/cm - 20 V/cm

Waveform measurements

*S1350, *ST1215 (VHF)*ST1223 (UHF)*T1013

Wattmeter,Plug-in Elements (VHF & UHF), RF Dummy Load

50-Ohm, ±5% accuracy 10 W, max. 0-1000 MHz, 300 W

Transmitter power output measurements

S1339 RF Millivolt Meter 100 µV to 3 VRF, 10 kHz to 1.2 GHz

RF level measurements

*R1013 SINAD Meter Receiver sensitivity measurements

S1347 or S1348 (prog)

DC Power Supply 0-20 Vdc, 0-5 Amps Bench supply for 7.5Vdc

*Frequency/deviation meter and signal generator for wide-range troubleshooting and alignment

March, 2006 6881096C38

2-16 Maintenance: Programming Cable (DSK001C706)

2.11 Programming Cable (DSK001C706)

Figure 2-14.

Figure 2-15.

1: DCD

2: RXD

3: TXD

4: DTR

5: GND

6: DSR

7: RTS

8: CTS

9: RI

D1011SS362

D1021SS362

Q102UMW1N

Q101UMW1N

R10210k

R10410k

R10310k

PROG

GND

To: PCRS232C 9PD-SUB

C1010.1

R10110k

5 4 3 2 1

9 8 7 6

6881096C38 March, 2006

Maintenance: IF Test Box (DSK001C702) 2-17

2.12 IF Test Box (DSK001C702)

Figure 2-16.

SP +

SP -

Mic

GND

PRG

SP101

INT_SPEAKERR10124 ohm

T101

Balan

P101SPK OUT

P102Mic Input

S101Out on/off

S103INT_PTT

S102Spk/Load

J101

Mic/Prog InputR10210k

C101

1/25V

Non

Non

Non

Non

D-Sub 9P

1

2

3

4

5

6

7

8

9

March, 2006 6881096C38


2-18 Maintenance: IF Test Box (DSK001C702)

Chapter 3 Radio Tuning

3.1 IntroductionThis chapter provides an overview of the software and hardware tuning material available for the Business Portable Radio.

The Business Portable Customer Programming Software and Tuner Software are designed for use in a Windows 95/98/NT/2000/XP environment. This software covers all the functions of the traditional Radio Service Software (RSS) package.

An Installation instruction manual is contained within each kit.

3.2 Software Tuning SetupA Windows 95/98/NT/2000/XP PC (personal computer) and Tuner are required to tune parameters such as power, sensitivity, squelch and RSSI. To perform the tuning procedures, the radio must be connected to the PC and IF Test Set as shown in Figure 3-1.

Refer to online help files for specific tuning procedures. See Figure 3-2, how to attach the radio.

Description Kit Number

Customer Programming and Tuning Software (CD) RVN4196_

Figure 3-1.

TEST EQUIPMENT

IF TEST SETDSK001C702

Radio

9 PinConnectorBNC BNC

BNCBNC

Mic Spk

CommPortProgramming Cable

(DSK001C706)

Input Output

N Type

AccJack Test Cable

(DSK001C704)

Antenna Port

Ground Contact Finger�(Refer to Figure belowon how to attach to radio)

March, 2006 6881096C38

3-2 Radio Tuning: Affixing Antenna Ground Plate

3.3 Affixing Antenna Ground Plate(Strictly for Radio’s Testing and Tuning Purpose Only)

1. Insert the antenna ground plate (DSK001C719) through the antenna adaptor (HLN8262).

Figure 3-2. 2. Screw the antenna adaptor into the radio’s antenna jack as shown in Figure 3-3.

Figure 3-3.

Note: Make sure the antenna ground plate is placed properly before the battery eliminator is inserted to the radio. This is to ensure that the radio has a better grounding.

Ground Plate

Antenna Adaptor

Ground Plate

Antenna Adaptor

6881096C38 March, 2006

Radio Tuning: Hardware Tuning Setup and Procedure 3-3

3.4 Hardware Tuning Setup and ProcedureThere is a silver seal on the bottom left of the radio chassis. Remove the seal to expose the two potentiometers for audio and sub-audio (CTCSS) modulation adjustment. RV601, which is slightly higher, is the trimmer potentiometer for audio modulation tuning. The lower trimmer potentiometer (RV602) is meant for sub-audio modulation tuning.

3.4.1 Audio Modulation Tuning1. Set the radio to transmit at the appropriate tuning frequency (See “Tuning Frequency” in

Table 3-1) with low power. Set Channel Spacing to "CS-25.0" for 25 kHz (see “Radio Programming” section).

2. On the test equipment, set it to receive at the appropriate tuning frequency (See “Tuning Frequency” on page 3-4) and with the following configurations:

Audio bandwidth: 0.25 Hz to 15,000 Hz.

De-emphasis: OFF

3. Inject a 60 mV 1 kHz tone to the radio through the external mic connector.4. Key up the radio.5. Using a ceramic tuning tool, adjust RV601 to tune the audio modulation deviation to settle

between 4.3 kHz to 4.5 kHz.

Figure 3-4.

RV601

RV602

March, 2006 6881096C38

3-4 Radio Tuning: Hardware Tuning Setup and Procedure

3.4.2 Sub-Audio Modulation Tuning1. Set the radio to transmit at the appropriate tuning frequency (See “Tuning Frequency” on

Table 3-1) with low power and TX PL frequency of 100.0 Hz. Set Channel Spacing to "CS-25.0" for 25 kHz (see “Chapter 4 Radio Programming” section).

2. On the test equipment, set it to receive at the appropriate tuning frequency (see “Chapter 4 Radio Programming” section) and with the following configurations:

Audio bandwidth: 0.25 Hz to 3,000 Hz.

De-emphasis: OFF

3. Do NOT inject any tone to the radio.4. Key up the radio.5. Using a ceramic tuning tool, adjust RV602 to tune the sub-audio modulation deviation to

settle between 0.65 kHz to 0.75 kHz.

3.4.3 Tuning FrequencyTable 3-1.

Band Frequency (MHz)

VHF 136-174 MHz 155.025

UHF 435-480 MHz 457.5

Chapter 4 Radio Programming

4.1 IntroductionThe Business Portable Radio can be programmed by using the Customer Programming Software (CPS).

4.2 Programming Your Radio4.2.1 Overview of the Programming Process

To prepare properly programmed radios for your customers, you should:

Program one radio with all the necessary parameters, as required by your customers.

4.3 CPS ProgrammingThe CPS is designed for use in the Windows 95/98/NT/2000/XP environment.

An Installation instruction manual is contained within the CPS kit.

Refer to online help files for the CPS Programming procedures.

Description Kit Number

Customer Programming and Tuning Software (CD) RVN4196_

Figure 4-1.

Radio

Programming Cable (2.5mm)DSK001C706

CommPort

March, 2006 6881096C38

4-2 Radio Programming: Programming

4.4 Programming4.4.1 PL Frequencies and Codes

NOTE: PL1, PL2, PL3 are the User Defined PL Frequencies.

PL Freq (Hz) Motorola Code

Equiv. PL Code PL Freq (Hz) Motorola

CodeEquiv.

PL Code

67 001 XZ 136.5 022 4Z

69.3 002 WZ 141.3 023 4A

71.9 003 XA 146.2 024 4B

74.4 004 WA 151.4 025 5Z

77 005 XB 156.7 026 5A

79.7 006 WB 162.2 027 5B

82.5 007 YZ 167.9 028 6Z

85.4 008 YA 173.8 029 6A

88.5 009 YB 179.9 030 6B

91.5 010 ZZ 186.2 031 7Z

94.8 011 ZA 192.8 032 7A

97.4 012 ZB 203.5 033 M1

100 013 1Z 206.5 034 8Z

103.5 014 1A 210.7 035 M2

107.2 015 1B 218.1 036 M3

110.9 016 2Z 225.7 037 M4

114.8 017 2A 229.1 038 9Z

118.8 018 2B 233.6 039 M5

123 019 3Z 241.8 040 M6

127.3 020 3A 250.3 041 M7

131.8 021 3B 254.1 042 0Z

PL1 PL1

PL2 PL2

PL3 PL3

6881096C38 March, 2006

Radio Programming: Programming 4-3

4.4.2 DPL Codes

NOTE: The codes marked with an asterisk are not part of the 83 standard EIA/TIA-603 codes.

4.4.3 Examples4.4.3.1 Setting Up a Scan List

Scenario: To setup Scan List 1 with the following channels - CH 001, CH 003, CH 015, CH 025, CH 032.

Steps:

1. Turn off the radio.2. Enter Programming Mode, by pressing and holding the Monitor button while turning on the

radio. A ringing tone is heard, indicating that your radio is in Programming Mode. The K indi-cator illuminates and RW is displayed.

DPL Code

Motorola Code

DPL Code

Motorola Code

DPL Code

Motorola Code

DPL Code

Motorola Code

23 043 152 065 343 087 606 109

25 044 155 066 346 088 612 110

26 045 156 067 351 089 624 111

31 046 162 068 364 090 627 112

32 047 165 069 365 091 631 113

43 048 172 070 371 092 632 114

47 049 174 071 411 093 645* 115

51 050 205 072 412 094 654 116

54 051 223 073 413 095 662 117

65 052 226 074 423 096 664 118

71 053 243 075 431 097 703 119

72 054 244 076 432 098 712 120

73 055 245 077 445 099 723 121

74 056 251 078 464 100 731 122

114 057 261 079 465 101 732 123

115 058 263 080 466 102 734 124

116 059 265 081 503 103 743 125

125 060 271 082 506 104 754 126

131 061 306 083 516 105

132 062 311 084 532 106

134 063 315 085 546 107

143 064 331 086 565 108

March, 2006 6881096C38

4-4 Radio Programming: Programming

3. Press PTT or the Montor button until SCANLST1 is displayed.

4. Press . The first scan list member holder, 1-01-, will be displayed. Press the A or C button to scroll to 001.

5. Press again. When 1-02- appears, press the A or C button to scroll to 003 and subsequently in this manner, enter the other channels.

6. Press PTT or the Monitor, when all the channel numbers have been entered.7. Turn off your radio, if you have completed the programming, or proceed to the next

parameter.

Note: If a mistake is made, use or to move to the appropriate scan list member holder and press D to erase the channel number.

Chapter 5 Error Code Displays

5.1 Error CodesThe radio performs cursory tests during start-up and during operations to determine if its basic electronics and software are in working order . Problems detected during these tests are presented as error codes on the radio display. The presence of an error code means that a problem exists and that the user should contact a service technician. Use the following table to aid in understanding particular error code displays.

Table 5-1.

Failure Display Description

MEM ERR Defective ROM.

EEP ERR Defective external EEPROM. Codeplug data is corrupted.

PLL ERR The radio cannot receive or transmit on the programmed frequencies.

March, 2006 6881096C38


5-2 Error Code Displays: Error Codes

Chapter 6 Accessories

6.1 AntennasPMAD4012 136-155 MHz, Helical Antenna, 9cm

PMAD4013 155-174 MHz, Helical Antenna, 9cm

PMAE4011 435-480 MHz, Helical Antenna, 10cm





PMAE4003 430-470 MHz, Helical Antenna, 9cm

NAE6483 403-520 MHz, Whip Antenna

NAD6502 146-174 MHz, Heliflex Antnna

6.2 Carrying Accessories4285820Z01 Shoulder Strap

HLN9844_ 2" Spring Belt Clip

RLN4815_ Fanny Pack

HLN9985_ Waterproof Bag

JMZN4020_ Handstrap for Radio

4280384H01 Radio Pak Replacement Retaining Strap w/Snap

4280384F89 Radio Pak Belt Lengthener for RLN4815

6.3 ChargersPMTN4087 Rapid Charger Kit, 120 V

RLN4940 Slow Desktop Charger Kit, 120 V

PMTN4073 13 Hour Charger, 120 V

6.4 BatteriesPMNN4063_R NiMH, 1500 mAH

6.5 Audio AccessoriesPMLN4294 Ear Set Mic w/PTT

PMLN4425 Ear Set Boom Mic w/Remote Ring PTT

HMN9030 Remote Speaker Mic

HMN9013 Lightweight Handset w/Boom Mic

March, 2006 6881096C38

6-2 Accessories: Manuals

6.6 Manuals6881096C35 Business Portable Radio User Guide (English)

6881098C60 CP125 Radio User Guide (English/French)

6.7 SoftwareRVN4196_ Business Portable Radio Customer Programming Software (CD)

Chapter 7 VHF (136-174 MHz) Band Information

7.1 Model Chart

Business Portable Radio, VHF, 136-174 MHz

Model Description

AAH49KDF8AA1A_ Business Portable, 136-174 MHz, 2-5W, 12.5/25 kHz, 16 Ch.

AAH49KDF8AA1A_ Business Portable, 136-174 MHz, 2-5W, 12.5/25 kHz, 4 Ch.

Item Description

X PMUD1925_ Business Portable, 136 -174 MHz, 2-5W, 12.5/25 kHz, 16 Ch.

X PMUD1922_ Business Portable, 136 -174 MHz, 2-5W, 12.5/25 kHz, 4 Ch.

X DSAXRK210004 Front Housing Kit, Black CP125

X DSAXRK210001 Front Housing Kit, Black BC120

X X DSAXRK210002 Front Housing Kit, Grey

X X PMDN4061_ Chassis Hardware Kit (1-Piece Audio Jack R2)

X X DS1M001120 Chassis Hardware Kit (2-Piece Audio Jack)

X X DSAXRA110001 Volume Knob Assembly

X X DSAXRK290001 LCD Kit

X X DSAXRA220001 Speaker Assembly

X X DSAXRM2B0001 Screw M2.6

X X DSAXRM2A0001 Battery Contact Gasket

X X DSAXRM250001 Main Gasket

X X DSAXRM120001 Volume Knob Gasket

X X DSAXRM2C0001 Gasket (Screw 26)

X X PMDN4063A Back Chassis Kit (1-Piece Audio Jack)

X X DSM5190001 Back Chassis Kit (2-Piece Audio Jack)

X X DSAXRM140001 PTT Button

X X PMNN4063_R Battery Std NiMH

X X PMAD4012_ VHF Stubby 9cm Antenna, 136-155 MHz

X X PMAD4013_ VHF Stubby 9cm Antenna, 155-174 MHz

X X PMAD4014_ VHF Helical 14cm Antenna, 136-155 MHz


March, 2006 6881096C38

7-2 VHF (136-174 MHz) Band Information: Model Chart



X X NAD6502_ Standard VHF Heliflex Antenna, 150-162 MHz

X X PMTN4087_ Standard Rapid Rate Charger Kit, 120V

X 3380384W23 CP125 Nameplate

X DSAXRM160001 BC120 Nameplate

X X HLN9844_ 2" Spring Belt Clip

X 6881096C35 Business Portable Radio User Guide (English)

X 6881098C60 CP125 Radio User Guide (English/French)

X = indicates one of each is required.

Business Portable Radio, VHF, 136-174 MHz

Model Description

Specifications 7-3

March, 2006 6881096C38

7.2 SpecificationsGeneral

Transmitter

Receiver

All specifications are subject to change without notice.

VHFFrequency: 136-174 MHzChannel Capacity: 16, 4Power Supply: 7.5 Volts ±20%Dimensions with Stan-dard HighCapacity NiMHBattery:

115.5mm x 56mm x 35mm

Weight: with Standard High Capacity NiMH Battery:

350 g

Average Battery Life @ (5-5-90 Duty Cycle)

(Low Power)>11 hrs

(High Power)>8 hrs

Sealing: Passes rain testing per IPX4 (EN60529=1991)

Shock andVibration:

Meets MIL STD 810C, D and E

Dust: Meets MIL STD 810C, D and E

Humidity: Weather resistant housing passes EIA RS-316B

VHFRF OutputNiMH @ 7.5V:

Low2 W

High5 W

Channel Spacing 12.5/25 kHzFreq. Stability(-30°C to +60°C)

0.00025%

Spurs/Harmonics: -26 dBmAudio Response:(from 6 dB/oct. Pre-Emphasis, 300 to 3000Hz)

+1, -3 dB

Audio Distortion:@ 1000 Hz, 60%Rated Max. Dev.

<5%

FM Noise: 40 dB

VHF 12.5 kHz

VHF 25 kHz

Sensitivity12dB SINAD:

0.25 µV 0.25 µV

Adjacent Channel Selectivity EIA

60 dB 65 dB

Intermodulation 60 dB 65 dBSpur Rejection: 60 dB 65 dBImage Rejection: 60 dB 65 dBHum and Noise 40 dBAudio Distortion < 5%ConductedEmmision

-57 dBm

Audio Output@ <5% Distortion

500 mW 500 mW

March, 2006 6881096C38

7-4 VHF (136-174 MHz) Band Information: Theory of Operation

7.3 Theory of Operation7.3.1 General Information

Your radio has two printed circuit boards: the Controller board, and the Radio Frequency (RF) and Audio Frequency board. The Controller board contains the CPU/Control section. The RF board contains the VCO/Synthesizer section, Transmitter section, Receiver section, Transmitter Audio circuitry, Receiver Audio circuitry, and Battery section.

7.3.2 Power Distribution

Figure 7-1. The above figure illustrates the DC distribution throughout the radio board. A battery supplies power directly to the electronic on/off control. Radio power supply is triggered by the Power Switch (On/Off/Volume control) and +SW B is distributed as show in the figure. Regulator output 5V is supplied to the CPU. +SW B continues to support the Audio Power AMP, 5V Regulator, TX Regulator until the radio is turned off.

The radio can be turned off on two ways:

1. Power Switch turned-off2. Low Battery

When a low battery level is detected by the CPU, it stores the radio personality data to EEPROM before turning off the radio.

7.3.3 Power up Sequence1. Power supply is turned on by the On/Off/Volume Control (Power Switch).2. Power from battery is supplied to the regulator through the switch.3. Output (5V) from the regulator is directed to the CPU (Q101).4. Q105 resets the CPU (Q101).5. The CPU loads radio personality data from EEPROM after the reset.6. This personality data is used to initialize the radio.

5V REGQ204

RX SWQ211

TX/RX SWQ210, 211

TX REGQ201,202

RF AMPQ404

Local AMPQ416

IF AMPQ408

IF AMPQ506

LPFQ502

HPFQ505

Audio PowerAMPQ702

RF PAQ411

Driver AMPQ412

MIC AMPQ602

Sub AudioLPF Q610

VCO BufferQ308

PLL ICQ323

RF PowerControl

Q419

TX DriverQ413,414

+ SW B SAVE SWQ210 RX +5V

TX +5V

TX/RX SWQ309,310

TX VCOQ325

RX VCOQ324

Battery

DiodeQ126

ResetQ105

CPUQ101

EEPROMQ114

DAConverter

Q121

Ripple FilterQ330

PowerSwitchSW201

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Theory of Operation 7-5

7. The radio restores last power up state (i.e. state before the radio was turned-off).8. Power is supplied to PLL circuitry.9. Power is supplied to Rx and Rx VCO circuitry.10. CPU sends data to PLL circuitry. If LOCK status is confirmed, radio continues the power-up

sequence. Otherwise, PLL ERR is displayed.11. If the Rx audio level is less than the pre-programmed squelch level, and other unmuting

conditions are met, the radio will open squelch.

7.3.4 CPU / Control SectionWhen the radio is turned ON, the CPU (Q101) reads the radio status from the EEPROM Q114. It also monitors the keypad, the PTT line and other inputs such as the squelch detect, etc. continuously. When there is a channel change, the CPU sends the correct frequency information to the synthesizer via pins 2, 87, and 100. The CPU is clocked by the 8.388608MHz oscillator, which is composed of X101, C101, C106, and R158.

7.3.5 VCO / Synthesizer SectionThis section consists of the Temperature-Compensated Crystal Oscillator (TCXO), Voltage Controlled Oscillator (VCO), Synthesizer and the Loop Filter. These circuits are found on the RF board.

7.3.5.1 Temperature-Compensated Crystal Oscillator (TCXO)

The reference oscillator is a temperature compensated crystal-controlled, Pierce type circuit. It utilizes a logic gate within Q323 as a gain element. C335 is used to adjust the oscillator on frequency (14.4MHz) at room temperature (22°C). Temperature variations cause resistance changes in thermistor R330 and R567, which is on the base of Q320, thus varying the voltage applied to varactor Q322. This changes the impedance across crystal X301 in a manner complementary to the temperature drift characteristic of the crystal. In this way, the reference oscillator is held within the specified ±2.5 PPM from -30 to +60°C.

7.3.5.2 Voltage-Controlled Oscillators

Only one of the VCOs runs at a time, which is controlled by Q310 and Q101. The receive VCO consists of C344-C351, L302, L305, L306, L312-L314, Q311, and Q324. This VCO oscillates at 45.1 MHz above the programmed receive frequency. The VCO’s oscillating frequency is tuned by the varactor Q311. The tuning voltage is supplied from the output of the Loop Filter. The output of the VCO is AC coupled (C352) to the synthesizer and the output buffer Q308 respectively. The output of the VCO buffer Q308 is AC coupled (C475 and R442-R444, C312, C313) to the synthesizer and the output buffer Q416 respectively.

When the PTT is pressed, Q101 pin 36 goes low (approx. 0V) disabling the receive VCO by the Q310 and biases on Q309 to enable the transmitter VCO. The transmitter VCO consists of C353, C355, C357, C358, L315, L317, L318, Q325, Q326, and Q329. This VCO oscillates on the programmed transmit frequency. The VCO’s oscillating frequency is tuned by the varactor Q326. The tuning voltage is supplied from the output of the Loop Filter. The transmit voltage controlled oscillator is directly frequency-modulated and operates on the carrier frequency. In the receive mode, the transmit VCO is disabled and the receive VCO is enabled, producing the receive local oscillator signal at a frequency 45.1 MHz above the incoming receive frequency. The synthesizer is tuned in 5.00 kHz or 6.25 kHz steps.

March, 2006 6881096C38


7.3.5.3 Synthesizer

The frequency synthesizer is a large-scale monolithic synthesizer integrated circuit Q323. The synthesizer IC contains a dual modulus prescaler, programmable divide-by-N counter, prescale control (swallow) counter, reference oscillator, reference divider, phase detector, charge pump and lock detector. Also, included in Q323 are shift registers and control circuits for frequency controls and general device control.

RF output from the active VCO is AC coupled to the synthesizer Q323 prescaler input at Pin 8. The divide counter chain in Q323, consisting of the dual-modulus prescaler, swallow counter and programmable counter, divides the VCO signal down to a frequency very close to 5.00 kHz or 6.25 kHz which is applied to the phase detector. The phase comparator compares the phase with the 5.00 kHz or 6.25 kHz reference signal from the reference divider and drives the external charge pump (Q314, Q315 and Q301). The synthesizer unlock detector circuit prevents the operation of the transmitter and receiver, when the phase lock loop (PLL) is unlocked. The following discussion assumes the unit has been placed in the transmit mode. Q323 lock detector Pin 7 goes high when the PLL is locked. This high level is applied to Pin 25 of the CPU Q101. A software timing routing brings the RX/TX line low (Pin 36 of Q101). With the RX/TX line goes low, Q209 is cut off and Q208 is biased on passing +5VTX-B to Q202; it biases on Q201 to pass switched TX-B to the transmitter amplifier string which enables transmission.

When the PLL is unlocked, the lock detector at Q323 Pin 7 will begin pulsing low. A RC circuit converts this low pulse to a low level for the CPU. The CPU then changes the RX/TX line to a high, thus signaling the other transistor switches to drive Q201 into cutoff, which disables transmission. Therefore, the transmitter remains disabled while the loop remains out of lock, and “PLL ERR” is displayed.

7.3.5.4 Loop Filter

The Loop Filter, a passive lead-lag filter consisting of R314-R317, R356, C323, C369, and C371, integrates the charge pump output to produce the DC turning voltage for the VCO. One parasitic pole, consisting of RF chokes L306/L318, prevent modulation of the VCOs by the 5.00 kHz or 6.25 kHz reference energy remaining at the output of the loop filter. Direct FM is obtained for modulating frequencies outside the PLL bandwidth by applying the CTCSS/DCS signals and the pre-emphasized, limited microphone audio to the VCO modulation circuit. The modulation circuit consists of R347 and Q329.

7.3.6 Transmitter Section7.3.6.1 RF Power Amplifier

After the PTT is pressed, the +5VTX-B line switches to approximately 5V. Q309 is turned on, enabling transmit VCO. The VCO buffer, pre-driver, driver and power amplifier are biased on by Q201. Q201 is biased on by the +5VTX-B line switching to 5V. RF output from the transmit VCO (Q325) is applied to the VCO output buffer Q308. Output from Q308 feeds the buffer Q414. The output signal from Q414 feeds the pre-driver amplifier Q413, and feeds the driver amplifier Q412, whose output from the driver stage feeds the final RF power amplifier Q411 to produce the rated output power of 5 watts. The final output feeds to a low-pass filter (C446-C448, C451, C452, L418, and L419) and then to the transmit/receive switch Q410. RF power is then fed to the antenna via the output low-pass filter consisting of C440-C445, L415, and L416.

7.3.6.2 Antenna Switching

Switching of the antenna between the transmitter and the receiver is accomplished by the antenna transmit/receive switch consisting of diodes Q409 and Q410. In the transmit mode, switched TX B+ is applied through R419 and RF choke L417, hard forward biasing the two diodes on Q410, thus permitting the flow of RF power from the output of the low-pass filter. L414 and C445 isolate the receiver circuit from the transmitter power input.

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Theory of Operation 7-7

7.3.7 Power ControlOutput power is controlled by the CPU (Q101), the D/A converter (Q121), the dual Op-Amp (Q419), which is used as a differential amplifier and comparator. Current is sensed by the voltage drop across R445. When the radio is in high power mode, this voltage is compared to the D/A converter voltage at 5-watt. When the radio is in low power mode, this voltage is compared to the D/A converter voltage at 1-watt. The power output is then reduced or increased by varying the applied voltage to the gate of the power amplifier Q411 and Q412.

7.3.7.1 Transmitter Audio Circuits

The transmitter audio circuits consist of the audio processing circuits, the CTCSS circuits and the DCS circuits.

7.3.7.1.1 Audio Processing

Transmit speech audio is provided by either the internal electric microphone M101 or the external microphone. The audio is pre-emphasized by 6 dB per octave by C615 and R655, and then its signal is amplified. The microphone audio is directed to amplifier Q602B, Q602A, low-pass filter Q602C, and Q602D. Q602A has limiting function. The modulation adjustment is done by potentiometer RV601, and directed to a four-pole active low-pass filter. The resulting signal is then limited, and is directed to a low pass filter (-18 dB per octave roll-off above 3 KHz). The audio is then directed through the 25 KHz/12.5 KHz channel spacing SW Q601 to varactor diode Q329 in transmit VCO. By varying the voltage on the varactor diode Q329 at an audio rate, VCO output is frequency-modulated.

7.3.7.1.2 CTCSS Tone Encoder / Digital Code Squelch (DCS) Encoder

CTCSS signals and DCS signals are synthesized by CPU Q101 and appear as pulse waveform onI/O line Pin 7. This I/O line is directed to a digital-to-analog converter network (consisting of C136, C173, R150, R177 and R182), which produces a pseudo-sine wave at its output. The waveform is smoothed by low pass filters Q610B to produce an acceptable sine wave output. The CTCSS tone signal is adjusted to the proper level by RV602.

7.3.8 Receiver Section7.3.8.1 Receiver Front End

In the receive mode, the RF signal enters thorough the antenna, then through the low-pass filter C439-C445, and L414-L416. The diodes Q409 and Q410 are biased off, so that the output of the low-pass filter is coupled (C437, C438, L413 and R418) to the first band-pass filter C401-C406, C408-C410, L401, L402, PCB_L1, Q401, R401, and to the Front End RF overload protection diode pair Q403. The signal from the band-pass filter is directed to the input of the RF amplifier Q404. The output of the RF amplifier is sent to three stages of band-pass filters, consisting of C415-C429, C486, L404-L406, Q405 and R410. The output from the band-pass filter is directed to the mixer Q407/L407.

7.3.8.2 Local Oscillator (LO)

The Receive VCO (C344-C351, L302, L305, L306, L312-L314, Q311, and Q324) provides the LO signal. The VCO runs at 45.1 MHz above the desired receive frequency and is applied to output Buffer Q308/Q416. The output of the buffer is sent through the low-pass filter C430, C431, L409, and to the mixer Q407/L408.

March, 2006 6881096C38


7.3.8.3 Mixer

The mixer is a DBM type (L407, Q407, L408). The mixer LO frequency is 45.1 MHz above the desired receiver frequency. When the receiver frequency is present, the mixer output will be a 45.1 MHz signal. The mixer output is peaked for 45.1 MHz at L410, C432 and R413, and the signal is filtered by crystal filter F402 and amplified by Q408 before being directed to IF IC Q506. The 45.1 MHz IF signal and LO frequency of 44.645 MHz (X501) are mixed in Q506. The 455 kHz ceramic filter, F501 or F502, filters the second mixer’s output. The resulting signal is the second IF signal. The mixer’s output is then fed to the internal limiting amplifier, and consequently to the FM decoder.

7.3.8.4 FM Detector and Squelch

The FM detector output is used for squelch, decoding tones and audio output. The squelch amplifier is inside of Q506, and its output is fed to an internal rectifier and squelch detector. The output on Q506 Pin 14 signals the CPU Q101 with a low (~0V) to unmute the radio. The audio is unmuted by the CPU Q101 Pin 41 switching to a high (~5V), thus biasing on Q503. The audio is then routed to the audio amplifier Q702 via the volume control SW201.

7.3.8.5 Receiver Audio Circuit

The detector’s audio output is fed to the tone (CTCSS and DCS) low-pass filter Q505A. Then the output of the low-pass filter is routed to the second stage filter Q505B. The output of Q505B is passed to Q505C. The output of Q505C is directed to the squaring circuit Q505D, and finally to the CPU Q101 Pin 22 for decoding.

The detector output feeds the audio high-pass filter Q502. The output of the audio high-pass filter feeds the Volume Control SW201 (VOL). From the wiper arm on the Volume Control, the audio is routed to Pin 4, which is the input to the audio power amplifier Q702. The output of the audio power amplifier is routed through the earphone jack J701 to the internal speaker SP701.

7.3.9 Battery SectionThe battery connects to the contact (CN201). The positive terminal of the battery connects to the ON/OFF Volume control switch (SW201), and the negative terminal connects to PWB ground. Low battery is detected by R127/R128 and voltage regulator Q204.

Battery voltage status is monitored by Pin 19 of the CPU Q101 through R127/R128. When the battery voltage goes below the threshold voltage, “LOW BATT" is displayed on LCD LC101. When the Radio is on a channel with no tone programmed, the BATTERY SAVER Mode is enabled when programmed. In the BATTERY SAVER Mode, the CPU Q101 generates a square wave signal on Pin 37. The signal’s duty cycle varies according to what the BATTERY SAVE TIMER is set. When the CPU U101 Pin 37 goes high (approximately 5 V), Q210 is biased off, and Q211 is cut off, thus turning the supply off to IF IC Q506.

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Block Diagrams 7-9

7.4 Block Diagrams7.4.1 Complete

Figure 7-2.

SA

VE

5V

RX

5V

DA

CR

X

Key

Pad

Pow

erIn

put

TX

5V

BA

TT

ER

Y

5V DA

C R

X

DA

C T

X

35D

TM

F IN

RC

NE

TW

OR

K

9

RC

NE

TW

OR

K3

MIC

M10

1

CN

701

CN

101

27 31 4 15 16 22 25252215 16343193527

DA

CT

X

+ S

W B

Rip

ple

Filt

erQ

330

5V

SP

KS

P70

1(1

/2)

DT

MF

IND

etec

t

Det

ect

1313

AN

T

Ham

onic

s F

ilter

C44

0-44

5L4

15,L

416

AN

TS

witc

hQ

409,

410

Mat

chin

gN

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ork

C44

6-44

8,45

1,45

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18,4

19

2-P

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Ban

d P

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Filt

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RF

AM

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2-P

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Ban

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Mix

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Pre

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GQ

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RX

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Q32

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Q32

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SW

Q30

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310

Aud

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Q32

9

Loop

Filt

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314-

316

Pin

15

16

CN

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Pin

37

38

39

Pin

11

10

9

Pin

1

2 TC

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Q33

4

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UP

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6

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CP

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LPF

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Lim

itter

AM

PQ

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MIC

AM

PQ

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VO

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Q61

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Q60

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io)

Q61

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N/W SW

Q60

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Q60

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Q41

2

March, 2006 6881096C38

7-10 VHF (136-174 MHz) Band Information: Block Diagrams

7.4.2 Controller

Figure 7-3.

7.4.3 VCO

Figure 7-4.

KeyPad

35

RCNETWORK

9

RCNETWORK 3

MICM101

27

31

4

1516

22

25

13EEPROMQ114

CPUQ101

PTTS102

MonS101

LCDLC101

ShiftQ102

Xtal8.38MHz

X101

RestartQ133-Q138

ResetQ105

DAConverter

Q121

CPUPin87

DIODEQ126

CPUPin21

CPU Pin22

CPU Pin36

DCAMPQ125

CN101

RX LocalBuffer

TXBuffer

DATA

Audio Sub AudioTX/RX

SW CONTL

Ripple FilterQ330

5V

VCOBufferQ308

RXVCOQ311Q324

TX/RXSW

Q309Q310

AudioModulator

Q329

Sub AudioModulator

Q322

TCXO14.4MHz

X301Q334

LoopFilterQ314Q315Q316

PLLQ323 CN701

Pin37 38 39

Pin11 10 9

Pin15 16

Pin 1 2

TXVCOQ325Q326

PowerRegulator

DC/DCConverter

Q333

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Block Diagrams 7-11

7.4.4 Transmitter

Figure 7-5.

7.4.5 Receiver

Figure 7-6.

ANT

To Receiver

TX +B

+B

TX 5VDACTX

HamonicsFilter

C440-445,L415,416

Matching NetworkC446-448,451,452

L418,419

PowerControl

Q419

ANTSwitch

Q409,410

BufferAMPQ414

CouplerR445

Pre DriverQ413

P inVCO

FinalAMPQ411

PAQ412

DACRX

DACRX From

VCO

From ANTSwitch

2-PoleBand Pass

FilterQ401

2-PoleBand Pass

FilterQ405

2-PoleCrystalFilterF402

2nd Local44.654MHz

X501

6 PoleCeramicFilterF501

6 PoleCeramicFilterF502

MixerQ407

RFAMPQ404

LocalBufferQ416

IFAMPQ408

IF IC Q506(2nd Mix,2nd Local,IF AMP,DISC,Noise AMP)

March, 2006 6881096C38

7-12 VHF (136-174 MHz) Band Information: Troubleshooting Charts

7.5 Troubleshooting Charts

Figure 7-7.

Troubleshooting Flow Chart for Receiver

Start

Very low or no 12 dB SINAD

Noise at spkrwhen radio is

unsqu’d?

Is 1st LO atC431 >2

dBm?

Inject on channelsignal at RF port,

C429

Inject a 45.1MHz signal at

R467

SINAD

1

Check IFICQ506 (seebelow)

Noise at pin 9of IFIC Q506?

CheckVCO/Synth

Inject onchannel signal

at C402

Check harmonicfilter and

antenna path

Check externalcomponents

connected to IFIC. IfOK, replace Q506

Check mixer,Q407

Is 12 dB SINADdBm?

Check IFIC

RF Front & RearCheck +5VRX andQ404 bias circuitry

1

Is 2nd LO onfreq?

Check VDC ofall IFIC pins

Are VDC of pin1(4.79V), 2(4.17V) and

4(4.88V) of IFICOK?

Are voltages onpins OK?

Check 2nd LOXTAL andcomponents

Check IFIC(see below)


connected to IFIC

NO

NO

YES

YES

NO

YES

YES

NO

YES

YES NO

YES

NO

YES

YES

NO

YES

YES

NO

NO

NO

NO

2 pole filters

Check XTAL filterF402, L411

-116

Is 12 dB

-110 dBm?

SINAD Is 12 dB

-115 dBm?

SINAD Is 12 dB

-105 dBm?

Is Q404 biasedproperly?

Inject 45.1MHz signal at

R413, L411

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Troubleshooting Charts 7-13

Figure 7-8.

Troubleshooting Flow Chart for Transmitter

Start

NoPower

Is+5VTX and TXB+

OK?

IscurrentOK?

IsDAC TX High

or Low?

Is PinOK?

CheckQ201, Q202, Q206

& Q209

CheckVoltages in

Power ControlCircuit

CheckVoltages inPA Line-up

TroubleshootVCODone

PowerOK?

1. Check Pin Diodes2. Check Harmonic Fil-

Inspect/RepairTX OutputNetwork

NO

NO

LOW

HIGH

YESNO

NO

YES

YES

YES

Check Pin toQ419 Pin 1Is

March, 2006 6881096C38


Figure 7-9.

Isinformation

from mP Q101

correct?

Is Q330 correc-tor AT4.65 VDC?

Is Q314 Emitter AT=13VDC

Is Q310 Pin 2<0.7 VDC in RX

&>4.3 VDC in TX?

Troubleshooting Flow Chart for Synthesizer

Start

Visual check of the Board OK?

CorrectProblem

Check 5VRegulator

+5VQ323at Pins

3, 4Is 14.4MHz

Signal atQ323 Pin 1?

CheckX301,C337,C3

38,C336

Are signalsat Pins 8 of

Q323 ?

Check Q301,L303,C303,R301,

C304 & R302 FixConnection

IsConnection

between Q310Pin 2 & CN701Pin 35OK?

Replace

ReplaceQ201

Replace orresolder

necessarycomponents

Is RF levelat Q324

between -10 &

+5 dBm?

Are Q308, L301C308, C310,

C309

Replace Q308

See VCOTroubleshooting

Chart

Are Waveformsat Pins 8 of

Q323

Do Pins9,10 & 11

of Q323 toggle

Check programming

Replace

Check µP Q101

Trouble-shooting

Chart

NO

YES

NO

NO

NO

NO

YES

YES

NO

YES

YES

NO

YES

NO

YES

YESYES

NONO

NO

YES

NO

YES

YES

NO

CheckR358, C312

C313

YES Is 14.4MHzSignal at

Q323 Pin 1?

6881096C38 March, 2006

VHF (136-174 MHz) Band Information: Troubleshooting Charts 7-15

Figure 7-10.

Troubleshooting Flow Chart for Microcontroller

START

APPLY POWER TO RADIO AND

WAS GOOD OR BAD POWER-ON

YES

DONE

WAS GOOD POWER-ON BEEP

ARE ALERT TONESENABLED IN SPM

USE SPM TO ENABLE TONES INVOKE FACTORYRESET IN SPM

WAS GOOD POWERON BEEP PRESENT

MAIN RADIO BOARDS MUST BEREPLACED

ARE TONES PRESENTON POWER UP AT

CN101 PIN 3?

AUDIO PROBLEM, TROUBLE-SHOOT AUDIO CKT

WITH POWER CONNECTED TO RADIO AND THE RADIO TURNEDON CHECK THE FOLLOWING:1) 5V AT PIN 87 OF Q101. IF NONE CHECK Q126.2) WITH HIGH IMPEDANCE PROBE CHECK FOR 8.388608MHZ AT

PIN 13 AND 12 OF Q101, IF NO SIGNAL CHECK/REPLACE X101.3) CHECK DC AT PIN 9 OF Q121. IF < 4.5VDC CHECK CN101 PIN 15.4) CHECK FOR TYPICAL VOLTAGES OF Q101 AND Q114 VOLTAGES.

BEEP PRESENT

TURN ON

PRESENT

DONE

DONE

DONE

YES

YES

YES

YES

YES

NO/DON’TKNOW

NO

NO

NO

NO

(RF & CONTROLLER)

NOTE: Q101 is not replaceable. If Q101 is damaged, the controller andRF boards both need to be replaced.

March, 2006 6881096C38


Figure 7-11.

Make sure Synthesizer isworking correctly.

1.6 VDC atQ308 Base?

4.65 VDCat Q414

collector?

=151 mVrmsat Terminalof C311?

Supply DCat Q329?

0.9 VDC atQ308 emitter?

Are Q325Pin’semitter at 2.1VDC,

collector at 3.8VDC, base at 2.9VDC?

Q324 emitter at 1.0VDC,

collector at 4.0VDC,

base at 1.7VDC?

0.9 VDC atQ308 emitter

?

1.6 VDC atQ308 base ?

4.65 VDC atQ416

collector?

Troubleshooting Flow Chart for VCO

Low or no Powerat Pin 4 of L408

VisualCheckof Board OK?

If all parts from Q324of mixer are OK, then

replace Q324

If all parts associated with those Pin’s are OK,

then replace Q308

If all parts from Q325Pin 4 to Input of PA areOK, then replace Q325

If C359 is OK, then

replace Q329

ReplaceR347

ReplaceC311

Low or no power at Input to PA

Visual check of Board OK?

CorrectProblem

Replace

R311, R322

ReplaceR312 or L301

NO

YES

NO

YES

NO

YES

NO

YES

NO

YESYES

NO

YES

NO

YES

NO

NO

YES

NO NO

YES

NO

YES

RX VCO TX VCOPower OK but no

Modulation

Note: Test Frequency 158MHz

VHF 136-174 MHz Circuit Board/Schematic Diagrams and Parts List 7-17

6881096C38 March, 2006

7.6 VHF 136-174 MHz Circuit Board/Schematic Diagrams and Parts List

Figure 7-12. VHF 136-174 MHz Controller Board (K305E501-01)

Top Side Bottom Side

Chapter 7

7-18 VHF 136-174 MHz Circuit Board/Schematic Diagrams and Parts List

March, 2006 6881096C38

Figure 7-13. VHF 136-174 MHz Complete Controller Board Schematic Diagram (K305E501-01)

R1200

Q115

HL002-Y11

R10

933

0

R10

833

0

A01

A12

A23

Vss4 SDA 5

SCL 6

TEST 7

Vcc 8

Q114S-24C16AFJ-01

R12712.4k

R12

86.

98K

C12

9

0.01

R110

51K

R11

151

KR

112

13K

R11

3

22K

R11

4

43K

R11

5

130K

R11618K

R11733K

R118100K

C13

1

33p

C13

233

p

4OUT11

OUT22

IN

GND3A

B

4OUT11

IN

UPDOWN

C

DC

OM

01

CO

M1

2

CO

M2

3

CO

M3

4

SE

G0

5

SE

G1

6

SE

G2

7

SE

G3

8

SE

G4

9

SE

G5

10

SE

G6

11

SE

G7

12

SE

G8

13

SE

G9

14

SE

G10

15

SE

G11

16

SE

G12

17

SE

G13

18

SE

G14

19

SE

G15

20

SE

G16

21

SE

G17

22

SE

G18

23

SE

G19

24

SE

G20

25

SE

G21

26

SE

G22

27

SE

G23

28

SE

G24

29

SE

G25

30

SE

G26

31

SE

G27

32

SE

G28

33

SE

G29

34

SE

G30

35

SE

G31

36

LC101 LCD

V377 S4776 S46

75

V278

V179

COM080

COM181

COM282

COM383

P3084

P3185

VSS386

VDD387

P3288

P3389

P3490

P3591

P0092

P0193

P0294

P0395

P0496

P0597

P0698

P0799

P10100

P11

1

P12

2

P13

3

P14

4

P15

5

P16

6

P17

7

RE

S#

8

XT

19

XT

210

VS

S1

11

CF

112

CF

213

VD

D1

14

P80

15

P81

16

P82

17

P83

18

P84

19

P85

20

P86

21

P87

22

P70

23

P71

24

P72

25

P73 26S0 27S1 28S2 29S3 30S4 31S5 32S6 33S7 34S8 35S9 36S10 37S11 38S12 39S13 40S14 41S15 42S16 43S17 44S18 45S19 46S20 47S21 48S22 49S23 50

VD

D2

51V

SS

252

S24

53S

2554

S26

55S

2756

S28

57S

2958

S30

59S

3160

S32

61S

3362

S34

63S

3564

S36

65S

3766

S38

67S

3968

S40

69S

4170

S42

71S

4372

S44

73S

4574

Q101

LC87F72C8A(flash)/LC877264(mask)

C11

20.

1

C1080.1

C10

50.

1

C11

00.

001

X101

CS

A-3

08 (

8.38

8608

MH

z)

C10

3

10p

C10

2N

ot u

se

C101

22p

BU

SY

TX

PT

T S

W

C11

30.

001

MO

NI

SW

C10

7

0.01

C140

0.22C13

90.

1

C13

80.

1

C13

70.

1

TX

DR

XD

C14

10.

001

C14

20.

001

C14

30.

001

C14

4

0.00

1

3

14

25

Q125 NJM2107F(w/vox)

R15310K(w/vox)

R15

447

K(w

/vox

)R

156

47K

(w/v

ox)

VDD

Vbb

Vdd

Vdd

GND

MOD_COP

DATA0

MIC

GND

GND

GND

RESET

GND

GND

CLOCK

DATA

PLL_LE

UNLOCK

DTMF OUT

DTMF IN

SU AU OUT

DETECT IN

TDC

N/W

RSSI

SQL IN

VOX IN

TEMP IN

MC1

MC2

RX/TX

SAVE

TX_MUTE

ST_BY

SQL_MUTE

DAC_RX

DAC_TX

DAC_BAIS

PRO

MIC_PTT

C15

60.

01

C15

70.

01

C15

847

p

C15

947

p

C16

047

p

C16

10.

001

C16

20.

001

C164

0.001(V)0.01(22/U)

C16

50.

001

C16

647

p

C16

747

p

C14

547

p

C14

60.

001

C14

70.

001

C14

80.

001

C14

90.

001

C15

00.

001

C15

10.

001

C15

20.

001

C15

30.

001

C15

40.

001

C15

50.

001

R150

10k(V)2.2k(22/U)

R158

470K

OUT1

Vdd2

GND3 NC 4

CD 5

Q105RN5VD30CATR

C10

90.

1R170

47K

R17

147

K

R17

247

K

R10

10

R16

847

K

R17

34.

7k

R17

424

.7k R

162

10K

R159 20K

R161

10K

R163

10K

R165

10K

R166

10K

R164

10K

R148 20KR14720K

R14520KR14620K

R14420KR14320KR14220KR14120KR160

10K

R16

9

330

R16

747

K

COM0COM1COM2COM3

S0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24S25S26S27S28S29S30S31

CO

M0

CO

M1

CO

M2

CO

M3

S0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24

S25

S26

S27

S28

S29

S30

S31

Q119UMH6N

R12

91K

Q1271SS355

R102

47K

S10

1E

VQ

PU

A02

KS

102

EV

QP

UA

02K

M101OB-22P44

C10

410

0p

C1200.001

Q118SML-020MLT

1

2

3

4

5

6

7

8 9

10

11

12

13

14

16

15

Q12

1M

B88

347P

FV

R107

47

SH101SOLDER SHORT

R175 4.7K

Q116

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

CN101

AXK5S40245J/P

R17647K

C173

Not use

Q126RB521S

R177

2.2k(V)

C17

10.

1

C13

52.

2u/6

.3V

C136Not Use

R18

0

560k

(V)1

0k (

U)

R1820

Q102UMG2N

R18

347

K C106

27p

L112

LEM

2520

T10

0J

R1190

R121NOT USE

R12

610

K

R13

810

0K(w

/vox

)

R137

1K(w/vox)

TP

111

TP

112

TP

113

TP

114

TP115 TP116

TP

110

R106 0

+

C11

447

u/6.

3V (

T)

+

C11

547

u/6.

3V (

T)

+

C11

647

u/6.

3V (

T)

+

C11

147

u/6.

3V (

T)

R105

10K

R103NOT USE

R10

40

Q130SSM3K03FE

C17

41u

/6.3

V

C176 0.1uF (U)

R184 10k(Ver9)

Q1311SS372(W/VOX)

C1810.22(W/VOX)

C18

347

0p(W

/VO

X)

C18

20.

22(W

/VO

X)

R15

722

0K(w

/vox

)

R19247K

R19247K

COM1

COM2

R187220K

Q133DAN222

Q1342SC4116GR

R18856K

R189

120K

R190180K

Q135DAN222

R19110K

Q1381SS355Q137

UMW1N

Q1361SS355

C1854.7u

C1844.7u

HL002-Y11

Q117DTC114EE

4OUT11

IN

3OUT22

GND3OUT22

GND

4OUT11

OUT22

IN

GND3

4OUT11

OUT22

IN

GND3

4OUT11

OUT22

IN

GND3

C1860.22u/10(V)Not use(U)

6 4

1 3

2

Q123DTA144EE (w/vox)


6881096C38 March, 2006

Figure 7-14. VHF 136-174 MHz Main Board Top Side (K305E502-01)


March, 2006 6881096C38

Figure 7-15. VHF 136-174 MHz Main Board Bottom Side (K305E502-01)


6881096C38 March, 2006

Figure 7-16. VHF 136-174 MHz Switches and Battery Schematic Diagram (K305E502-01)

R212100

Vin2

GN

D1

Vout 5

NC

4

CE

3

Q204XC62HR5002PR

C21

70.

1

C21

80.

001

Q2012SB798

R20

110

K

R20

34.

7K

+

C20210u6.3V(T)

C20

10.

01

+

C20

31u

16V(

T)

R2022.2K

C20

40.

01

C20

60.

001 +

C20710u6.3V(T)

C20

80.

01

R20910

R21

022

C21

10.

001

C21

40.

001

+

C21

310

u6.3

V(T

)

Q2102SA1362

R211

10K

C21

2 0.00

1

Q202UMW1N

Q20

31S

R15

4-40

0

C20

50.

01

R20

44.

7kR

205

50k

3

2

1

BATT

THERM

GND

CN20109D86237A

4

1

2

3

5

SW201TP76N17N 10K.A

C21

52.

2uF/

16V

AF Vol 2

AF Vol 3

Vdd

SAve +B

SAVE

RX/TX

TEMP IN

SW +B

Vbb

Tx +B

R21347k

Q208RN2102

Q209RN1102

Q211RN2110

RX +B


March, 2006 6881096C38

Figure 7-17. VHF 136-174 MHz Receiver Front End Schematic Diagram (K305E502-01)

C402150p

C40

113

p

C40

3N

U

C40420p

C40

812

0p

C40

910

0p

R401 100K

C41

033

0p

C40

5N

U

C406150p

Q4031SS362

C4070.1

R40

25.

6KR

403

3.3K

Q4042SC5086Y

R40

52.

2

R40410K

C411100p

R4060

R40

81K

R40710

C415150p

R40

939

0

C41

433

0p

C41

30.

1

C41

20.

022

C41

6N

U

C41716p

C41

810

0p

C41

910

0p

R410100K

C42

033

0p

C42

1N

U

C422150p C425 20p

C424 10p

C42

3N

U

C42

610

p

C4279p

C4290.022

C42

8N

U

R41

1N

U

R41

2

NU C

434

NU

1 2

3 4

C43

010

p

C43

110

p

R41

356

C43

282

p

C43

324

p

F401NOT USE

F40245N12A5

R4140

Q4162SC5086Y

R43

010

0

C4718p

R43

115

k

C475 10p

R43

310

K

R43

222

0

C47

30.

001

C47

40.

01

R45

9N

ot u

se

2

13 4

6

L408SMD-0314A

2

136

4

L407SMD-0314A

C48

7N

U C48

633

pPCB

_L1

PC

B_L

2

PCB_L3

L40

112

nH

L40

212

nH L40

347

0nH

L40

412

nH

L40

512

nH L4060.3-1.0-4T

L409

33nH

L41

015

0nH

L411470nH

L42

710

0nH

C495

22p

C4930.01

RX ANT SW

DAC_RX

1st IF

RXB

Local

C4963p

Q401

1SV

225

Q4051SV225

Q407HSMS-2817(B7)


6881096C38 March, 2006

Figure 7-18. VHF 136-174 MHz Receiver Back End and Receiver Audio Schematic Diagram (K305E502-01)

Q4082SC4215Y

R415150K

C4

30

0.0

1

1 891

6

Q506 TA31136FN

R5260

C52527p

C5

26

39

p

R5

27

10

K

C5

30

0.1 R5321.5M

C5

31

22

0p

C5

32

22

0p

R535 2.2k

R5

34

33

0k

C5

33

56

p

C508470p

R5

06

3.3

K

1 2

3 4 5

F501BLFYM455D

R54122K

R5

42

22

K1 2

3 4 5

F502ALFYM455G

R5

30

22

K

R5

31

22

K

C5

01

10

0p

C502NU

C5030.01

R5

01

0

CD

50

1

IFD

04

55

C2

4E

3

C505100p

R5

03

2.7

K

R5052.2K

R502

47K

C504

0.1

R5071K

R50810K

C5

09

0.0

01

C5

10

0.2

2

C5110.1 R509

68K

C5

12

0.0

01

5

R511

56K

R5

10

47

0K

C5

13

39

p

R5

131

0K

C516

0.01 2%

R5

12

47

K

R5

40

22

K

C5

19

0.0

1

6

57

Q502BLM2902DTB(2/4)

VB

2

31

41

1

Q502A

LM2902DTB(1/4)

C5170.01 2%

R51715.8K 1%

R5

16

29

.4K

1%

VB

C5180.01 2%

C520

0.01(ECHU)

9

108

Q502CLM2902DTB(3/4)R518

11.5K 1%

R5

19

15

0K 1

%

VB

C5210.01(ECHU)

C5220.01(ECHU)

13

1214

Q502DLM2902DTB(4/4)

R5204.22K 1%

R5

21

71

5K 1

%

R5

22

N.UVB

C5230.22

R5

23

47

K

2

31

41

1

Q505ALM2902DTB(1/4)

R543100K

R539100K

R538100K

C5

37

0.0

02

7

C5

35

0.0

27

C5

36

0.0

47

R544100K

C5

39

0.0

39

R545100K

6

57

Q505BLM2902DTB(2/4)

C5

40

0.0

01

5

R546100K

C5

41

0.1

9

108

Q505CLM2902DTB(3/4)

R547

100K

C5

42

39

0p

R54810K

R5

49

10

0K

13

1214

Q505DLM2902DTB(4/4)

C5

43

0.0

04

7

C5

44

0.2

2

R5501K

Q5032SJ144Y R524

2.2K

C5

24

0.0

68

R52510K

+

C5342.2u10V(T)

C5140.01

R537470K

C5380.01

Q507DAN235E

Q508DAN235E

C5

29

0.1

4

5

3

2

1

Q501UMC4N

C5

06

0.1

C5

46

0.1

L4

28

Not us

e

R551 0

+

C5

45

33

u6

.3V

(T)

C5

47

0.1

13

24

X5

01

44

.64

5M

Hz

R5

15

25

.5K

1%

C5

15

0.0

1 2

%

3

14

52

Q510NJM2107F

C5510.01 2%

C5500.01 2%

R5

61

63

4K 1

%

R5605.6k

VB

R51410k

R5

71

22

0K(T

H)

R5

70

12

0k

R4

68

1.8

k

L4

32

1u

H

L4311uH

C5281u

Q511RB521S

R5

36

1k

Q513

RB521S

Q512HSC277

1st IF

RX +B

TX +B

Vdd

AF VOL 3

SQ MUTE

HPF OUT

HPF IN

DTMF IN

DETECT IN

W/N

SQL IN

RSSI

Q509RN2104

Q504RN1104


March, 2006 6881096C38

Figure 7-19. VHF 136-174 MHz Voltage Controlled Oscillator and Synthesizer Shcmeatic Diagram (K305E502-01)

R3594.7K

Q3312SC4116GR

Q3152SC4116GR

R36

647

0

R36

547

0

+

C3711u/16V(T)

R36

42.

7k

C36

90.

22u/

35(T

)

C36

81u

R362

22K

R36

347

0Q309

2SJ243

13

24

X30

1H

KE

3065

B

C3390.001

C343

10u6.3V(T)

R336 100K

R33

510

0K

1 2 3 4 5 6 7 8

910111213141516

Q323 MB15A02

R3216.8k

R31

9 10K

Q3142SA1586GR R320

1.5k

R31

810

K

Q31

6U

DZ

S 7

.5B

+

C32

410

u/16

V(T

)

R3161.5k

R31

72.

2kC

323

2.2u

16V

(T)

R3152.7k

R31

310

0K

TP301

C31

60.

01

+

C38

610

u/16

V(T

)

C31

947

p

C31

847

p

C31

747

p

C38

71u

R375220

Q3082SC5086Y

R32

210

K

R31

115

KR314

0

C38

20.

1u

R31

010

0

R3234.7K(CRA168-472J)

C34

10.

1

C38

3

C3080.001

1

C35168p

C34

413

p

C35

0 56p

C3455p

Q3242SC4226(R24)

R33

822

0

R33915

C34

70.

001

R34

1

Not

use

R34022K

C34

9N

ot u

se

C348Not use

C34

60.

1

C3521.5p

R34

32.

2K

Q3252SC4226(R24)

R34

210

0K

R34

610

K

C3530.1

C3541.5p

C35522p

C35

715

p

C35

833

p C35

99p

Q32

91S

V27

9

+

R347

10K

R361

22K

L307 BLM21A121S

Q3302SC4116GR

R35

04.

7K

C36

147

0p

+

C36

22.

2u10

V(T

)C

360

NU

R34

91K

C36

30.

001

R35

710

C31

210

pR

358

47

C31

315

p

R31

2

220C

310

0.00

1

C31

10.

001

4

5

3

2

1

Q310UMC4N

R3564.7k

Q319

1SS355

L30

210

0nH

(C20

12-R

10J)

C32

8N

UC

327

NU

C32

6N

UC

325

NU

C30

9 0.00

1

L30

1

100n

H

L31

456

nH

L31

347

nH

L30

547

nH

L31

2

1uH

L3061uH

L318

1uH

L31

547

nH

L31

747

nH

SAVE +B

MOD_CMP

CLO

CK

DA

TA

PLL

_LE

UN

LOC

K

Vdd

C392NU

Sub Audio Mod

3.3 Ref

+

+

C39

1

10u/

6.3V

(T)

45 Q334TAR5S33

AF Mod

RX/TX

VCO

C3900.01u

3

21

Noi

seV

out

GN

D

Con

t VinC

389

1u

R376100

C38

8

0.1u

Q3261SV228

Q3111SV228

10u/

16V

(T)

R371100

R37

70

R3721

L319A914BYW-4700M

Q333TK11850L

4

Vin

En

Is Ext Vo

Q332220

8

R374120K

C38

50.

1u

R3735.6K

5

C384

56p

Cx

GN

D

Vfb


6881096C38 March, 2006

Figure 7-20. VHF 136-174 MHz Audio PA and External Audio Schematic Diagram (K305E502-01)

R7170(1/8W)

R7160 (1/8W)

Q71

42S

C41

16G

R Q71

0U

DZ

S 2

0B

R72010K

2SC2859Q713

MO1

SVR2

IN+3

IN-4 OUT- 5

Vcc 6

GND 7

OUT+ 8Q702 TDA8541

R70

522

C70

70.

001

C70

80.

001

R703 470kR7021.5K

SP701SPEAKER

12

P70

1W

C-0

13

12

J702

5304

7-02

10

R70447K

+

C7044.7u6.3V(T)

C703

0.22

C70

6 0.1

C70

2 0.00

1

R701

2.2K

C719100p

C71

610

0pC

717

100p

C71

810

0p

C71

5 100p

C71

410

0p

J703HSJ1603-011020

J704HSJ1501-011020

R71

010

0

Q70

6U

DZ

S 6

.8B

R7090 (1/8)

R7082.2K

Q7042SA1586GR

R70710k

+

C70

910

u6.3

V(T

)

R706470

C71

00.

1

R71

110

kC

713

0.1

C7110.1

C70

10.

001

C7052.2uF/16V

L702

390nH

AF Vol 2

DTMF

SW +B

Vdd

MC_PTT

TX +B

ST_BY

Vbb

PRO

MIC

Q701RN1104

Q7051SR154-440

Q703RN1104


March, 2006 6881096C38

Figure 7-21. VHF 136-174 MHz Transmit Audio Schematic Diagram (K305E502-01)

R611

50k

C642 0.0015

R654

10k

C6300.015

R64

61K

C6410.22

R66110K

R663100K

C60

1

0.01

R645 1M

C6290.01u

R66068K

3

1

2

Q616SSM3K03FE

R658

820

Q6151SS361

R655

4.7K

C636 100p

R65912k

Q609UMG2N

C635

0.1u

>82

K

C6330.01R648

470K

C61

70.

0047

(wvo

x)

R62518K(w/vox)

+

C62

54.

7u6.

3V(T

)

R6370

C62

0 Not

us

C6190.1(w/vox)

R63

1N

ot u

sed

R62

9N

U

C61882p(w/vox)

R627680K(w/vox)

C6160.027(w/vox)

R62618K(w/vox)

R62

8 0

VB

13

1214

Q610DNJM324V(4/4)

VB

R65

247

K

C63

40.

0018

R651100K

C6310.0082

R650100K

R649100K

C63

268

p

9

108

Q610CLM2902DTB(3/4)

VBR642

33K 1%

R64

322

K 1%

+

C62

81u

16V(

T)

+

C62

610

u6.3

V(T)

2

31

411

Q610ANJM324V(1/4)

VB

R64

168

0K

C62

747

0p

R640150k

C6230.01u

R639150k

R638330k

C62

422

0p6

57

Q610BLM2902DTB(2/4)

R6360

C6220.001

C6210.001

R63

51.

2M

R63

468

0k

R63

312

K

R6320 RV602

10K.B

VB

C612

10p

R62

2 0R62

04.

7K

2

31

411

Q602ANJM324V(1/4)

R617 100k

6

57

R61622k

R61

547

k

RV60110K.B

R61

210

0k C608Not used

C6070.1

C60

60.

047

R61

010

k

VB R60

968

0K

R608100K

R607100K

C60

568

0p

C6040.0012

9

108

Q602CNJM324V(3/4)

C6020.0033

R606100K

R605100K

C60

382

p13

1214

Q602DLM2902DTB(4/4)

R6046.8K

R60

26.

8K68

0KR

601 0 (wo/vox)

0 (wo/vox)

C643

VOX IN

MIC AMP

TX +B

Vdd AF Mod

TX_MUTE

SU AU OUT

TDC

DTMF

DTMF OUT

MC1

W/N

MC2

Q601RN1104

Q613RN2104

Q605RN1104

Q608DTC144EE

R67

30

Q602BNJM324V(2/4)

R621

470K

1u

Q60

4H

SC27

7

C63927p

C6150.01

R6690 (w/vox)

HPF IN

HPF OUT

Sub Audio Mod43

1

3.3 Ref

C6480.1u R679

47KC6464.7u

Q617NJM2107F

R678

100K

R67756K

R676No use

RV60310K

R67547K

C647 0.001

R680 120K

52


6881096C38 March, 2006

Figure 7-22. VHF 136-174 MHz Transmitter Schematic Diagram (K305E502-01)

J40102D04852J

C44

012

p

C44

324

p

C44112p C442 10p

C44447p

C44

512

p

C453

1u/1

6

R569

1k(1

/4W

)

Q40

9H

VU13

1C

485

2.2u

F/16

V

C43

9 7p

C438

120p

R41839

C43756p

R4661K

Q410MA4PH262

2

3

8

4

1

Q419ALM2904PW(1/2)

6

57

C480 NU

R446100K 1%

R447100K 1%

R44

50.

1(1W

)

R45

010

0K 1

%R

451

100K

1%

R44

910

0K 1

%

C48

10.

001R44897.6K 1%

R45410K

C48

30.

001

R4561M

R45715K

R452 100K

C48

90.

001

R45

527

K

R45

310

0K

+

C48

46.

8u6.

3V(T

)

C48

20.

01

R41

922

0

C44

90.

022

C4469p

C44718p

C44

822

p

C4503p

C45

156

p C45

2 150p

R42

010

0

C45622p

C457330p

R42

112

0

C4580.001

R42

239

R42

322

K C45

9

0.02

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R42

412

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C46

027

p

C46347p

C45

522

0p

C45

40.

0033

C46

233

0pC46

10.

022

R425NU

C46

4N

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R42

610

0

R42

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100K

R42

712

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C46

60.

022

C46

5N

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C46

73p

C46822p

R42

947

0R

434

10

C47

60.

001

Q4132SC3356(R24)

R43

510

K

R43

64.

7K

C4770.001

C47

85p

C46910p

Q4142SC5086Y

R43

84.

7

R43

768

0

C47

90.

001

R43

915

K

R44

04.

7K

C4705p

R44

1 1K

Q415HSC277

R44

2 330

R44422

R44

3 330

Q4122SK3475

Q4112SK3476

L429

ZBFS

5105

-PT

L4130.4-0.9-3T

L414 0.3-1.7-6T

L4150.3-1.7-5T

L4160.3-1.7-5T

L417

1uH

L4180.3-1.0-7T

L4190.4-0.9-3T

L420

0.4-

1.0-

5T

L421

39nH

L4220.4-0.9-3T

L4230.3-1.0-6T

L424

0.3-

1.0-

5T

L425 68nH

L4260.3-1.0-4T

L430

100n

H

L428 10

0nH

RX ANT SW

SW +B

TX +B

VCO

Vdd

DAC_TX

Local

R470

22

C47

2

56p

Q418RN1104

Q419BLM2904PW(2/2)

Q417RN1102


March, 2006 6881096C38

VHF 136-174 MHz Radio Parts List (Controller Board) (K305E501-01)

Circuit Ref Description Vendor Vendor Part Number

Motorola Equivalent Part Number

C101 22pF; 50V; +-5% MURATA GRM39CH220J50PT 2113740F35C102 NUC103 10pF; 50V; +- 0.5pF MURATA GRM39CH100J50PT N/AC104 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51C105 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC106 27pF; 50V; +-5% MURATA GRM39CH270J50PT 2113740F37C107 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC108 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC109 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC110 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC111 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC112 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC113 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC114 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC115 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC116 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC120 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC129 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC131 33pF; 50V; +-5% MURATA GRM39CH330J50PT 2113740F39C132 33pF; 50V; +-5% MURATA GRM39CH330J50PT 2113740F39C135 2.2uF; 6.3V; +-10% MURATA GRM40B225K6.3PT N/AC137 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC138 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC139 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC140 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C141 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC142 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC143 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC144 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC145 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C146 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC147 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC148 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC149 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC150 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC151 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC152 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC153 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC154 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC155 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC156 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC157 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC158 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C159 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C160 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C161 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC162 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC164 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC165 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/A

C166 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C167 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C171 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC173 NUC174 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C176 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC181 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C182 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C183 470pF; 50V; +-5% MURATA GRM39CH471J50PT N/AC184 MURATA GRM21BB31A475KA7

4_+A02N/A

C185 MURATA GRM21BB31A475KA74_+A02

N/A

C186 NUCN101 Matsushita AXK5S40245J/P DSCN097002L112 10uH Taiyo Yuden LEM2520T100J N/ALC101 PICVUE HT138ZAS DSLC170003M101 BOSUNG OB-22P44 DSMI505001PB101 K305E501 N/AQ101 Sanyo LC87F72C8A DSIC092009Q102 Rohm UMG2N TR N/AQ105 RICOH RN5VD30CATR DSIC076007Q114 Seiko El. S-24C16AFJ-01 DSIC510003Q115 KOHA HL002-Y11 N/AQ116 KOHA HL002-Y11 N/AQ117 Rohm DTC114EETL N/AQ118 Rohm SML-020MLT T86NN 4804810T02Q119 Rohm UMH6N TR 4880439V02Q121 Fujitsu MB88347PFV DSIC042002Q123 Rohm DTA144EETL N/AQ125 JRC NJM2107F (TE1) DSIC025016Q126 Rohm RB521S-30 TE61 4805656W22Q127 Rohm 1SS355 TE-17 4870360C15Q130 Toshiba SSM3K03FE-TE85L N/AQ131 Rohm 1SS372-TE85L N/AQ133 Rohm DAN222TL N/AQ134 Toshiba 2SC4116-GR TE85L N/AQ135 Rohm DAN222TL N/AQ136 Rohm 1SS355 TE-17 N/AQ137 Rohm UMW1N TL N/AQ138 Rohm 1SS355 TE-17 N/AR101 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R102 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R103 NUR104 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R105 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R106 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R107 47 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A17R108 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R109 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R110 51 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 513 0662057A90




6881096C38 March, 2006

VHF 136-174 MHz Radio Parts List (RF Board) (K305E502-01)

R111 51 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 513 0662057A90R112 13 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 133 0662057A76R113 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R114 43 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 433 0665027A88R115 130 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 134 0662257B01R116 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R117 33 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 333 0662057A85R118 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R119 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R120 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R121 NUR126 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R127 12.4 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1242 0662057P69R128 6.98 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 6981 0662057Y24R129 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R137 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R138 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R141 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R142 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R143 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R144 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R145 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R146 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R147 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R148 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R150 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R153 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R154 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R156 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R157 220 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 224 N/AR158 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R159 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R160 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R161 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R162 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R163 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R164 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R165 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R166 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R167 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R168 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R169 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R170 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R171 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R172 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R173 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R174 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R175 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R176 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R180 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R182 0 ohm; 0.1W; +-5% Rohm MCR10 EZHJ 000 0662057B47



R183 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R184 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R187 220 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 224 N/AR188 56 Kohm Rohm MCR03 EZHJ 563 N/AR189 120 Kohm Rohm MCR03 EZHJ 124 N/AR190 180 Kohm Rohm MCR03 EZHJ 184 N/AR191 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R192 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R193 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89S101 Panasonic EVQPUA02K N/AS102 Panasonic EVQPUA02K N/AX101 CITIZEN CSA-309(8.3886MHz) DSXT182001



C201 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C202 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC203 1uF; 16V; +-20% NEC TESVA1C105M1-8R N/AC204 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C205 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C206 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C207 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC208 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C211 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C212 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C213 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC214 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C215 2.2uF; 16V; +-10% MURATA GRM40F225Z16PT N/AC217 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C218 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C308 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C309 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C310 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C311 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C312 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C313 15pF; 50V; +-30% MURATA GRM39CH150J50PT 2113740F31C316 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C317 47pF; 50V; +-30% MURATA GRM39CH470J50PT 2113740F43C318 47pF; 50V; +-30% MURATA GRM39CH470J50PT 2113740F43C319 47pF; 50V; +-30% MURATA GRM39CH470J50PT 2113740F43C323 2.2uF; 16V; +-20% NEC TEMSVA1C225M8R N/AC324 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC325 NUC326 NUC327 NUC328 NUC339 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C341 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20




March, 2006 6881096C38

C343 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC344 13pF; 50V; +-30% MURATA GRM39CH130J50PT 2113740F30C345 5pF; 50V; +-0.25% MURATA GRM39CH050C50PT N/AC346 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C347 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C348 NUC349 NUC350 56pF; 50V; +-30% MURATA GRM39CH560J50PT 2113740F45C351 68pF; 50V; +-30% MURATA GRM39CH680J50PT 2113740F47C352 1.5pF; 50V; +-0.25% MURATA GRM39CK1R5C50PT N/AC353 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C354 1.5pF; 50V; +-0.25% MURATA GRM39CK1R5C50PT N/AC355 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C357 15pF; 50V; +-30% MURATA GRM39CH150J50PT 2113740F31C358 27pF; 50V; +-30% MURATA GRM39CH330J50PT 2113740F39C359 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/AC360 NUC361 470pF; 50V; +-10% MURATA GRM39B471K50PT N/AC362 2.2uF; 10V; +-20% NEC TESVA1A225M1-8R N/AC363 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C368 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C369 0.22uF; 35V; +-20% NEC TESVA1V224M8R N/AC371 1uF; 16V; +-20% NEC TESVA1C105M1-8R N/AC382 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C383 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC384 56pF; 50V; +-30% MURATA GRM39CH560J50PT 2113740F45C385 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C386 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC387 1uF; 6.3V; +-20% MURATA GRM39B105K6.3PT 2113928P04C388 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C389 1uF; 6.3V; +-20% MURATA GRM39B105K6.3PT 2113928P04C390 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C391 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC392 NUC401 13pF; 50V; +-30% MURATA GRM39CH130J50PT 2113740F30C402 150pF; 50V; +-30% MURATA GRM39CH151J50PT 2113740F55C403 NUC404 20pF; 50V; +-30% MURATA GRM39CH200J50PT 2113740F34C405 NUC406 150pF; 50V; +-30% MURATA GRM39CH151J50PT 2113740F55C407 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C408 120pF; 50V; +-30% MURATA GRM39CH121J50PT 2113740F53C409 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C410 330pF; 50V; +-10% MURATA GRM39B331K50PT 2155169M03C411 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C412 0.0022uF;50V; +-10% MURATA GRM39B223K25PT N/AC413 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C414 330pF; 50V; +-10% MURATA GRM39B331K50PT 2155169M03C415 150p; 50V; +-30% MURATA GRM39CH151J50PT 2113740F55C416 NUC417 16pF; 50V; +-30% MURATA GRM39CH160J50PT 2113740F32



C418 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C419 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C420 330pF; 50V; +-10% MURATA GRM39B331K50PT 2155169M03C421 NUC422 150pF; 50V; +-30% MURATA GRM39CH151J50PT 2113740F55C423 NUC424 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C425 20pF; 50V; +-30% MURATA GRM39CH200J50PT 2113740F34C426 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C427 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/AC428 NUC429 0.022uF; 25V; +-10% MURATA GRM39B223K25PT N/AC430 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C431 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C432 82pF; 50V; +-30% MURATA GRM39CH820J50PT 2113740F49C433 24pF; 50V; +-30% MURATA GRM39CH240J50PT 2113740F36C434 NUC436 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C437 56pF; 50V; +-30% MURATA GRM39CH560J50PT 2113740F45C438 120pF; 50V; +-30% MURATA GRM39CH121J50PT 2113740F53C439 7pF; 50V; +-0.5% MURATA GRM39CH070D50PT N/AC440 12pF; 50V; +-30% MURATA GRM39CH120J50PT 2113740F29C441 12pF; 50V; +-30% MURATA GRM39CH120J50PT 2113740F29C442 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C443 24pF; 50V; +-30% MURATA GRM39CH240J50PT 2113740F36C444 47pF; 50V; +-30% MURATA GRM39CH470J50PT 2113740F43C445 12pF; 50V; +-30% MURATA GRM39CH120J50PT 2113740F29C446 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/AC447 18pF; 50V; +-30% MURATA GRM39CH180J50PT 2113740F33C448 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C449 0.022uF; 25V; +-10% MURATA GRM39B223K25PT N/AC450 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT N/AC451 56pF; 50V; +-30% MURATA GRM39CH560J50PT 2113740F45C452 150pF; 50V; +-30% MURATA GRM39CH151J50PT 2113740F55C453 1uF; 16V; +-10% MURATA GRM40B105K16PT N/AC454 0.0033uF;50V; +-10% MURATA GRM39B332K50PT 2155169M15C455 220pF; 50V; +-10% MURATA GRM39B221K50PT 2155169M01C456 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C457 330pF; 50V; +-10% MURATA GRM39B331K50PT 2155169M03C458 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C459 0.022uF; 25V; +-10% MURATA GRM39B223K25PT N/AC460 27pF; 50V; +-30% MURATA GRM39CH270J50PT 2113740F37C461 0.022uF; 25V; +-10% MURATA GRM39B223K25PT N/AC462 330pF; 50V; +-10% MURATA GRM39B331K50PT 2155169M03C463 47pF; 50V; +-30% MURATA GRM39CH470J50PT 2113740F43C464 NUC465 NUC466 0.022uF; 25V; +-10% MURATA GRM39B223K25PT N/AC467 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT N/AC468 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C469 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27




6881096C38 March, 2006

C470 5pF; 50V; +-0.25% MURATA GRM39CH050C50PT N/AC471 8pF; 50V; +-0.5% MURATA GRM39CH080D50PT N/AC472 56pF; 50V; +-30% MURATA GRM39CH560J50PT 2113740F45C473 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C474 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C475 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C476 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C477 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C478 5pF; 50V; +-0.25% MURATA GRM39CH050C50PT N/AC479 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C480 NUC481 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C482 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C483 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C484 6.8uF; 6.3V; +-20% NEC TEMSVA0J685M8R N/AC485 2.2uF; 16V; +-0% MURATA GRM40F225Z16PT N/AC486 33pF; 50V; +-30% MURATA GRM39CH330J50PT 2113740F39C487 NUC489 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C490 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C493 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C494 NUC495 3pF; 50V; +-0.25% MURATA GRM39CJ030C50PT N/AC496 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C501 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C502 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C503 NUC504 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C505 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C506 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C508 470pF; 50V; +-10% MURATA GRM39B471K50PT N/AC509 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C510 0.22uF; 10V; +-10% MURATA GRM39B224K10PT N/AC511 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C512 0.0015uF; 50V; +-10% MURATA GRM39B152K50PT 2155169M11C513 33pF; 50V; +-30% MURATA GRM39CH390J50PT 2113740F41C514 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C515 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C516 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C517 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C518 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C519 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C520 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C521 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C522 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C523 0.22uF; 10V; +-10% MURATA GRM39B224K10PT N/AC524 0.068uF;16V; +-10% MURATA GRM39B683K16PT N/AC525 27pF; 50V; +-30% MURATA GRM39CH270J50PT 2113740F37C526 39pF; 50V; +-30% MURATA GRM39CH390J50PT 2113740F41C528 1uF; 6.3V; +-20% MURATA GRM39B105K6.3PT 2113928P04C529 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20



C530 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C531 220pF; 50V; +-10% MURATA GRM39B221K50PT 2155169M01C532 220pF; 50V; +-10% MURATA GRM39B221K50PT 2155169M01C533 22pF; 50V; +-30% MURATA GRM39CH220J50PT 2113740F35C534 2.2uF; 10V; +-20% NEC TESVA1A225M1-8R N/AC535 0.027uF;25v; +-10% MURATA GRM39B273K25PT N/AC536 0.047uF;16V; +-10% MURATA GRM39B473K16PT N/AC537 0.0027uF;50V; +-10% MURATA GRM39B272K50PT N/AC538 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C539 0.039uF; 16v; +-10% MURATA GRM39B393K16PT 2113743E11C540 0.0015uF; 50V; +-10% MURATA GRM39B152K50PT 2155169M11C541 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C542 390pF; 50V; +-10% MURATA GRM39B391K50PT 2113741F15C543 0.0047uF;50V; +-10% MURATA GRM39B472K50PT N/AC544 0.22uF; 50V; +-10% MURATA GRM39B224K10PT N/AC545 33uF; 6.3V; +-20% NEC TEMSVB20J336M8R N/AC546 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C547 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C550 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C551 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C601 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C602 0.0033uF;50V; +-10% MURATA GRM39B332K50PT 2155169M15C603 82pF; 50V; +-30% MURATA GRM39CH820J50PT 2113740F49C604 0.0012uF; 50V; +-10% MURATA GRM39B122K50PT 2155169M10C605 680pF; 50V; +10% MURATA GRM39B681K50PT N/AC606 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C607 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C608 NUC612 10pF; 50V; +-30% MURATA GRM39CH100D50PT 2113740F27C615 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C616 0.027uF; 25V; +-10% MURATA GRM39B273K25PT N/AC617 0.0047uF;50V; +-10% MURATA GRM39B472K50PT N/AC618 82pF; 50V; +-30% MURATA GRM39CH820J50PT 2113740F49C619 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C620 NUC621 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C622 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C623 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C624 220pF; 50V; +-10% MURATA GRM39B221K50PT 2155169M01C625 4.7uF; 6.3V; +-20% NEC TEMSVA0J475M8R N/AC626 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC627 470pF; 50V; +-10% MURATA GRM39B471K50PT N/AC628 1uF; 16V; +-20% NEC TESVA1C105M1-8R N/AC629 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C630 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C631 0.0082uF; 50V; +-10% MURATA GRM39B822K50PT N/AC632 68pF; 50V; +-30% MURATA GRM39CH680J50PT 2113740F47C633 0.01uF; 50V; +-5% MURATA GRM39B103K50PT 2113931F49C634 0.0018uF;50V; +-10% MURATA GRM39B182K50PT 2155169M12C636 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C639 27pF; 50V; +-30% MURATA GRM39CH270J50PT 2113740F37




March, 2006 6881096C38

C641 0.22uF; 10V; +-10% MURATA GRM39B224K10PT N/AC642 0.0015uF; 50V; +-10% MURATA GRM39B152K50PT 2155169M11C643 1uF; 6.3V; +-20% MURATA GRM39B105K6.3PT 2113928P04C646 4.7uF; 50V; +-10% MURATA GRM21BB31A475KA7

4_+A02 N/A

C647 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C648 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C701 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C702 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C703 0.22uF; 10V; +-10% MURATA GRM39B224K10PT N/AC704 4.7uF; 6.3V; +-20% NEC TEMSVA0J475M8R N/AC705 2.2uF; 16V; +-0% MURATA GRM40F225Z16PT N/AC706 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C707 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C708 0.001uF; 50V; +-5% MURATA GRM39B102K50PT 2113931F25C709 10uF; 6.3V; +-20% NEC TEMSVA0J106M8R N/AC710 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C711 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C713 0.1uF; 16V; +-10% MURATA GRM39B104K16PT 2113743E20C714 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C715 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C716 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C717 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C718 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51C719 100pF; 50V; +-30% MURATA GRM39CH101J50PT 2113740F51CD501 Discriminator Samsung IFD0455C24E03 DSFL506003CN201 Connector Contact Motorola 09D86237A N/ACN701 Connector Matsushita

DenkoAXK6S40545J/P DSCN097003

F401 NUF402 Filter , 45.1 Mhz HERTZ 45N12A5 (45.1MHz)

UM-5J-SMDDSXF137006

F501 TOKO BLFYM455D N/AF502 TOKO ALFYM455G N/AJ401 Antenna Jack Motorola 02D04852J N/AJ702 Molex 53047-0210 DSCN075035J703 Hoshiden HSJ1603-011020 N/AJ704 Hoshiden HSJ1501-011120 N/AL301 100nH TOKO LL1608-FSR10J

(100nH)2413926N24

L302 100nH Sagami Elec C2012C-R10J N/AL305 47nH Sagami Elec C2012C-47NG 2413923B12L306 1uH Sagami Elec C2520C-1R0J 2462587N68L307 Chip Emifil MURATA BLM21A121SPT 2480067M02L312 1uH TOKO FSLM2520-1R0J 2485601J13L313 47nH Sagami Elec C2012C-47NG 2413923B12L314 56nH Sagami Elec C2012C-56NG 2413923B18L315 47nH Sagami Elec C2012C-47NG 2413923B12L317 47nH Sagami Elec C2012C-47NG 2413923B12L318 1uH Sagami Elec C2520C-1R0J 2462587N68L319 TOKO A914BYW-470M=P3 N/A



L401 12nH Sagami Elec C2012C-12NJ 2462587V23L402 12nH Sagami Elec C2012C-12NJ 2462587V23L403 470nH TOKO FSLM2520-R47K 2485602J33L404 12nH Sagami Elec C2012C-12NJ 2462587V23L405 12nH Sagami Elec C2012C-12NJ 2462587V23L406 Airwound Coil UCHIDA/LETEST E2-0.30-1.0-4TL N/AL407 Coil LATEST SMD-0314A N/AL408 Coil LATEST SMD-0314A N/AL409 33nH TOKO LL2012-FH33NJ

(33nH)2413926K17

L410 150nH Sagami Elec C2012C-R15J 2462587V36L411 470nH TOKO FSLM2520-R47K 2485602J33L413 Airwound Coil UCHIDA/LETEST E2-0.40-0.9-3TL N/AL414 Airwound Coil UCHIDA/LETEST E2-0.30-1.7-6TL N/AL415 Airwound Coil UCHIDA/LETEST E2-0.30-1.7-5TL N/AL416 Airwound Coil UCHIDA/LETEST E2-0.30-1.7-5TL N/AL417 1uH TOKO FSLM2520-1R0J 2485601J13L418 Airwound Coil UCHIDA/LETEST E2-0.30-1.0-7TL N/AL419 Airwound Coil UCHIDA/LETEST E2-0.40-0.9-3TL N/AL420 Airwound Coil UCHIDA/LETEST E2-0.40-1.0-5TL N/AL421 39nH Sagami Elec C2012C-39NJ 2462587V29L422 Airwound Coil UCHIDA/LETEST E2-0.40-0.9-3TL N/AL423 Airwound Coil UCHIDA/LETEST E2-0.30-1.0-6TL N/AL424 Airwound Coil UCHIDA/LETEST E2-0.30-1.0-5TL N/AL425 68nH Sagami Elec C2012C-68NJ 2462587V32L426 Airwound Coil UCHIDA/LETEST E2-0.30-1.0-4TL N/AL427 100nH TOKO LL1608-FSR10J

(100nH)2413926N24

L428 100nH TOKO LL1608-FSR10J (100nH)

2413926N24

L429 Chip Beads TDK ZBFS5105-PT N/AL430 100nH TOKO LL1608-FSR10J

(100nH)2413926N24

L431 2.2uH TDK MLF1608A2R2KT N/AL702 390nH Sagami Elec C2012C-R39J 2462587V41P701 SP WIRE Assembly EU-connector WC-013 N/APB201 K305E502 N/AQ201 PNP NEC 2SB798-T1 DK N/AQ202 DUAL NPN Rohm UMW1N TL N/AQ203 Single Rohm 1SR154-400 TE25 4842006M02Q204 IC, Regulator TOREX XC62HR5002PR DSIC510004Q208 Toshiba RN2102 N/AQ209 Toshiba RN1102 N/AQ210 PNP Toshiba 2SA1362-GR TE85L N/AQ211 Toshiba RN2110 N/AQ308 NPN Toshiba 2SC5086-Y TE85L N/AQ309 FET NEC 2SJ243-T1 N/AQ310 DUAL PNP/NPN Rohm UMC4N TR N/AQ311 Dual Varactor Toshiba 1SV228-TPH3 N/AQ314 PNP Toshiba 2SA1586-GR TE85L N/AQ315 NPN Toshiba 2SC4116-GR TE85L N/A




6881096C38 March, 2006

Q316 Zener ;7.6V Rohm UDZ S 7.5B TE-17 N/AQ319 Single Rohm 1SS355 TE-17 4870360C15Q323 Fujitsu MB15A02PFV1-ER DSIC042003Q324 NPN NEC 2SC4226-T1 R24 N/AQ325 NPN NEC 2SC4226-T1 R24 N/AQ326 Dual Varactor Toshiba 1SV228-TPH3 N/AQ329 Varactor Toshiba 1SV279-TPH3 N/AQ330 NPN Toshiba 2SC4116-GR TE85L N/AQ331 NPN Toshiba 2SC4116-GR TE85L N/AQ332 Single Rohm RB521S-30 TE61 N/AQ333 TOKO TK11850LTL N/AQ334 Toshiba TAR5S33 N/AQ401 Dual Varactor Toshiba 1SV225-TPH3 N/AQ403 Dual Varactor Toshiba 1SS362-TE85L N/AQ404 NPN Toshiba 2SC5086-Y TE85L N/AQ405 Dual Varactor Toshiba 1SV225-TPH3 N/AQ407 Diode HP HSMS-2817 (B7) N/AQ408 NPN Toshiba 2SC4215-Y TE85L N/AQ409 Single Hitachi HVU131TRF N/AQ410 (MA/COM) MA4PH262 N/AQ411 FET Toshiba 2SK3476 DSTR013027Q412 FET Toshiba 2SK3475 DSTR013026Q413 NPN NEC 2SC3356-T1B R24 N/AQ414 NPN Toshiba 2SC5086-Y TE85L N/AQ415 Single Hitachi HSC277TRF N/AQ416 NPN Toshiba 2SC5086-Y TE85L N/AQ417 Toshiba RN1102 N/AQ418 Toshiba RN1104 N/AQ419 TI LM2904PW N/AQ501 DUAL PNP/NPN Rohm UMC4N TR N/AQ502 TI LM2902DTB N/AQ503 FET Toshiba 2SJ144Y-TE85L N/AQ504 Toshiba RN1104 N/AQ505 TI LM2902DTB N/AQ506 IF IC Toshiba TA31136FN-TP1 DSIC013007Q507 Dual Rohm DAN235ETL N/AQ508 Dual Rohm DAN235ETL N/AQ509 Toshiba RN2104 N/AQ510 IC, Op-Amp JRC NJM2107F (TE1) DSIC025016Q511 Single Rohm RB521S-30 TE61 N/AQ512 Single Hitachi HSC277TRF N/AQ513 Single Rohm RB521S-30 TE61 N/AQ601 Toshiba RN1104 N/AQ602 TI LM2902DTB N/AQ604 Single Rohm RB521S-30 TE61 N/AQ605 Toshiba RN1104 N/AQ608 Toshiba RN1104 N/AQ609 DUAL NPN Rohm UMG2N TR N/AQ610 TI LM2902DTB N/AQ613 Toshiba RN2104 N/AQ615 Toshiba 1SS361 N/A



Q616 FET Toshiba SSM3K03FE-TE85L N/AQ617 IC, Op-Amp JRC NJM2107F (TE1) DSIC025016Q701 Toshiba RN1104 N/AQ702 IC, Audio Amplifier Philips TDA8541T/N1 DSIC174004Q703 Toshiba RN1104 N/AQ704 PNP Toshiba 2SA1586-GR TE85L N/AQ705 Single Rohm 1SR154-400 TE25 4842006M02Q706 Zener;6.9V Rohm UDZ S 6.8B TE-17 4842006M03Q713 Toshiba 2SC2859 N/AQ714 NPN Toshiba 2SC4116-GR TE85L N/AQ715 Zener;20.39V Rohm UDZ S 20B TE-17 N/AR201 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R202 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R203 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R204 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R205 Chip Thermister Hokuriku NSM3503J400J (50K

ohm)N/A

R209 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A01R210 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R211 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R212 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R213 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R214 5.6 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 562 0662057A61R310 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R311 15 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 153 0662057A77R312 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R313 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R314 0 ohm; 0.1W; +-0.05

ohmRohm MCR03 EZHJ 000 0662057B47

R315 2.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 272 0662057A59R316 1.5 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 152 0662057A53R317 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R318 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R319 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R320 1.5 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 152 0662057A53R321 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R322 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R323 Chip Network Resistor Hokuriku CRA168-472J DSRA508001R335 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R336 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R338 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R339 15 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 150 0662057A05R340 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R341 NUR342 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R343 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R346 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R347 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R349 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R350 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R356 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65




March, 2006 6881096C38

R357 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A01R358 47 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A17R359 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R361 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R362 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R363 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 471 0662057A41R364 2.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 272 0662057A59R365 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 471 0662057A41R366 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 471 0662057A41R371 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R372 1 ohm Hokuriku CR1/161R0JV N/AR373 5.6 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 562 0662057A61R374 120 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 0662057A99R375 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R376 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R377 0 ohm; 0.1W; +-0.05


R401 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R402 5.6 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 562 0662057A61R403 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R404 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R405 2.2 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 2R2 0662057W09R406 0 ohm; 0.1W; +-0.05


R407 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A01R408 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R409 390 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 391 0662057A39R410 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R411 NUR412 NUR413 56 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 560 0662057A19R414 0 ohm; 0.1W; +-0.05


R415 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 154 0662057B02R416 1.8Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 182 0662057A55R418 39 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 390 0662057A15R419 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R420 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R421 120 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 121 0662057A27R422 39 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 390 0662057A15R423 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R424 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A75R425 NUR426 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R427 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A75R428 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R429 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 471 0662057A41R430 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R431 15 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 153 0662057A77R432 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R433 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73



R434 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A01R435 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R436 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R437 680 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 681 0662057A45R438 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 4R7 0662057W17R439 15 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 153 0662057A77R440 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R441 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R442 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R443 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R444 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R445 Hokuriku LPR1R100FE (0.1ohm

1W)N/A

R446 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R447 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R448 97.6K ohm 1% Rohm MCR03 EZHF 9762 0662057P81R449 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R450 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R451 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R452 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R453 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R454 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R455 27 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 273 0662057A83R456 1 Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 105 0662057B22R457 15 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 153 0662057A77R459 NUR466 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R468 0 ohm; 0.1W; +-0.05


R469 NUR470 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R501 0 ohm; 0.1W; +-0.05


R502 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R503 2.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 272 0662057A59R505 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R506 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R507 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R508 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R509 68 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 683 0662057A93R510 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R511 56 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 563 0662057A91R512 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R513 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R514 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R515 25.5 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2552 0662057T92R516 29.4 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2942 0662057P29R517 15.8 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1582 0662057Z03R518 11.5 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1152 0662057Z35R519 150 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1503 0662057P97R520 4.22 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 4221 N/A




6881096C38 March, 2006

R521 715 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 7153 0662057T99R522 NUR523 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R524 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R525 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R526 0 ohm; 0.1W; +-0.05


R527 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R530 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R531 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R532 1.5Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 155 0662057B26R534 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 334 0662057B10R535 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R536 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R537 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R538 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R539 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R540 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R541 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R542 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R543 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R544 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R545 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R546 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R547 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R548 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R549 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R550 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R551 0 ohm; 0.1W; +-0.05


R560 5.6 Kohm; 0.1W; +-5% Rohm MCR03 EZHF 562 0662057A67R561 634 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 6343 N/AR569 1 Kohm; 0.25W; +-5% Rohm CR1/4-102J N/AR570 120 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 0662057A99R571 220K ohm MURATA NPC18WM224K03RB

(220K ohm)N/A

R601 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R602 6.8 Kohm; 0.25W; +-5% Rohm MCR03 EZHJ 682 0662057A69R604 6.8 Kohm; 0.25W; +-5% Rohm MCR03 EZHJ 682 0662057A69R605 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R606 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R607 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R608 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R609 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R610 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R611 Chip Thermistor Hokuriku NSM3503J400J (50K

ohm)N/A

R612 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R615 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R616 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R617 120 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 0662057A99



R620 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R621 270 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 274 0662057B08R622 0 ohm; 0.1W; +-0.05


R625 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R626 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R627 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R628 0 ohm; 0.1W; +-0.05


R629 NUR631 NUR632 0 ohm; 0.1W; +-0.05


R633 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A75R634 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R635 1.2 Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 125 0662057B24R636 0 ohm; 0.1W; +-0.05


R637 0 ohm; 0.1W; +-0.05 ohm

Rohm MCR03 EZHJ 000 0662057B47

R638 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 334 0662057B10R639 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 154 0662057B02R640 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 154 0662057B02R641 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R642 33 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 3302 N/AR643 22 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2202 N/AR645 1 Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 105 0662057B22R646 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R648 68 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 683 0662057A93R649 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R650 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R651 120 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 0662057A99R652 33 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 333 0662057A85R654 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R655 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R658 820 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 821 0662057A47R659 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A75R660 68 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 683 0662057A93R661 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R663 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R669 0 ohm; 0.1W; +-0.05


R675 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R676 NUR677 56 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 563 0662057A91R678 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R679 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R680 120 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 0662057A99R681 220 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 224 0662057B06R701 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R702 1.5 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 152 0662057A53




March, 2006 6881096C38

R703 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R704 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R705 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R706 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 471 0662057A41R707 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R708 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R709 0 ohm; 0.1W; +-5% Rohm MCR10 EZHJ 000 0662057B47R710 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R711 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R716 0 ohm; 0.1W; +-5% Rohm MCR10 EZHJ 000 0662057B47R717 0 ohm; 0.1W; +-5% Rohm MCR10 EZHJ 000 0662057B47R720 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R721 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65RV601 Hokuriku VG025CHXTB103 N/ARV602 Hokuriku VG025CHXTB103 N/ARV603 Hokuriku VG025CHXTB103 N/ASP701 SPEAKER Orient Sound K028NA (S09139) N/ASW201 Potentiometer TOCOS TP76N17N A10Kohm

10SKN/A

X301 NDK HKE3065B N/AX501 NDK HU-816-106 N/A



Chapter 8 UHF (435-480 MHz) Band Information

8.1 Model Charts

Business Portable Radio, VHF 136-174 MHz

Model Description

AAH49RCF8AA1A_ Business Portable, 435-480 MHz, 2-5W, 12.5/25 kHz, 16 Ch.

AAH49RCF8AA1A_ Business Portable, 435-480 MHz, 2-5W, 12.5/25 kHz, 4 Ch.

Item Description

X PMUD1925_ Business Portable, 435-480 MHz, 2-5W, 12.5/25 kHz, 16 Ch.

X PMUD1922_ Business Portable, 435-480 MHz, 2-5W, 12.5/25 kHz, 4 Ch.

X DSAXRK210004 Front Housing Kit, Black CP125

X DSAXRK210001 Front Housing Kit, Black BC120

X X DSAXRK210002 Front Housing Kit, Grey

X X PMDN4061_ Chassis Hardware Kit (1-Piece Audio Jack R2)

X X DS1M001120 Chassis Hardware Kit (2-Piece Audio Jack)

X X DSAXRA110001 Volume Knob Assembly

X X DSAXRK290001 LCD Kit

X X DSAXRA220001 Speaker Assembly

X X DSAXRM2B0001 Screw M2.6

X X DSAXRM2A0001 Battery Contact Gasket

X X DSAXRM250001 Main Gasket

X X DSAXRM120001 Volume Knob Gasket

X X DSAXRM2C0001 Gasket (Screw 26)

X X PMDN4063A Back Chassis Kit (1-Piece Audio Jack)

X X DSM5190001 Back Chassis Kit (2-Piece Audio Jack)

X X DSAXRM140001 PTT Button

X X PMNN4063_R Battery Std NiMH

X X PMAE4003_ UHF Helical 9cm Antenna, 403-470 MHz

X X PMAE4011_ UHF Helical 10cm Antenna, 435-480 MHz

X X NAE6483_ Standard UHF Whip Antenna, 403-520 MHz

X X PMTN4087_ Standard Rapid Rate Charger Kit, 120V

March, 2006 6881096C38

8-2 UHF (435-480 MHz) Band Information: Model Charts

X 3380384W23 CP125 Nameplate

X DSAXRM160001 BC120 Nameplate

X X HLN9844_ 2" Spring Belt Clip

X 6881096C35 Business Portable Radio User Guide (English)

X 6881098C60 CP125 Radio User Guide (English/French)

X = indicates one of each is required.

Business Portable Radio, VHF 136-174 MHz

Model Description

Specifications 8-3

March, 2006 6881096C38

8.2 SpecificationsGeneral

Transmitter

Receiver

UHFFrequency: 435-480 MHzChannel Capacity: 16, 4Power Supply: 7.5 Volts ±20%Dimensions with Stan-dard HighCapacity NiMHBattery:

115.5mm x 56mm x 35mm

Weight: with Standard High Capacity NiMH Battery:

350 g

Average Battery Life @ (5-5-90 Duty Cycle)

(Low Power)>11 hrs

(High Power)>8 hrs

Sealing: Passes rain testing per IPX4 (EN60529=1991)

Shock andVibration:

Meets MIL STD 810C, D and E

Dust: Meets MIL STD 810C, D and E

Humidity: Weather resistant housing passes EIA RS-316B

UHFRF OutputNiMH @ 7.5V:

Low2 W

High4 W

Channel Spacing 12.5/25 kHzFreq. Stability(-30°C to +60°C)

0.00025%

Spurs/Harmonics: -26 dBmAudio Response:(from 6 dB/oct. Pre-Emphasis, 300 to 3000Hz)

+1, -3 dB

Audio Distortion:@ 1000 Hz, 60%Rated Max. Dev.

<5%

FM Noise: 40 dB

UHF 12.5kHz

UHF 25kHz

Sensitivity12dB SINAD:

0.25 µV 0.25 µV

Adjacent Channel Selectivity EIA

60 dB 65 dB

Intermodulation 60 dB 65 dBSpur Rejection: 60 dB 65 dBImage Rejection: 60 dB 65 dBHum and Noise 40 dBAudio Distortion < 5%ConductedEmmision

-57 dBm

Audio Output@ <5% Distortion

500 mW 500 mW

March, 2006 6881096C38

8-4 UHF (435-480 MHz) Band Information: Theory of Operation

8.3 Theory of Operation8.3.1 General Information

Your radio has two printed circuit boards: the Controller board, and the Radio Frequency and Audio Frequency (RF) board. The Controller board contains the CPU/Control section. The RF board contains the VCO/Synthesizer section, Transmitter section, Receiver section, Transmitter Audio circuitry, Receiver Audio circuitry, and Battery section.

8.3.2 Power Distribution

Figure 8-1. The above figure illustrates the DC distribution throughout the radio board. A battery supplies power directly to the electronic on/off control. Radio power supply is triggered by the Power Switch (On/Off/Volume control) and +SW B is distributed as show in the figure. Regulator output 5V is supplied to the CPU. +SW B continues to support the Audio Power AMP, 5V Regulator, TX Regulator until the radio is turned off.

The radio can be turned off on two ways:

1. Power Switch turned-off2. Low Battery

When a low battery level is detected by the CPU, it stores the radio personality data to EEPROM before turning off the radio.

8.3.3 Power up Sequence1. Power supply is turned on by the On/Off/Volume Control (Power Switch).2. Power from battery is supplied to the regulator through the switch.3. Output (5V) from the regulator is directed to the CPU (Q101).4. Q105 resets the CPU (Q101).5. The CPU loads radio personality data from EEPROM after the reset.6. This personality data is used to initialize the radio.

5V REGQ204

RX SWQ211

TX/RX SWQ210,211

TX REGQ201,202

RF AMPQ404

Local AMPQ416

IF AMPQ408

IF AMPQ506

LPFQ505

HPFQ502

Audio PowerAMPQ702

RF PAQ411

Driver AMPQ412

MIC AMPQ602

Sub AudioLPF Q610

VCO BufferQ308

PLL ICQ323

RF PowerControlQ419

TX DriverQ413,414

+ SW B SAVE SWQ210 RX +5V

TX +5V

Battery

DiodeQ126

ResetQ105

CPUQ101

EEPROMQ114

DAConverter

Q121

PowerSwitchSW201

Ripple FilterQ330

TX/RX SWQ309,310

TX VCOQ325

RX VCOQ324

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Theory of Operation 8-5

7. The radio restores last power up state (i.e. state before the radio was turned-off).8. Power is supplied to PLL circuitry.9. Power is supplied to Rx and Rx VCO circuitry.10. CPU sends data to PLL circuitry. If LOCK status is confirmed, radio continues the power-up

sequence. Otherwise, PLL ERR is displayed.11. Squelch level is checked.12. If the Rx audio level is less than the pre-programmed squelch level, and other unmuting

conditions are met, the radio will open squelch.

8.3.4 CPU / Control SectionWhen the radio is turned ON, the CPU (Q101) reads the radio status from the EEPROM Q114. It also monitors the keypad, the PTT line and other inputs such as the squelch detect, etc. continuously. When there is a channel change, the CPU sends the correct frequency information to the synthesizer via pins 2, 100, and 89. The CPU is clocked by the 8.388608MHz oscillator, which is composed of X101, C101, C106, and R158.

8.3.5 VCO / Synthesizer SectionThis section consists of the Temperature-Compensated Crystal Oscillator (TCXO), Voltage Controlled Oscillator (VCO), Synthesizer and the Loop Filter. These circuits are found on the RF board.

8.3.5.1 Temperature-Compensated Crystal Oscillator (TCXO)

The reference oscillator is a temperature compensated crystal-controlled, Pierce type circuit. It utilizes a logic gate within Q323 as a gain element. C335 is used to adjust the oscillator on frequency (14.4 MHz) at room temperature (22°C). Temperature variations cause resistance changes in thermistor R330 and R567, which is on the base of Q320, thus varying the voltage applied to varactor Q322. This changes the impedance across crystal X301 in a manner complementary to the temperature drift characteristic of the crystal. In this way, the reference oscillator is held within the specified ±2.5 PPM from -30 to +60°C.

8.3.5.2 Voltage-Controlled Oscillators

Only one of the VCOs runs at a time, which is controlled by Q317 and Q101. The receive VCO consists of C344-C351, L302-L305, Q302 and Q311. This VCO oscillates at 45.1 MHz above the programmed receive frequency. The VCO’s oscillating frequency is tuned by the varactor Q311. The tuning voltage is supplied from the output of the Loop Filter. The output of the VCO is AC coupled (C311) to the synthesizer and the output buffer Q308 respectively. The output of the VCO buffer Q308 is AC coupled (C312, C313, C463, and R439-R441) to the synthesizer and the output buffer Q416 respectively.

When the PTT is pressed, Q101 pin36 goes low (approx. 0V) disabling the receive VCO by the Q317 and biases on Q916 to enable the transmitter VCO. The transmitter VCO consists of C352, C935-C938, L307-L309, Q303, Q921, and Q922. This VCO oscillates on the programmed transmit frequency. The VCO’s oscillating frequency is tuned by the varactor Q922. The tuning voltage is directed from the output of the Loop Filter. The transmit voltage controlled oscillator is directly frequency-modulated and operates on the carrier frequency. In the receive mode, the transmit VCO is disabled and the receive VCO is enabled, producing the receive local oscillator signal at a frequency 45.1 MHz above the incoming receive frequency. The synthesizer is tuned in 5.00 kHz or 6.25 kHz steps.

March, 2006 6881096C38


8.3.5.3 Synthesizer

The frequency synthesizer is a large-scale monolithic synthesizer integrated circuit Q323. The synthesizer IC contains a dual modulus prescaler, programmable divide-by-N counter, prescale control (swallow) counter, reference oscillator, reference divider, phase detector, charge pump and lock detector. Also, included in Q323 are shift registers and control circuits for frequency controls and general device control.

RF output from the active VCO is AC coupled to the synthesizer Q323 prescaler input at Pin 8. The divide counter chain in Q323, consisting of the dual-modulus prescaler, swallow counter and programmable counter, divides the VCO signal down to a frequency very close to 5.00 kHz or 6.25 kHz which is applied to the phase detector. The phase comparator compares the phase with the 5.00 kHz or 6.25 kHz reference signal from the reference divider and drives the external charge pump (Q314, Q315 and Q301). The synthesizer unlock detector circuit prevents the operation of the transmitter and receiver, when the phase lock loop (PLL) is unlocked. The following discussion assumes the unit has been placed in the transmit mode. Q323 lock detector Pin 7 goes high when the PLL is locked. This high level is applied to Pin 25 of the CPU Q101. A software timing routing brings the RX/TX line low (Pin 36 of Q101). With the RX/TX line goes low, Q209 is cut off and Q208 is biased on passing +5VTX-B to Q202; it biases on Q201 to pass switched TX-B to the transmitter amplifier string which enables transmission.

When the PLL is unlocked, the lock detector at Q323 Pin 7 begins pulsing low. An RC circuit converts this low pulse to a low level for the CPU. The CPU then changes the RX/TX line to a high, thus signaling the other transistor switches to drive Q201 into cutoff, which disables transmission. Therefore, the transmitter remains disabled while the loop remains out of lock, and “PLL ERR” is displayed.

8.3.5.4 Loop Filter

The Loop Filter, a passive lead-lag filter consisting of R314-R317, R356, C323, C369, and C371 integrates the charge pump output to produce the DC tuning voltage for the VCO. One parasitic pole, consisting of RF chokes L306 and L310, prevent modulation of the VCOs by the 5.00 kHz or 6.25 kHz reference energy remaining at the output of the loop filter. Direct FM is obtained for modulating frequencies outside the PLL bandwidth by applying the CTCSS/DCS signals and the pre-emphasized, limited microphone audio to the VCO modulation circuit. The modulation circuit consists of R329 and Q921.

8.3.6 Transmitter Section8.3.6.1 RF Power Amplifier

After the PTT is pressed, the +5VTX-B line switches to approximately 5V. Q916 is turned on, enabling transmit VCO. The VCO buffer, pre-driver, driver and power amplifier are biased on by Q201. Q201 is biased on by the +5VTX-B line switching to 5V. RF output from the transmit VCO (Q303) is applied to the VCO output buffer Q308. Output from Q308 feeds the buffer Q414. The output signal from Q414 feeds the pre-driver amplifier Q413, and feeds the driver amplifier Q412, whose output from the driver stage feeds the final RF power amplifier Q411 to produce the rated output power of 5 watts. The final output is feed to a low-pass filter (C435-437, C491-C493, L418, and L419) and then to the transmit/receive switch Q410. RF power is then fed to the antenna via the output low-pass filter consisting of C440-C445, L415, and L416.

8.3.6.2 Antenna Switching

Switching of the antenna between the transmitter and the receiver is accomplished by the antenna transmit/receive switch consisting of diodes Q409 and Q410. In the transmit mode, switched TX B+ is applied through R419 and RF choke L417, hard forward biasing the two diodes on Q410, thus permitting the flow of RF power from the output of the low-pass filter. L414 and C455 isolate the receiver circuit from the transmitter power input.

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Theory of Operation 8-7

8.3.7 Power ControlOutput power is controlled by the CPU (Q101), the D/A converter (Q121), the dual Op-Amp (Q419), which is used as a differential amplifier and comparator. Current is sensed by the voltage drop across R445. When the radio is in high power mode, this voltage is compared to the D/A converter voltage at 5-watt. When the radio is in low power mode, this voltage is compared to the D/A converter voltage at 1-watt. The power output is then reduced or increased by varying the applied voltage to the gate of the power amplifier Q411 and Q412.

8.3.7.1 Transmitter Audio Circuits

The transmitter audio circuits consist of the audio processing circuits, the CTCSS circuits and the DCS circuits.

8.3.7.1.1 Audio Processing

Transmit speech audio is provided by either the internal electric microphone M101 or the external microphone. The audio is pre-emphasized by 6 dB per octave by C615 and R655, and then its signal is amplified. The microphone audio is directed to amplifier Q602B, Q602A and low-pass filter Q602C and Q602D. Q602A has limiting function. The modulation adjustment is done by potentiomter RV601, and directed to a four-pole active low-pass filter. The resulting signal is then limited, and is directed to a low pass filter (-18 dB per octave roll-off above 3 kHz). The audio is then directed through the 25 kHz/12.5 kHz channel spacing SW Q601 to varactor diode Q329 in transmit VCO. By varying the voltage on the varactor diode Q329 at an audio rate, VCO output is frequency-modulated.

8.3.7.1.2 CTCSS Tone Encoder / Digital Code Squelch (DCS) Encoder

CTCSS signals and DCS signals are synthesized by CPU Q101 and appear as pulse waveform onI/O line Pin 7. This I/O line is connected to a digital-to-analog converter network (consisting of C136, C173, R150, R177, and R182), which produces a pseudo-sine wave at its output. The waveform is smoothed by low pass filters Q610B to produce an acceptable sine wave output. The CTCSS tone signal is adjusted to the proper level by RV602.

8.3.8 Receiver Section8.3.8.1 Receiver Front End

In the receive mode, the RF signal enters through the antenna, then through the low-pass filter C439-C445, and L414-L416. The diodes Q409 and Q410 are biased off, so that the output of the low-pass filter is coupled (C432, C433, and L418) to the first band-pass filter C401-C407, C408, C409, L401, L402, Q401, and Q402 and to the Front End RF overload protection diode pair Q403. The signal from the band-pass filter is directed to the input of the RF amplifier Q404. The output of the RF amplifier is directed to three stages of band-pass filters, consisting of C413-C417, C487, L404-L406, Q405, Q406, R408, and R410. The output from the band-pass filter is directed to the mixer’s Q407 and L408.

8.3.8.2 Local Oscillator (LO)

The Receive VCO (C314, C315, C913, C918, L302- L305, Q302, and Q311) provides the LO signal. The VCO is running at 45.1 MHz above the desired receive frequency and is applied to output Buffer Q308 and Q416. The output of the buffer is sent through the low-pass filter C423 and L410 and to the mixer Q407 and L409.

March, 2006 6881096C38


8.3.8.3 Mixer

The mixer is a DBM type (L407, L408, Q407). The mixer LO frequency is 45.1 MHz above the desired receiver frequency. When the receiver frequency is present, the mixer output will be a 45.1 MHz signal. The mixer output is peaked for 45.1 MHz at L410, C432 and R413, and the signal is filtered by crystal filter F402 and amplified by Q408 before being sent to the input of the IF IC Q506. The 45.1 MHz IF signal and LO frequency of 44.645 MHz (X501) are mixed in Q506. The 455 kHz ceramic filter F501 or F502 filters the second mixer’s output. The resulting signal is the second IF signal. The mixer’s output is then fed to the internal limiting amplifier, and consequently to the FM decoder.

8.3.8.4 FM Detector and Squelch

The FM detector output is used for squelch, decoding tones and audio output. The squelch amplifier is inside of Q506, and its output is fed to an internal rectifier and squelch detector. The output on Q506 Pin 14 signals the CPU Q101 with a low (~0 V) to unmute the radio. The audio is unmuted by the CPU Q101 Pin 41 switching to a high (~5 V), thus biasing on Q503. The audio is then routed to the audio amplifier Q702 via the volume control SW201.

8.3.8.5 Receiver Audio Circuit

The detector’s audio output also is fed to the tone (CTCSS and DCS) low-pass filter Q505A. Then the output of the low-pass filter is routed to the second stage filter Q505B. The output of Q505B is passed to Q505C. The output of Q505C is directed to the squaring circuit Q505D, and finally to the CPU Q101 Pin 22 for decoding.

The detector output feeds the audio high-pass filter Q502. The output of the audio high-pass filter feeds the Volume Control SW201 (VOL). From the wiper arm on the Volume Control, the audio is routed to Pin 4, which is the input to the audio power amplifier Q702. The output of the audio power amplifier is routed through the earphone jack J701 to the internal speaker SP701.

8.3.9 Battery SectionThe battery connects to the contact (CN201). The positive terminal of the battery connects to the ON/OFF Volume control switch (SW201), and the negative terminal connects to PWB ground. Low battery is detected by R127 and R128 and voltage regulator Q204.

Battery voltage status is monitored by Pin 19 of the CPU Q101 through R127 and R128. When the battery voltage goes below the threshold voltage, “LOW BATT” is displayed on LCD LC101. When the radio is on a channel with no tone programmed, the BATTERY SAVER Mode is enabled when programmed. In the BATTERY SAVER Mode, the CPU Q101 generates a square wave signal on Pin 37. The signal’s duty cycle varies according to what the BATTERY SAVE TIMER is set. When the signal goes high (approximately 5 V), Q210 is biased off, and Q211 is cut off, thus turning the supply off to IF IC Q506.

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Block Diagrams 8-9

8.4 Block Diagrams8.4.1 Complete

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eS

W2

01

(VR

)

Fin

al

AM

PQ

41

1

PA

Q4

12

2-P

ole

Ba

nd

Pa

ssF

ilte

rQ

40

1,4

02

2-P

ole

Ba

nd

Pa

ssF

ilte

rQ

40

5

Ha

mo

nic

s F

ilte

rC

44

0-4

45

L4

15

, L

41

6

Ma

tch

ing

Ne

two

rkC

49

1-4

93

,C

43

5-4

37

L4

10

,41

9

Co

up

ler

R4

45

RX

VC

OQ

31

1Q

30

2

TX

VC

OQ

30

3Q

92

2

TX

/RX

SW

Q3

17

Q9

16

Rip

ple

F

ilte

rQ

31

8

Au

dio

Mo

du

lato

rQ

92

1

LP

F(S

ub

Au

dio

)Q

61

0A

VO

XA

MP

Q6

10

D

March, 2006 6881096C38

8-10 UHF (435-480 MHz) Band Information: Block Diagrams

8.4.2 Controller

Figure 8-3.

8.4.3 VCO

Figure 8-4.

KeyPad

35

RCNETWORK

9

RCNETWORK 3

MICM101

27

31

4

1516

22

25

13EEPROMQ114

CPUQ101

PTTS102

MonS101

LCDLC101

ShiftQ102

Xtal8.38MHz

X101

RestartQ133-Q138

ResetQ105

DAConverter

Q121

CPUPin87

DIODEQ126

CPUPin21

CPU Pin22

CPU Pin36

DCAMPQ125

CN101

RX LocalBuffer

TXBuffer

DATA

Audio Sub AudioTX/RX

SW CONTL

Ripple FilterQ318

5V

VCOBufferQ308

RXVCOQ311Q302

TX/RXSW

Q317Q916

AudioModulator

Q921

Sub AudioModulator

Q322

TCXO14.4MHz

X301Q334

LoopFilterQ314Q315Q316

PLLQ323 CN701

Pin37 38 39

Pin11 10 9

Pin15 16

Pin 1 2

TXVCOQ303Q922

PowerRegulator

DC/DCConverter

Q333

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Block Diagrams 8-11

8.4.4 Transmitter

Figure 8-5.

8.4.5 Receiver

Figure 8-6.

ANT

To Receiver

TX +B

+B

TX 5V

DACRX

PowerControlQ419

ANTSwitch

Q409,410

BufferAMPQ414

Pre DriverQ413

P inVCO

FinalAMPQ411

PAQ412

HamonicsFilter

C440-445,L415, 416

Matching NetworkC491-493,C435-437

L418,419

CouplerR445

DACTX

DACRX From

VCO

From ANTSwitch

2-PoleCrystalFilterF402

2nd Local44.654MHz

X501

6 PoleCeramic

FilterF501

6 PoleCeramic

FilterF502

MixerQ407

RFAMPQ404

LocalBufferQ416

IFAMPQ408

IF IC Q506(2nd Mix,2nd Local,IF AMP,DISC,Noise AMP)

2-PoleBand Pass

FilterQ401,402

2-PoleBand Pass

FilterQ405,406

March, 2006 6881096C38

8-12 UHF (435-480 MHz) Band Information: Troubleshooting Charts

8.5 Troubleshooting Charts

Figure 8-7.

Troubleshooting Flow Chart for Receiver

Start

Very low or no 12 dB SINAD

Noise at spkrwhen radio is

unsqu’d?

Is 1st LO atC431 >2

dBm?

Inject on channelsignal at RF port,

C429

12 dB SINAD-105 dBm?

Inject a 45.1MHz signal at

R467

12 dB SINAD

1

Check IFICQ506 (see

below)

Noise at pin 9of IFIC Q506?

CheckVCO/Synth

Inject onchannel signal

at C402

Check harmonicfilter and

antenna path


connected to IFIC. IfOK, replace Q506

Check mixer,Q407

Is 12 dB SINADdBm?

Check IFIC

Is Q404 biasedproperly?

RF Front & Rear

Check +5VRX andQ404 bias circuitry

1

Is 2nd LO onfreq?

Check VDC ofall IFIC pins

Are VDC of pin1(4.79V),2(4.17V) and

4(4.88V) of IFIC

OK?

Are voltages onpins OK?

Check 2nd LOXTAL andcomponents

Check IFIC(see below)


connected to IFIC

NO

NO

YES

YES

NO

YES

YES

NO

YES

YES NO

YES

NO

YES

YES

NO

YES

YES

NO

NO

NO

NO

2 pole filters

Check XTAL filterF402, L411 -110 dBm?

-116

Is

12 dB SINAD -115 dBm?

Is

Inject 45.1MHz signal atR413, L411

Is

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Troubleshooting Charts 8-13

Figure 8-8.

Troubleshooting Flow Chart for Transmitter

Start

NoPower

+5VTX and TXB+OK?

Iscurrent

OK?

IsDAC TX High

or Low?

Is PinOK?

CheckQ201, Q202,Q206

&Q209

CheckVoltages in

Power ControlCircuit

CheckVoltages inPA Line-up

TroubleshootVCODone

IsPowerOK?

1. Check Pin Diodes2. Check Harmonic Filter

Inspect/RepairTX OutputNetwork

NO

NO

LOW

HIGH

YESNO

NO

YES

YES

YES

Is

Check Pin toQ419 Pin 1

March, 2006 6881096C38


Figure 8-9.

Is informationfrom µP Q101

correct?

Is Q330 corrector AT4.65 VDC?

Is Q314 Emitter AT=13VDC

Is Q310 Pin 2<0.7 VDC in RX &>4.3 VDC in TX?

Troubleshooting Flow Chart for Synthesizer

Start

Visual check of the Board OK?

CorrectProblem

Check 5VRegulator

+5VQ323 at Pins3, 4

Is 14.4MHzSignal at

Q323 Pin 1?

CheckX301,C337,C338,C336

Are signalsat Pin’s 8 of

Q323 ?

Check Q301,L303,C303,R301,

C304 & R302Fix

Connection

Is Connectionbetween Q310Pin 2 & CN701

Pin 35 OK?

Replace CN701

ReplaceQ201

Replace orresolder

necessarycomponents

Is RF level atQ324

between -10 &+5 dBm?

Are Q308, L301C308, C310, C309

Replace Q308

See VCOTroubleshooting Chart

Are Waveformsat Pins 8 of Q323

DoPins 9,10 & 11of Q323toggle

when channel ischanged?

Check programminglines between Q323

Pins 9,10 & 11

Replace Q323

Check µP Q101Troubleshooting

Chart

NO

YES

NO

NO

NO

NO

YES

YES

NO

YES

YES

NO

YES

NO

YES

YESYES

NONO

NO

YES

NO

YES

YES

NO

CheckR358, C312

C313

YES

6881096C38 March, 2006

UHF (435-480 MHz) Band Information: Troubleshooting Charts 8-15

Figure 8-10.

Troubleshooting Flow Chart for Microcontroller

START

APPLY POWER TO RADIO AND

WAS GOOD OR BAD POWER-ON

YES

DONE

WAS GOOD POWER-ON BEEP

ARE ALERT TONESENABLED IN SPM

USE SPM TO ENABLE TONES INVOKE FACTORYRESET IN SPM

WAS GOOD POWERON BEEP PRESENT

MAIN RADIO BOARDS MUST BEREPLACED

ARE TONES PRESENTON POWER UP AT

CN101 PIN 3?

AUDIO PROBLEM, TROUBLE-SHOOT AUDIO CKT

WITH POWER CONNECTED TO RADIO AND THE RADIO TURNEDON CHECK THE FOLLOWING:

1) 5V AT PIN 87 OF Q101. IF NONE CHECK Q126.2) WITH HIGH IMPEDANCE PROBE CHECK FOR 8.388608MHZ AT

PIN 13 AND 12 OF Q101, IF NO SIGNAL CHECK/REPLACE X101.3) CHECK DC AT PIN 9 OF Q121. IF < 4.5VDC CHECK CN101 PIN 15.4) CHECK FOR TYPICAL VOLTAGES OF Q101 AND Q114 VOLTAGES.

BEEP PRESENT

TURN ON

PRESENT

DONE

DONE

DONE

YES

YES

YES

YES

YES

NO/DON’TKNOW

NO

NO

NO

NO

(RF & CONTROLLER)

NOTE: Q101 is not replaceable. If Q101 is damaged, the controller andRF boards both need to be replaced.

March, 2006 6881096C38


Figure 8-11.

Make sure Synthesizer isworking correctly.

1.6 VDC atQ308 Base?

4.65 VDCat Q414

collector?

=151 mVrmsat Terminalof C311?

Supply DCat Q329?

0.9 VDC atQ308 emitter?

Are Q325Pin’semitter at 2.1VDC,

collector at 3.8VDC, base at 2.9VDC?

Q324 emitter at 1.0VDC,

collector at 4.0VDC,base at 1.7VDC

?

0.9 VDCat Q308emitter?

1.6 VDC atQ308 base ?

4.65 VDC atQ416

collector?

Troubleshooting Flow Chart for VCO

Low or no Powerat Pin 4 of L408

VisualCheckof Board OK?

If all parts from Q324of mixer are OK, then

replace Q324

If all parts associated with those Pin’s are OK,

then replace Q308

If all parts from Q325Pin 4 to Input of PA areOK, then replace Q325

If C359 is OK, then

replace Q329

ReplaceR347

ReplaceC311

Low or no power at Input to PA

Visual check of Board OK?

CorrectProblem

ReplaceR311, R322

ReplaceR312 or L301

NO

YES

NO

YES

NO

YES

NO

YES

NO

YESYES

NO

YES

NO

YES

NO

NO

YES

NO NO

YES

NO

YES

RX VCO TX VCOPower OK but no

Modulation

Note: Test Frequency 158MHz

UHF 435-480 MHz Circuit Board/Schematic Diagrams and Parts List 8-17

6881096C38 March, 2006

8.6 UHF 435-480 MHz Circuit Board/Schematic Diagrams and Parts List

Figure 8-12. UHF 435-480 MHz Controller Board (K305E501-01)Top Side Bottom Side

Chapter 8

8-18 UHF 435-480 MHz Circuit Board/Schematic Diagrams and Parts List

March, 2006 6881096C38

Figure 8-13. UHF 435-480 MHz Complete Controller Board Schematic Diagram (K305E501-01)

R1200

Q115

HL002-Y11

R10

933

0

R10

833

0

A01

A12

A23

Vss4 SDA 5

SCL 6

TEST 7

Vcc 8

Q114S-24C16AFJ-01

R12712.4k

R12

86.

98K

C12

9

0.01

R110

51K

R11

151

KR

112

13K

R11

3

22K

R11

4

43K

R11

5

130K

R11618K

R11733K

R118100K

C13

1

33p

C13

233

p

4OUT11

OUT22

IN

GND3A

B

4OUT11

IN

UPDOWN

C

DC

OM

01

CO

M1

2

CO

M2

3

CO

M3

4

SE

G0

5

SE

G1

6

SE

G2

7

SE

G3

8

SE

G4

9

SE

G5

10

SE

G6

11

SE

G7

12

SE

G8

13

SE

G9

14

SE

G10

15

SE

G11

16

SE

G12

17

SE

G13

18

SE

G14

19

SE

G15

20

SE

G16

21

SE

G17

22

SE

G18

23

SE

G19

24

SE

G20

25

SE

G21

26

SE

G22

27

SE

G23

28

SE

G24

29

SE

G25

30

SE

G26

31

SE

G27

32

SE

G28

33

SE

G29

34

SE

G30

35

SE

G31

36

LC101 LCD

V377 S4776 S46

75

V278

V179

COM080

COM181

COM282

COM383

P3084

P3185

VSS386

VDD387

P3288

P3389

P3490

P3591

P0092

P0193

P0294

P0395

P0496

P0597

P0698

P0799

P10100

P11

1

P12

2

P13

3

P14

4

P15

5

P16

6

P17

7

RE

S#

8

XT

19

XT

210

VS

S1

11

CF

112

CF

213

VD

D1

14

P80

15

P81

16

P82

17

P83

18

P84

19

P85

20

P86

21

P87

22

P70

23

P71

24

P72

25

P73 26S0 27S1 28S2 29S3 30S4 31S5 32S6 33S7 34S8 35S9 36S10 37S11 38S12 39S13 40S14 41S15 42S16 43S17 44S18 45S19 46S20 47S21 48S22 49S23 50

VD

D2

51V

SS

252

S24

53S

2554

S26

55S

2756

S28

57S

2958

S30

59S

3160

S32

61S

3362

S34

63S

3564

S36

65S

3766

S38

67S

3968

S40

69S

4170

S42

71S

4372

S44

73S

4574

Q101

LC87F72C8A(flash)/LC877264(mask)

C11

20.

1

C1080.1

C10

50.

1

C11

00.

001

X101

CS

A-3

08 (

8.38

8608

MH

z)

C10

3

10p

C10

2N

ot u

se

C101

22p

BU

SY

TX

PT

T S

W

C11

30.

001

MO

NI

SW

C10

7

0.01

C140

0.22C13

90.

1

C13

80.

1

C13

70.

1

TX

DR

XD

C14

10.

001

C14

20.

001

C14

30.

001

C14

4

0.00

1

3

14

25

Q125 NJM2107F(w/vox)

R15310K(w/vox)

R15

447

K(w

/vox

)R

156

47K

(w/v

ox)

VDD

Vbb

Vdd

Vdd

GND

MOD_COP

DATA0

MIC

GND

GND

GND

RESET

GND

GND

CLOCK

DATA

PLL_LE

UNLOCK

DTMF OUT

DTMF IN

SU AU OUT

DETECT IN

TDC

N/W

RSSI

SQL IN

VOX IN

TEMP IN

MC1

MC2

RX/TX

SAVE

TX_MUTE

ST_BY

SQL_MUTE

DAC_RX

DAC_TX

DAC_BAIS

PRO

MIC_PTT

C15

60.

01

C15

70.

01

C15

847

p

C15

947

p

C16

047

p

C16

10.

001

C16

20.

001

C164

0.001(V)0.01(22/U)

C16

50.

001

C16

647

p

C16

747

p

C14

547

p

C14

60.

001

C14

70.

001

C14

80.

001

C14

90.

001

C15

00.

001

C15

10.

001

C15

20.

001

C15

30.

001

C15

40.

001

C15

50.

001

R150

10k(V)2.2k(22/U)

R158

470K

OUT1

Vdd2

GND3 NC 4

CD 5

Q105RN5VD30CATR

C10

90.

1R170

47K

R17

147

K

R17

247

K

R10

10

R16

847

K

R17

34.

7k

R17

424

.7k R

162

10K

R159 20K

R161

10K

R163

10K

R165

10K

R166

10K

R164

10K

R148 20KR14720K

R14520KR14620K

R14420KR14320KR14220KR14120KR160

10K

R16

9

330

R16

747

K

COM0COM1COM2COM3

S0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24S25S26S27S28S29S30S31

CO

M0

CO

M1

CO

M2

CO

M3

S0

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24

S25

S26

S27

S28

S29

S30

S31

Q119UMH6N

R12

91K

Q1271SS355

R102

47K

S10

1E

VQ

PU

A02

KS

102

EV

QP

UA

02K

M101OB-22P44

C10

410

0p

C1200.001

Q118SML-020MLT

1

2

3

4

5

6

7

8 9

10

11

12

13

14

16

15

Q12

1M

B88

347P

FV

R107

47

SH101SOLDER SHORT

R175 4.7K

Q116

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

CN101

AXK5S40245J/P

R17647K

C173

Not use

Q126RB521S

R177

2.2k(V)

C17

10.

1

C13

52.

2u/6

.3V

C136Not Use

R18

0

560k

(V)1

0k (

U)

R1820

Q102UMG2N

R18

347

K C106

27p

L112

LEM

2520

T10

0J

R1190

R121NOT USE

R12

610

K

R13

810

0K(w

/vox

)

R137

1K(w/vox)

TP

111

TP

112

TP

113

TP

114

TP115 TP116

TP

110

R106 0

+

C11

447

u/6.

3V (

T)

+

C11

547

u/6.

3V (

T)

+

C11

647

u/6.

3V (

T)

+

C11

147

u/6.

3V (

T)

R105

10K

R103NOT USE

R10

40

Q130SSM3K03FE

C17

41u

/6.3

V

C176 0.1uF (U)

R184 10k(Ver9)

Q1311SS372(W/VOX)

C1810.22(W/VOX)

C18

347

0p(W

/VO

X)

C18

20.

22(W

/VO

X)

R15

722

0K(w

/vox

)

R19247K

R19247K

COM1

COM2

R187220K

Q133DAN222

Q1342SC4116GR

R18856K

R189

120K

R190180K

Q135DAN222

R19110K

Q1381SS355Q137

UMW1N

Q1361SS355

C1854.7u

C1844.7u

HL002-Y11

Q117DTC114EE

4OUT11

IN

3OUT22

GND3OUT22

GND

4OUT11

OUT22

IN

GND3

4OUT11

OUT22

IN

GND3

4OUT11

OUT22

IN

GND3

C1860.22u/10(V)Not use(U)

6 4

1 3

2

Q123DTA144EE (w/vox)


6881096C38 March, 2006

Figure 8-14. UHF 435-480 MHz Main Board Top Side (K305E503-01)


March, 2006 6881096C38

Figure 8-15. UHF 435-480 MHz Main Board Bottom Side (K305E503-01)


6881096C38 March, 2006

Figure 8-16. UHF 435-480 MHz Switches and Battery Schmeatic Diagram (K305E503-01)

R212100

Vin2

GN

D1

Vout 5

NC

4

CE

3Q204XC62HR5002PR

C21

70.

1

C21

80.

001

Q2012SB798

R20

110

K

R20

34.

7K

+

C20210u 10V (T)

C20

10.

01

+

C20

31u

16V(

T)

R2022.2K

C20

40.

01

C20

60.

001 +

C20710u 10V(T)

C20

80.

01R209

10

R21

022

C21

10.

001

C21

40.

001

+

C21

310

u 10

V(T

))

Q2102SA1362

R211

10K

C21

2 0.00

1

Q202UMW1N

Q20

31S

R15

4-40

0

C20

50.

01

R20

44.

7kR

205

50K

(TH

)

3

2

1

BATT

THERM

GND

4

1

2

3

5

SW201TP76N17N 10K.A

C21

52.

2uF/

16V

AF Vol 2

AF Vol 3

Vdd

SAVE +B

SAVE

RX/TX

TEMP IN

SW +B

Vbb

Tx +B

R21347k

Q208RN2102

Q209RN1102

Q211RN2110

RX +B

CN20109D86237A


March, 2006 6881096C38

Figure 8-17. UHF 435-480 MHz Receiver Front End Schematic Diagram (K305E503-01)

C4018p

C40

25p Q

401

1SV

279

Q40

2

1SV

279

L401

0.3-

1.0-

5T

C40

72p

C40822p

Q4031SS362

C4090.01

R40

56.

8K

R40

312

K

Q4042SC5086Y

R40

60

R40

44.

7K

C41133p

L4050.3-1.0-7T

C4130.01

Q40

5

1SV

279

C4147p

Q40

6

1SV

279

C41

56p

L406

0.3-

1.0-

5T

C4175p

C41

9

0.01

C42

03p

C4219p

C42

2

7p

1 2

3 4

C42

4

R2

R1

not u

se C42

5

R1

R2

not u

se

R41

256

L412

150n

H(C

2012

C)

C42

682

p

L413470nH(FSLM)

C42

724

p

F401- - -

C42

8- -

-

F40245N12A5

R4130

Q4162SC5086Y

L426

22nH

(LL1

608) R43

010

0

C4605p

R43

110

K

C463 5p

R43

310

K

R43

222

0

C46

10.

001

C46

20.

01

C4046p

L402

0.3-

1.0-

5T

R40

1

100K R

402

100K

C40

6

100p

L403

- - -

L404

180n

H(C

2012

C)

R407470

C41

010

0p

C41

20.

01

L407

0.3-

1.0-

5T

R40

810

0K

R41

010

0KR

409

100K

L41015nH(LL2012)

C42

33p

R455100K

C41

65p

C40

3N

.UC

405

N.U

2

136

4

L408SMD-0314A

2

13 4

6

L409SMD-0314A

C4871p

R45

93.

3K

C49

43p

C49522p

C42

9- -

-

1st IF

DAC_RXLocal

RX +B

RX ANT SW

Q407HSMS-2817(B7) R470

0


6881096C38 March, 2006

Figure 8-18. UHF 435-480 MHz Receiver Back End and Receiver Audio Schematic Diagram (K305E503-01)

Q4082SC4215Y

R415150K

C4

30

0.0

1

1 891

6

Q506 TA31136FN

R5260

C52527p

C5

26

39

p

R5

27

10

K

C5

30

0.1 R5321.5M

C5

31

22

0p

C5

32

22

0p

R535 2.2k

R5

34

33

0k

C5

33

56

p

C508470p

R5

06

3.3

K

1 2

3 4 5

F501BLFYM455D

R54122K

R5

42

22

K1 2

3 4 5

F502ALFYM455G

R5

30

22

K

R5

31

22

K

C5

01

10

0p

C502NU

C5030.01

R5

01

0

CD

50

1

IFD

04

55

C2

4E

3

C505100p

R5

03

2.7

K

R5052.2K

R502

47K

C504

0.1

R5071K

R50810K

C5

09

0.0

01

C5

10

0.2

2

C5110.1 R509

68K

C5

12

0.0

01

5

R511

56K

R5

10

47

0K

C5

13

39

p

R5

131

0K

C516

0.01 2%

R5

12

47

K

R5

40

22

K

C5

19

0.0

1

6

57

Q502BLM2902DTB(2/4)

VB

2

31

41

1

Q502A

LM2902DTB(1/4)

C5170.01 2%

R51715.8K 1%

R5

16

29

.4K

1%

VB

C5180.01 2%

C520

0.01(ECHU)

9

108

Q502CLM2902DTB(3/4)R518

11.5K 1%

R5

19

15

0K 1

%

VB

C5210.01(ECHU)

C5220.01(ECHU)

13

1214

Q502DLM2902DTB(4/4)

R5204.22K 1%

R5

21

71

5K 1

%

R5

22

N.UVB

C5230.22

R5

23

47

K

2

31

41

1

Q505ALM2902DTB(1/4)

R543100K

R539100K

R538100K

C5

37

0.0

02

7

C5

35

0.0

27

C5

36

0.0

47

R544100K

C5

39

0.0

39

R545100K

6

57

Q505BLM2902DTB(2/4)

C5

40

0.0

01

5

R546100K

C5

41

0.1

9

108

Q505CLM2902DTB(3/4)

R547

100K

C5

42

39

0p

R54810K

R5

49

10

0K

13

1214

Q505DLM2902DTB(4/4)

C5

43

0.0

04

7

C5

44

0.2

2

R5501K

Q5032SJ144Y R524

2.2K

C5

24

0.0

68

R52510K

+

C5342.2u10V(T)

C5140.01

R537470K

C5380.01

Q507DAN235E

Q508DAN235E

C5

29

0.1

4

5

3

2

1

Q501UMC4N

C5

06

0.1

C5

46

0.1

L4

28

Not

use

R551 0

+

C5

45

33

u6

.3V

(T)

C5

47

0.1

13

24

X5

01

44

.64

5M

Hz

R5

15

25

.5K

1%

C5

15

0.0

1 2

%

3

14

52

Q510NJM2107F

C5510.01 2%

C5500.01 2%

R5

61

63

4K 1

%

R5605.6k

VB

R51410k

R5

71

22

0K(T

H)

R5

70

12

0k

R4

68

1.8

k

L4

32

1u

H

L4311uH

C5281u

Q511RB521S

R5

36

1k

Q513

RB521S

Q512HSC277

1st IF

RX +B

TX +B

Vdd

AF VOL 3

SQ MUTE

HPF OUT

HPF IN

DTMF IN

DETECT IN

W/N

SQL IN

RSSI

Q509RN2104

Q504RN1104


March, 2006 6881096C38

Figure 8-19. UHF 435-480 MHz Voltage Controlled Oscillator and Synthesizer Schematic Diagram (K305E503-01)

C3390.001

C343 10u10V(T)

R336

100K

1 2 3 4 5 6 7 8

910111213141516

Q323 MB 15A 02

R3216.8K

R31

910

K

Q3152SC4116GR

Q3142SA1586GR

R3206.8k

R31

810

K

Q31

6U

DZ

S 7

.5B

+

C32

410

u16V

(T)

R3162.7k

R31

73.

3K

+

C32

31u

16V(

T)

R3153.3K

R31

310

0K

TP301

C31

947

p

C31

847

p

C31

747

p

R3140

R3234.7K x 4

R36122K

R36222K

R35

710

C31

210

pR

358

47

C31

3N

ot u

se

C36

81u

R3564.7k

Q319

1SS355

+

C36

90.

1u 3

5V(T

)

R36

46.

8K

+

C37

11u

16V

(T)

Q3312SC4116GR

R3594.7K R

366

470

R36

747

0

R33

510

0K

C34

10.

1

C91

90.

022

L306

390nH

Q3082SC5086Y

R91

310

K

L301

22nH

R31

115

K

R31

010

0

C3086p

C918100p

L30318n

L304390nH

C31

60.

001

C314 3pF

C91

3 3p

C3111p

R93

010

0K

C9121p

C93

82p

C93

54p

Q92

1JD

V2S

01E

L30

539

0nH

L312BLM21A121S Q318

2SC4116GR

R93

54.

7K

C32

947

0p+

C32

84.

7u16

V(T

)

Q92

21S

V270

L310390nH

C34

210

0p

R93

41K

C34

50.

001

R31

222

0

C31

00.

001

4

5

3

2

1

Q317UMC4NC

309

0.01

L30

239

0nH

R91

415

0L

308

390n

H

R92

815

0

C31

56p

C93

76p

R92910K

C34047p

C9366p

Q9162SJ243

C35

1N

.U

C35

22p

C35

30.

001

Q3032SK508(K52)

Q3022SK508(K52)

L30

739

0nH

L30918n

C3200.001

C35

0

0.00

15

C94

01p

(R1)

R36

868

0k

Vd d

SAVE + B

VC O

AF M od

RX /T X

CL O CK

DA TA

PLL LE

UNL O CK

Mod C M P

Sub A udio Mod

Vin

1

Is Ext

Vo

4V

fb5

GN

D

Cx

En

8 Q333

TK11850L

C38456p

R3735.6K

C3850.1u

R374120K

R372

1

L319

A914BYW-470M

Q332RB521S

C3871u

R375220

R371100

C3820.1u

+C38310u/16V(T)

+C38610u/16V(T)

R3770

Con

t1

GN

D2

Noi

se3

Vin

5

Vou

t4

Q334TAR5S33

+

C39110u/6.3V(T)

C3900.01uC389

1u

C3880.1u

R376100

4 2

31

X301HKE3065B

3. 3V Ref

Q3111SV228


6881096C38 March, 2006

Figure 8-20. UHF 435-480 MHz Audio PA and External Audio Schematic Diagram (K305E503-01)

MO1

SVR2

IN+3

IN-4 OUT- 5

Vcc 6

GND 7

OUT+ 8

Q702 TDA8541

R70

522

C70

70.

001

C70

80.

001

R703 470k

R702

1.5K

SP701SPEAKER

12

P70

1W

C-0

13

12

J702

5304

7-02

10

R70447K

+

C7044.7u6.3V(T)

C7030.22

C70

60.

1

C70

20.

001

R701

2.2K

R71

010

0

Q70

6U

DZ

S 6

.8B

R7090( 1/8W)

L702390nH(C2012C)

R7082.2K

Q7042SA1586GR

R70710K

R706470

C71

00.

1

R71

12.

2KC

713

0.1

C7110.1

C70

10.

1/35

+

C70

910

u10V

(T)

J704HSJ1501-011020

J703

HSJ1603-011020

C71

410

0p

C71

510

0p

C71

610

0pC

717

100p

C71

810

0p

C719220p C705

2.2uF/16V

R7160

R7170

R7180

ST BY

PRO

MIC

DTMF

AF VOL2

Vbb

Vdd

MIC PTT

MIC AMP

TX +B

SW +B

Q7132SC2859

Q7142SC4116GR

R720

220Q715UDZ S 20B

R7214.7K

Q7051SR154-400

Q701RN1104

Q703RN1104


March, 2006 6881096C38

Figure 8-21. UHF 435-480 MHz Transmitter Audio Schematic Diagram (K305E503-01)

R60

13.

3MR

602

6.8K

R6046.8K

13

1214

Q602DLM2902DTB(4/4)

C60

382

p

R605100K

R606100K

C6020.0033

9

108

Q602CLM2902DTB(3/4)

C6040.0012

C60

568

0p

R607100K

R608100K

R60

968

0K

VB

R61

010

K

C60

60.

1

C6070.1 C608

Not use

R61

247

k

RV60110K.B

R61

512

K

R6164.7K 6

57

Q602B

LM2902DTB(2/4)

R617 150k

2

31

411 Q602A

LM2902DTB(1/4) R62

04.

7K

R62

20

R621330K

C61210p

VB

C6150.01

RV60210K.B

R63

318

K

R634680k

R6351.5M

C6210.001

C6220.001

R6360

6

57

Q610B

LM2902DTB(2/4)

C62

415

0p

R638270K

R639270K

C6230.022u

R640180k

C62

70.

0015

u

R64

110

0K

VB 2

31

411

Q610ALM2902DTB(1/4)

+

C62

610

u10V

(T)

+

C62

81u

16V

(T)

R64

322

K 1

%

R64233K 1%

VB9

108

Q610CLM2902DTB(3/4)

C63

282

p

R649100K

R650100K

C631 0.0047

R651100K

C63

40.

0018

R65

233

k

VB

R63

1N

ot u

se

C6430.0033u

C62

0

Not

use

R6370

+

C62

54.

7u6.

3V(T

)

R64868K

C6330.01

Q609

UMG2N

R65912k

C636 100p

R6554.7K

R65

70

C63

927

p

Q6151SS361

R65

882

0

3

1

2

Q616SSM3K03FE

R660- - -

C6290.1u

R64

51M

C6410.0033u

R663100K

R66110K

C6300.1u

R64

63.

3K

C6420.01

R61150k(TH)

R667330k

R665330k

R66

612

0k

VB

R62

8 0

R62618K

C6160.027

R627680K

C618 82p

R62

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C6190.1

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C61

70.

0047

3

14

52

Q617NJM2107F

C6441u

R6690

Q60

4R

B52

1S

C60

10.

1uF

Vdd AF ModTX +B

Sub Audio Mod

HPF OUT

HPF IN

VOX IN

TX MUTE

TDC

SU AU OUT

DTMF OUT

DTMF

W/N

MC2

MC1

MIC AMP

R68

1

220k

R678100K

R67947K

R67756K

C6464.7u

R676Not Use

R67547K

RV60310K

R680120K

C6470.001u

13

1214

Q610DLM2902DTB(4/4)

C6480.1u

3.3 Ref

Q601RN1104

Q608RN1104

Q613RN2104

Q605RN2104


6881096C38 March, 2006

Figure 8-22. UHF 435-480 MHz Transmitter Schematic Diagram (K305E503-01)

J40102D04852J L415

0.4-1.0-5T

C44

010

p

C44

39p

L4160.4-1.0-5T

C4411.5p

C4421p

C439100p

C44

47p

L4190.4-1.0-5T

Q40

9H

VU

131

C43

24p

R41

722

0

C43

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se

Q410MA4PH262

2

3

8

4

1

Q419ALM2904W(1/2)

6

57

Q419BLM2904W(2/2)

C465Not use

R443100K 1%

R444100K 1%

R44

20.

1(1W

)

R44

510

0K 1

%R

446

100K

1%

R44

910

0K 1

%C46

60.

001

R44797.6K 1%

R45010K

C46

80.

001

R4531M

R454

10K

R451 100K

R45

233

k

R44

810

0K

+

C46

96.

8u6.

3V(T

)

C46

70.

01

L417

390n

H

C44

5

100p

C493150p

C43

510

p

L4180.4-0.8-2T

C49

24p

C43

727

p

L420

0.3-

1.0-

7T

R418470

C438100p

C45

056

p

R41

956

R42

033

K

C44

910

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R42

122

K

L421

0.4-0.9-3T

C45

110

p

C4919p

C44

815

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C44

70.

0033

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0.3-

1.0-

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C45

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0p

C45

40.

022

R42

247

0

C453100p

R42

310

0

R42

510

0K

R42

41k

C45

60.

022

C45

7

Not

use

L4230.4-0.9-3T

C45

815

p

C4596p

R42

6N

ot u

seR

427

22

L42418nH(LL1608)

C47

20.

001

Q4132SC3356(R24)

R42

88.

2K

R42

94.

7K

C47

30.

001

C4646p(R2) 8p(R1)

L425

18nH

(LL1

608)

Q4142SC5086Y

R43

52.

2

R43

410

0

C47

40.

001

R43

610

K

R43

74.

7K

C4705p

R43

81K

Q415HSC277

R43

9 330

R44022

R44

1 330

L427

ZB

FS

5105

-PT

C47

85p

C48

8N

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C48

90.

001

R4661K

L4140.4-1.0-5T

C47

54p

3

2

1 Q4122SK3475

1

3

2

Q4112SK3476

C48

52.

2uF

/16V

C44

61u

16V

R56

9

1K(1

/4W

)

C49618p

L430

0.4-0.9-3T

C43

6N

ot U

se

R46

92.

2K

C49

722

p

C49

8N

U

C75

220

p

LOCAL

VCO

RF ANT SW

SW +B

TX +B

DAC TX Vdd

Q417RN1102

Q418RN1104


March, 2006 6881096C38


rob.ramshaw

Stamp


6881096C38 March, 2006

UHF 435-480 MHz Radio Parts List (Controller Board) (K305E501-01)



C101 22pF; 50V; +-5% MURATA GRM39CH220J50PT 2113740F35C102 NUC103 10pF; 50V; +- 0.5pF MURATA GRM39CH100J50PT N/AC104 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51C105 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC106 27pF; 50V; +-5% MURATA GRM39CH270J50PT 2113740F37C107 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC108 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC109 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC110 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC111 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC112 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC113 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC114 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC115 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC116 47uF; 6.3V; +-20% NI-CHEMI 6MCM476MB2TER N/AC120 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC129 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC131 33pF; 50V; +-5% MURATA GRM39CH330J50PT 2113740F39C132 33pF; 50V; +-5% MURATA GRM39CH330J50PT 2113740F39C135 2.2uF; 6.3V; +-10% MURATA GRM40B225K6.3PT N/AC137 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC138 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC139 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC140 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C141 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC142 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC143 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC144 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC145 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C146 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC147 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC148 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC149 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC150 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC151 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC152 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC153 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC154 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC155 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC156 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC157 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC158 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C159 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C160 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C161 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC162 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC164 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC165 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/A

C166 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C167 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C171 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC173 NUC174 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C176 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC181 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C182 0.22uF; 10V; +-10% MURATA GRM39B224K10PT 2113928G01C183 470pF; 50V; +-5% MURATA GRM39CH471J50PT N/AC184 MURATA GRM21BB31A475KA7

4_+A02N/A

C185 MURATA GRM21BB31A475KA74_+A02

N/A

C186 NUCN101 Matsushita AXK5S40245J/P DSCN097002L112 10uH Taiyo Yuden LEM2520T100J N/ALC101 PICVUE HT138ZAS DSLC170003M101 BOSUNG OB-22P44 DSMI505001PB101 K305E501 N/AQ101 Sanyo LC87F72C8A DSIC092009Q102 Rohm UMG2N TR N/AQ105 RICOH RN5VD30CATR DSIC076007Q114 Seiko El. S-24C16AFJ-01 DSIC510003Q115 KOHA HL002-Y11 N/AQ116 KOHA HL002-Y11 N/AQ117 Rohm DTC114EETL N/AQ118 Rohm SML-020MLT T86NN 4804810T02Q119 Rohm UMH6N TR 4880439V02Q121 Fujitsu MB88347PFV DSIC042002Q123 Rohm DTA144EETL N/AQ125 JRC NJM2107F (TE1) DSIC025016Q126 Rohm RB521S-30 TE61 4805656W22Q127 Rohm 1SS355 TE-17 4870360C15Q130 Toshiba SSM3K03FE-TE85L N/AQ131 Rohm 1SS372-TE85L N/AQ133 Rohm DAN222TL N/AQ134 Toshiba 2SC4116-GR TE85L N/AQ135 Rohm DAN222TL N/AQ136 Rohm 1SS355 TE-17 N/AQ137 Rohm UMW1N TL N/AQ138 Rohm 1SS355 TE-17 N/AR101 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R102 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R103 NUR104 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R105 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R106 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R107 47 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A17R108 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R109 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R110 51 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 513 0662057A90




March, 2006 6881096C38

UHF 435-480 MHz Radio Parts List (RF Board) (K305E503-01)

R111 51 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 513 0662057A90R112 13 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 133 0662057A76R113 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R114 43 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 433 0665027A88R115 130 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 134 0662257B01R116 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R117 33 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 333 0662057A85R118 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R119 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R120 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R121 NUR126 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R127 12.4 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1242 0662057P69R128 6.98 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 6981 0662057Y24R129 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R137 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R138 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R141 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R142 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R143 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R144 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R145 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R146 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R147 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R148 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R150 2.2 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R153 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R154 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R156 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R157 220 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 224 N/AR158 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R159 20 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 203 0662057A80R160 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R161 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R162 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R163 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R164 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R165 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R166 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R167 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R168 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R169 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R170 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R171 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R172 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R173 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R174 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R175 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R176 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R180 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R182 0 ohm; 0.1W; +-5% Rohm MCR10 EZHJ 000 0662057B47



R183 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R184 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R187 220 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 224 N/AR188 56 Kohm Rohm MCR03 EZHJ 563 N/AR189 120 Kohm Rohm MCR03 EZHJ 124 N/AR190 180 Kohm Rohm MCR03 EZHJ 184 N/AR191 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R192 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R193 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89S101 Panasonic EVQPUA02K N/AS102 Panasonic EVQPUA02K N/AX101 CITIZEN CSA-309(8.3886MHz) DSXT182001



C201 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC202 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC203 2.2uF; 10V NI-CHEMI 16MC105MATER N/AC204 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC205 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC206 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC207 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC208 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC211 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC212 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC213 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC214 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC215 2.2uF; 16V; +-10% MURATA GRM40F225Z16PT 2113743F18C217 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC218 0.001uF; 50V; +-10% MURATA GRM39B102K50PT 21SW973A115C219 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC220 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C308 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC309 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC310 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC311 1pF; 50V; +-5% MURATA GRM39CK010C50PT N/AC312 10pF; 50V; +-0.5pF MURATA GRM39CH100D50PT 2113740F27C313 NUC314 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT 2103689A09 C315 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC316 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC317 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C318 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C319 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C320 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC323 1uF; 16V; +-20% NI-CHEMI 16MC105MATER N/AC324 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC328 4.7uF 16V NI-CHEMI 16MCM475MATER N/A




6881096C38 March, 2006

C329 470pF; 50V; +-10% MURATA GRM39B471K50PT N/AC339 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC340 47pF; 50V; +-5% MURATA GRM39CH470J50PT 2113740F43C341 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC342 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C343 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC345 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC346 NUC347 NUC350 0.0015uF;50V; +-10% MURATA GRM39B152K50PT 2155169M11C351 NUC352 2pF; 50V; +-5% MURATA GRM39CH020C50PT N/AC353 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC368 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C369 0.1uF; 35V NI-CHEMI 35MC104MATER N/AC371 1uF; 16V; +-20% NI-CHEMI 16MC105MATER N/AC382 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC383 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC384 56pF; 50V; +-5% MURATA GRM39CH560J50PT 2113740F53C385 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC386 10uF; 16V; +-20% NI-CHEMI 16MCM106MB2TER N/AC387 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C388 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC389 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C390 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC391 6.3V 10uF NEC TEMSVA0J106M8R N/AC401 8pF; 50V; +-0.5% MURATA GRM39CH080D50PT N/AC402 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC403 NUC404 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC405 NUC406 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C407 2pF; 50V; +-5% MURATA GRM39CK020C50PT N/AC408 22pF; 50V; +-5% MURATA GRM39CH220J50PT 2113740F35C409 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC410 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C411 33pF; 50V; +-5% MURATA GRM39CH330J50PT 2113740F39C412 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC413 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC414 7pF; 50V; +-0.5% MURATA GRM39CH070D50PT N/AC415 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC416 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC417 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC419 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC420 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT N/AC421 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/AC422 7pF; 50V; +-0.5% MURATA GRM39CH070D50PT N/AC423 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT 2103689A09 C424 NUC425 NUC426 82pF; 50V; +-5% MURATA GRM39CH820J50PT 2113740F49



C427 24pF; 50V; +-5% MURATA GRM39CH240J50PT 2113740F36C428 NUC429 NUC430 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC432 4pF; 50V; +-0.25% MURATA GRM39CH040C50PT N/AC433 NUC435 10pF; 50V; +-0.5pF MURATA GRM39CH100D50PT 2113740F27C436 NUC437 27pF; 50V; +-5% MURATA GRM39CH270J50PT 2113740F37C438 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C439 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C440 10pF; 50V; +-0.5pF MURATA GRM39CH100D50PT 2113740F27C441 1.5pF; 50V; +-0.25% MURATA GRM39CK1R5C50PT N/AC442 1pF; 50V; +-5% MURATA GRM39CK010C50PT N/AC443 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/AC444 7pF; 50V; +-0.5% MURATA GRM39CH070D50PT N/AC445 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C446 1uF; 16V; +-10% MURATA GRM40B105K16PT 2113743A31C447 0.0033uF; 50V; +-10% MURATA GRM39B332K50PT 2155169M15C448 150pF; 50V; +-5% MURATA GRM39CH151J50PT 2113740F55C449 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C450 56pF; 50V; +-5% MURATA GRM39CH560J50PT 2113740F53C451 10pF; 50V; +-0.5pF MURATA GRM39CH100D50PT 2113740F27C453 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C454 0.0022uF;50V; +-10% MURATA GRM39B223K25PT N/AC455 330pF; 50V; +-10% MURATA GRM39B331K50PT N/AC456 0.0022uF;50V; +-10% MURATA GRM39B223K25PT N/AC457 NUC458 15pF; 50V; +-5% MURATA GRM39CH150J50PT 2113740F31C459 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC460 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC461 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC462 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC463 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC464 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC465 NUC466 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC467 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC468 0.001uF; 50V; +-10% MURATA GRM39B102K50PT 21SW973A115C469 6.8uF; 6.3V NI-CHEMI 6MCS685MATER N/AC470 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC472 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC473 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC474 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC475 4pF; 50V; +-0.25% MURATA GRM39CH040C50PT N/AC478 5pF; 50V; +-0.25pF MURATA GRM39CH050C50PT N/AC485 2.2uF; 16V; +-10% MURATA GRM40F225Z16PT 2113743F18C487 1pF; 50V; +-5% MURATA GRM39CK010C50PT N/AC488 NUC489 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC491 9pF; 50V; +-0.5% MURATA GRM39CH090D50PT N/A




March, 2006 6881096C38

C492 4pF; 50V; +-0.25% MURATA GRM39CH040C50PT N/AC493 150pF; 50V; +-5% MURATA GRM39CH151J50PT 2113740F55C494 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT 2103689A09 C495 22pF; 50V; +-5% MURATA GRM39CH220J50PT 2113740F35C496 18pF; 50V; +-5% MURATA GRM39CH180J50PT 2113740F33C497 22pF; 50V; +-5% MURATA GRM39CH220J50PT 2113740F35C498 NUC499 NUC501 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C502 NUC503 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC504 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC505 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C506 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC508 470pF; 50V; +-10% MURATA GRM39B471K50PT N/AC509 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC510 0.22uF; 50V; +-10% MURATA GRM39B224K10PT 2113928G01C511 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC512 0.0015uF;50V; +-10% MURATA GRM39B152K50PT 2155169M11C513 39pF; 50V; +-5% MURATA GRM39CH390J50PT 2113740F41C514 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC515 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C516 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C517 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C518 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C519 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC520 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C521 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C522 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C523 0.22uF; 50V; +-10% MURATA GRM39B224K10PT 2113928G01C524 0.068uF;16V; +-10% MURATA GRM39B683K16PT N/AC525 27pF; 50V; +-5% MURATA GRM39CH270J50PT 2113740F37C526 39pF; 50V; +-5% MURATA GRM39CH390J50PT 2113740F41C528 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C529 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC530 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC531 220pF; 50V; +-10% MURATA GRM39B221K50PT N/AC532 220pF; 50V; +-5% MURATA GRM39CH221J50PT N/AC533 56pF; 50V; +-5% MURATA GRM39CH560J50PT 2113740F53C534 10uF; 6.3V; +-20% NI-CHEMI 10MCS225MATER N/AC535 0.0027uF;50V; +-10% MURATA GRM39B273K25PT 2155169N29C536 0.0047uF;50V; +-10% MURATA GRM39B473K16PT N/AC537 0.0027uF;50V; +-10% MURATA GRM39B272K50PT 21SW973A115C538 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC539 390pF; 50V; +-10% MURATA GRM39B393K16PT N/AC540 0.0015uF;50V; +-10% MURATA GRM39B152K50PT 2155169M11C541 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC542 390pF; 50V; +-10% MURATA GRM39B391K50PT 2113741F15C543 0.0047uF;50V; +-10% MURATA GRM39B472K50PT N/AC544 0.22uF; 50V; +-10% MURATA GRM39B224K10PT 2113928G01C545 33uF; 6.3V; +-20% NI-CHEMI 6MCM336MB2TER N/A



C546 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC547 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC550 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C551 0.01uF; 16V; +-2% Panasonic ECHU1C103GX5 DSCF097003C601 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC602 0.0033uF; 50V; +-10% MURATA GRM39B332K50PT 2155169M15C603 82pF; 50V; +-5% MURATA GRM39CH820J50PT 2113740F49C604 0.0012uF; 50V; +-10% MURATA GRM39B122K50PT N/AC605 0.0047uF;50V; +-10% MURATA GRM39B681K50PT N/AC606 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC607 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC608 NUC612 10pF; 50V; +-0.5pF MURATA GRM39CH100D50PT 2113740F27C615 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC616 0.0027uF;50V; +-10% MURATA GRM39B273K25PT 2155169N29C617 0.0047uF;50V; +-10% MURATA GRM39B472K50PT N/AC618 82pF; 50V; +-5% MURATA GRM39CH820J50PT 2113740F49C619 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC620 NU C621 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC622 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC623 0.0022uF;50V; +-10% MURATA GRM39B223K25PT N/AC624 120pF; 50V; +-5% MURATA GRM39CH121J50PT N/AC625 4.7uF; 6.3V NI-CHEMI 6MCS475MATER N/AC626 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC627 0.0015uF;50V; +-10% MURATA GRM39B152K50PT 2155169M11C628 1uF; 16V; +-20% NI-CHEMI 16MC105MATER N/AC629 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC630 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC631 0.0047uF;50V; +-10% MURATA GRM39B472K50PT N/AC632 82pF; 50V; +-5% MURATA GRM39CH820J50PT 2113740F49C633 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC634 0.0018uF; 50V; +-10% MURATA GRM39B182K50PT 2155116E54C636 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C639 27pF; 50V; +-5% MURATA GRM39CH270J50PT 2113740F37C641 0.0033uF; 50V; +-10% MURATA GRM39B332K50PT 2155169M15C642 0.01uF; 50V; +-10% MURATA GRM39B103K50PT N/AC643 0.0033uF; 50V; +-10% MURATA GRM39B332K50PT 2155169M15C644 1uF; 6.3V; +-10% MURATA GRM39B105K6.3PT 2113928P04C646 4.7uF MURATA GRM21BB31A475KA7

4_+A02 N/A

C647 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC648 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC701 0.1uF; 35V NI-CHEMI 35MC104MATER N/AC702 0.001uF; 50V; +-10% MURATA GRM39B102K50PT N/AC703 0.22uF; 50V; +-10% MURATA GRM39B224K10PT 2113928G01C704 4.7uF; 6.3V NI-CHEMI 6MCS475MATER N/AC705 2.2uF; 16V; +-10% MURATA GRM40F225Z16PT 2113743F18C706 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC707 0.001uF; 50V; +-10% MURATA GRM39B102K50PT 21SW973A115C708 0.001uF; 50V; +-10% MURATA GRM39B102K50PT 21SW973A115




6881096C38 March, 2006

C709 10uF; 6.3V; +-20% NI-CHEMI 10MCM106MATER N/AC710 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC711 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC713 0.1uF; 16V; +-10% MURATA GRM39B104K16PT N/AC714 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C715 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C716 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C717 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C718 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C719 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C721 0.001uF; 50V; +-10% MURATA GRM39B102K50PT 21SW973A115C751 NUC752 20pF; 50V; +-5% MURATA GRM39CH200J50PT 2113740F34C912 1pF; 50V; +-5% MURATA GRM39CK010C50PT N/AC913 3pF; 50V; +-0.25% MURATA GRM39CH030C50PT 2103689A09 C918 100pF; 50V; +-5% MURATA GRM39CH101J50PT 2113740F51 C919 0.0022uF;50V; +-10% MURATA GRM39B223K25PT N/AC935 4pF; 50V; +-0.25% MURATA GRM39CH040C50PT N/AC936 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC937 6pF; 50V; +-0.25% MURATA GRM39CH060C50PT N/AC938 2pF; 50V; +-5% MURATA GRM39CH020C50PT N/AC940 NUCD501 Samsung IFD0455C24E03 DSFL506003CN201 Connector contact Battery Motorola 09D86237A N/ACN701 Matsushita AXK6S40545J/P DSCN097003F401 NUF402 HERTZ 45N12A5 (45.1MHz)

UM-5J-SMDDSXF137006

F501 TOKO BLFYM455D N/AF502 TOKO ALFYM455G N/AJ401 Antenna Jack Motorola 02D04852J N/AJ702 Molex 53047-0210 N/AJ703 Hoshiden HSJ1603-011020 N/AJ704 Hoshiden HSJ1501-011120 N/AL301 22nH TOKO LL1608-FS22NJ

(22nH)N/A

L302 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L303 18nH Sagami Elec C2012C-18NG (18nH) N/AL304 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L305 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L306 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L307 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L308 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L309 18nH Sagami Elec C2012C-18NG (18nH) N/AL310 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L312 MURATA BLM21A121SPT 2480067M02L319 TOKO A914BYW-470M=P3 N/AL401 UCHIDA E2-0.30-1.0-5TL N/AL402 UCHIDA E2-0.30-1.0-5TL N/AL403 NUL404 180nH Sagami Elec C2012C-R18G (180nH) N/A



L405 UCHIDA E2-0.30-1.0-7TL N/AL406 UCHIDA E2-0.30-1.0-5TL N/AL407 UCHIDA E2-0.30-1.0-5TL N/AL408 LATEST SMD-0314A N/AL409 LATEST SMD-0314A N/AL410 15nH TOKO LL2012-FH15NJ

(15nH)N/A

L412 150nH Sagami Elec C2012C-R15J (150nH) 2462587V36L413 470nH TOKO FSLM2520-R47K N/AL414 UCHIDA E2-0.40-1.0-5TL N/AL415 UCHIDA E2-0.40-1.0-5TL N/AL416 UCHIDA E2-0.40-1.0-5TL N/AL417 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41L418 UCHIDA E2-0.40-0.8-2TL N/AL419 UCHIDA E2-0.40-1.0-5TL N/AL420 UCHIDA E2-0.30-1.0-7TL N/AL421 UCHIDA E2-0.40-0.9-3TL N/AL422 UCHIDA E2-0.30-1.0-7TL N/AL423 UCHIDA E2-0.40-0.9-3TL N/AL424 18nH TOKO LL1608-FS18NJ

(18nH)N/A

L425 18nH TOKO LL1608-FS18NJ (18nH)

N/A

L426 22nH TOKO LL1608-FS22NJ (22nH)

N/A

L427 TDK ZBFS5105-PT N/AL428 NUL430 UCHIDA E2-0.40-0.9-3TL N/AL431 1uH TDK MLF1608A1R0KT N/AL432 1uH TDK MLF1608A1R0KT N/AL702 390nH Sagami Elec C2012C-R39J (390nH) 2462587V41P701 EU-Connector WC-013 N/APB201 K305E503 N/AQ201 NEC 2SB798-T1 DK N/AQ202 Rohm UMW1N TL N/AQ203 Rohm 1SR154-400 TE25 4842006M02Q204 TOREX XC62HR5002PR DSIC510004Q208 Toshiba RN2102 N/AQ209 Toshiba RN1102 N/AQ210 Toshiba 2SA1362-GR TE85L N/AQ211 Toshiba RN2110 N/AQ302 NEC 2SK508-T1B K52 N/AQ303 NEC 2SK508-T1B K52 N/AQ308 Toshiba 2SC5086-Y TE85L N/AQ311 Toshiba 1SV228-TPH3 N/AQ314 Toshiba 2SA1586-GR TE85L N/AQ315 Toshiba 2SC4116-GR TE85L N/AQ316 Rohm UDZ S 7.5B TE-17 N/AQ317 Rohm UMC4N TR N/AQ318 Toshiba 2SC4116-GR TE85L N/AQ319 Rohm 1SS355 TE-17 4870360C15




March, 2006 6881096C38

Q323 Fujitsu MB15A02PFV1-ER DSIC042003Q331 Toshiba 2SC4116-GR TE85L N/AQ332 Rohm RB521S-30 TE61 N/AQ333 TOKO TK11850LTL N/AQ334 Toshiba TAR5S33 N/AQ401 Toshiba 1SV279-TPH3 N/AQ402 Toshiba 1SV279-TPH3 N/AQ403 Toshiba 1SS362-TE85L N/AQ404 Toshiba 2SC5086-Y TE85L N/AQ405 Toshiba 1SV279-TPH3 N/AQ406 Toshiba 1SV279-TPH3 N/AQ407 HP HSMS-2817 (B7) N/AQ408 Toshiba 2SC4215-Y TE85L N/AQ409 Hitachi HVU131TRF N/AQ410 MA/COM MA4PH262 N/AQ411 Toshiba 2SK3476 DSTR013027Q412 Toshiba 2SK3475 DSTR013026Q413 NEC 2SC3356-T1B R24 N/AQ414 Toshiba 2SC5086-Y TE85L N/AQ415 Hitachi HSC277TRF N/AQ416 Toshiba 2SC5086-Y TE85L N/AQ417 Toshiba RN1102 N/AQ418 Toshiba RN1104 N/AQ419 TI LM2904PW N/AQ501 Rohm UMC4N TR N/AQ502 TI LM2902DTB N/AQ503 Toshiba 2SJ144Y-TE85L N/AQ504 Toshiba RN1104 N/AQ505 TI LM2902DTB N/AQ506 Toshiba TA31136FN-TP1 DSIC013007Q507 Rohm DAN235ETL N/AQ508 Rohm DAN235ETL N/AQ509 Toshiba RN2104 N/AQ510 JRC NJM2107F (TE1) DSIC025016Q511 Rohm RB521S-30 TE61 N/AQ512 Hitachi HSC277TRF N/AQ513 Rohm RB521S-30 TE61 N/AQ601 Toshiba RN1104 N/AQ602 TI LM2902DTB N/AQ604 Hitachi RB521S-30 TE61 N/AQ605 Toshiba RN1104 N/AQ608 Toshiba RN1104 N/AQ609 Rohm UMG2N TR N/AQ610 TI LM2902DTB N/AQ613 Toshiba RN2104 N/AQ615 Toshiba 1SS361 N/AQ616 Toshiba SSM3K03FE-TE85L N/AQ617 JRC NJM2107F (TE1) DSIC025016Q701 Toshiba RN1104 N/AQ702 Philips TDA8541T/N1 DSIC174004Q703 Toshiba RN1104 N/A



Q704 Toshiba 2SA1586-GR TE85L N/AQ705 Rohm 1SR154-400 TE25 4842006M02Q706 Rohm UDZ S 6.8B TE-17 4842006M03Q713 2SC2859 N/AQ714 Toshiba 2SC4116-GR TE85L N/AQ715 Rohm UDZ S 20B TE-17 N/AQ916 NEC 2SJ243-T1 N/AQ921 Toshiba JDV2S01E-TPH3 N/AQ922 Toshiba 1SV270-TPH3 N/AR201 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R202 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R203 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R204 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R205 50K ohm Hokuriku NSM3503K400J3R N/AR209 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A01R210 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R211 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R212 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R213 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R214 5.6 Kohm; 0.1W; +-1% Rohm MCR03 EZHJ 562 0662057A67R310 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R311 15 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 153 0662057A77R312 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R313 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R314 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R315 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R316 2.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 272 0662057A59R317 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R318 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R319 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R320 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R321 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R323 4.7K ohm x 4 Hokuriku CRA168-472J / MNR14

E0ABJ 472 DSRA508001

R335 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R336 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R356 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R357 10 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 100 0662057A73R358 47 ohm;0.1W;+-5% Rohm MCR03 EZHJ 470 0662057A17R359 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R361 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R362 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R364 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R366 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R367 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R368 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R371 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R372 1 ohm Hokuriku CR1/161RV0JV N/AR373 5.6 Kohm; 0.1W; +-1% Rohm MCR03 EZHJ 562 0662057A67R374 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 N/AR375 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33




6881096C38 March, 2006

R376 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A97R377 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R401 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R402 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R403 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A51R404 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R405 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R406 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R407 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R408 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R409 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R410 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R412 56 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 560 0662057A19R413 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R415 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 154 0662057B02R417 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R418 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R419 56 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 560 0662057A19R420 33 Kohm;0.1W;+-5% Rohm MCR03 EZHJ 333 0662057A85R421 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R422 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R423 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A25R424 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R425 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R426 NUR427 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R428 8.2K ohm Rohm MCR03 EZHJ 822 N/AR429 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R430 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A97R431 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R432 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R433 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R434 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A97R435 2.2 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 2R2 0662057W09R436 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R437 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R438 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R439 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R440 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R441 330 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 331 0662057A37R442 0.1ohm 1W Hokuriku LPR1R100FE(0.1ohm

1W)N/A

R443 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R444 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R445 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R446 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R447 97.6 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 9762 N/AR448 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R449 100 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1003 0662057P95R450 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R451 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97



R452 33 Kohm;0.1W;+-5% Rohm MCR03 EZHJ 333 0662057A85R453 1 Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 105 0662057B22R454 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R455 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R459 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R466 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R468 1.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 182 N/AR469 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R470 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R501 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R502 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R503 2.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 272 0662057A59R505 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R506 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R507 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R508 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R509 68 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 683 0662057A93R510 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R511 56 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 563 0662057A91R512 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R513 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R514 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R515 25.5 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2552 0662057T92R516 29.4 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2942 0662057P29R517 15.8 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1582 0662057Z03R518 11.5 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1152 0662057Z35R519 150 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 1503 0662057P97R520 4.22 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 4221 N/AR521 715 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 7153 0662057T99R522 NUR523 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R524 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R525 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R526 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R527 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R530 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R531 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R532 1.5 Mohm;0.1W;+-5% Rohm MCR03 EZHJ 155 N/AR534 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 334 0662057B10R535 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R536 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R537 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R538 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R539 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R540 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R541 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R542 22 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 223 0662057A81R543 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R544 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R545 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R546 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97




March, 2006 6881096C38

R547 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R548 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R549 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R550 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R551 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R560 5.6 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 562 N/AR561 634 Kohm; 0.1W; +-5% Rohm MCR03 EZHF 6343 N/AR569 1 Kohm; 0.25W; +-5% Rohm CR1/4-102J N/AR570 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 N/AR571 220 Kohm MURATA NCP18WM224K03RB N/AR601 3.3M ohm Rohm MCR03 EZHJ 335 0662057B34R602 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R604 6.8 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 682 0662057A69R605 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R606 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R607 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R608 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R609 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R610 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R611 50K ohm Hokuriku NSM3503K400J3R N/AR612 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R615 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A51R616 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R617 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 154 0662057B02R620 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R621 270 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 274 N/AR622 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R625 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R626 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R627 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R628 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R629 NUR631 NU R633 18 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 183 0662057A79R634 680 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 684 0662057B18R635 1.5 Mohm;0.1W;+-5% Rohm MCR03 EZHJ 155 N/AR636 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R637 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R638 270 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 274 N/AR639 270 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 274 N/AR640 180 Kohm Rohm MCR03 EZHJ 184 N/AR641 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R642 33 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 3302 N/AR643 15.8 Kohm; 0.1W; +-1% Rohm MCR03 EZHF 2202 N/AR645 1 Mohm; 0.1W; +-5% Rohm MCR03 EZHJ 105 0662057B22R646 3.3 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 332 0662057A61R648 68 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 683 0662057A93R649 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R650 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R651 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R652 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 333 0662057A85



R655 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R657 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R658 820 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 821 0662057A47R659 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 123 0662057A51R660 NUR661 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R663 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R665 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 334 0662057B10R666 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 N/AR667 330 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 334 0662057B10R669 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R675 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R676 NUR677 56 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 563 0662057A91R678 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R679 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R680 12 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 124 N/AR681 Rohm MCR03 EZHJ 224 0662057B06R701 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R702 1.5 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 152 0662057A53R703 470 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 474 0662057B14R704 47 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 473 0662057A89R705 22 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 220 0662057A09R706 470 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 470 0662057A41R707 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R708 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R709 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R710 100 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 101 0662057A97R711 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 222 0662057A57R716 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R717 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R718 0 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 000 0662057B47R720 220 ohm; 0.1W; +-5% Rohm MCR03 EZHJ 221 0662057A33R721 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65R913 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R914 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 151 N/AR928 150 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 151 N/AR929 10 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 103 0662057A73R930 100 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 104 0662057A97R934 1 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 102 0662057A49R935 4.7 Kohm; 0.1W; +-5% Rohm MCR03 EZHJ 472 0662057A65RV601 Hokuriku VG025CHXTB103 N/ARV602 Hokuriku VG025CHXTB103 N/ARV603 Hokuriku VG025CHXTB103 N/ASP701 Orient sound K028NA (S09139) N/ASW201 TOCOS TP76N17N A10Kohm

10SKDSVR010008

X301 NDK HKE3065B N/AX501 NDK HU-816-106 N/A



Glossary of Terms Glossary

Term DefinitionActive Scan State The state when the radio is in Scan Mode, and when the radio is rapidly

moving through the Scan List Member channels looking for eligible transmission activity.

Busy Channel Lockout (BCL)

If BCL is activated, the radio will check for channel activity before trans-mitting. If activity is detected, transmission is prohibited. For carrier squelch mode, radio will not transmit, if it is receiving carrier. For coded squelch mode, it will not transmit, if it is receiving carrier with different PL/DPL code.

Carrier An electromagnetic signal that is transmitted on a selected frequency for the purpose of carrying voice or data transmissions along with it. Carrier can then be received by all radios listening on that frequency.

Carrier Squelch (CSQ)

When the carrier energy exceeds the carrier energy threshold, known as the Squelch Level, the radio unmutes.

CD Compact Disk.Channel A single path separated by frequency or time divisions used for transmit-

ting and/or receiving voice and/or data.Channel Alias Channel Aliases are radio-user descriptions for the radio’s channels.

Alphabets, numbers, spaces, “+”, “-”, and “/” can be used. Examples: EMT-001, 500, SECURITY.

Channel Band-width

The channel spacing when operating on the current channel.

Channel Enabled When selected, the channel is enabled and accessible.Coded Squelch When the channel receives incoming message that contains the same

PL or DPL code as its Rx PL/DPL code, the radio unmutes.Codeplug A solid-state chip inside a radio where the radio’s personality data is

stored.Communications Port (COM Port)

A serial hardware interface connection at the back of a computer used to communicate with other hardware devices, such as radios, modems, and printers. Also known as a Serial Port. COM Ports are designated by slot positions such as Port1, Port2, Port3, Port4.When programming a radio, the computer is connected to the radio with a RIB cable via the COM port. The computer’s CPS Com Port settings are independent of each other and apply to the Read and Write features.

CPS Acronym for Customer Programming Software. Licensed Motorola soft-ware used to program two-way radios with a unique set of features.

CSQ Carrier Squelch.CTCSS Acronym for Continuous Tone Coded Squelch System. A generic term

for sub-audible tone/ code used to create communications groups. Also see PL.

March, 2006 6881096C38

Glossary-2

Digital Private Line (DPL)

DPL is a digital format transmitted along with the carrier. DPL allows for more use and privacy on a frequency. DPL is transmitted at a sub-audi-ble (not able to be heard) frequency.

DPL Digital Private-Line™EEPROM Electronically Erasable/Programmable Read-Only Memory: used by the

radio to store its personality.Firmware Software, or a software/hardware combination of computer programs

and data, with a fixed logic configuration stores in a read-only memory. Information cannot be altered or reprogrammed.

FGU Frequency Generation Unit.Frequency (a) The location of the center of a channel of operation in the radio spec-

trum. Measured in Megahertz (MHz).(b) A computer speed. Measured in Megahertz (MHz).

Hard Pot Hardware potentiometer for adjustment of parameter settings.Home Channel The channel where scan is started.Landed Scan State When the radio is in Scan Mode, and once Active Scan finds an eligible

Scan List Member channel/call to receive or unmute to, the radio is then in Landed Scan State. Also, once both Transmit and Receive activity has ceased, and while the Scan Hang Timer is counting down, the radio is still in Landed Scan Mode.

Latest Codeplug Version

The most recent version number of codeplug information that was loaded into the radio. This is stored in the radio’s codeplug.

LCD Liquid Crystal Display: a module used to display the radio’s current oper-ating channel info or status message.

Long PressFunction

Function that is invoked if the button is pressed and released after one second.

Lower ScanFrequency

The lower limit that VFO will scan.

MaximumFrequency

The highest frequency setting at which the radio is allowed to operate. The radio’s frequency range is defined as being between, or equal to, the Minimum and Maximum frequencies. This information is stored in the radio’s codeplug.

MinimumFrequency

The lowest frequency setting at which the radio is allowed to operate. The radio’s frequency range is defined as being between, or equal to, the Minimum and Maximum frequencies. This information is stored in the radio’s codeplug.

Model Number The model number identifies the type of radio. This information is stored in the radio’s codeplug.

Normal Scan For Normal Scan, the radio assigns equal priority to all members in the Scan List selected for the current channel. When the radio is scanning a Scan List (Active Scan), all scan list members (including the Home Channel) will be allocated equal time to be scanned. For example, if the Home Channel is H1, and the Scan List Members are Nn, then the scan-ning sequence is: N1, N2, N3, ..., H1, N1, N2, ..., etc.

Term Definition

6881096C38 March, 2006

Glossary-3

Offset Frequency If Tx Offset is set to Positive, this frequency will be added to the VFO Rx Frequency when radio is transmitting. It will be subtracted from the VFO Rx Frequency if Tx Offset is set to Negative.

Original Codeplug Version

The first version number of codeplug information that was loaded into the radio. This is stored in the radio’s codeplug.

PC Board Printed Circuit Board.PL Private-Line® tone squelch: a continuous sub-audible tone that is trans-

mitted along with the carrier.PLL Phase-Locked Loop: a circuit in which an oscillator is kept in phase with

a reference, usually after passing through a frequency divider.Pretime Selects the amount of time between PTT button press and the first digit

of ID transmission. This time allows the receiving radio to stabilize before receiving data.

Priority Scan For Priority Scan, the radio assigns the highest priority to the first mem-ber in the Scan List selected for the current channel. When the radio is scanning a Scan List (Active Scan), 50% of the scans are targeted at the Priority #1 Member channel. For example, if the Priority #1 Member is P1, and the non-priority Scan List Members are Nn, then the scanning sequence is: P1, N1, P1, N2, P1, N3, P1, N4, P1, N5, etc.

Priority #1 Scan List Member

The first member in the current Scan List. When the radio is scanning a Scan List (Active Scan), 50% of the scans are targeted at the Priority #1 Member channel. Example: If the Priority #1 Member is P1, and the non-priority Scan List Members are Nn, then the scanning sequence is: P1 N1, P1 N2, P1 N3, P1 N4, P1 N5, etc.Note: When the radio’s speaker is unmuted to a non-priority call (Landed Scan mode), the radio continues to mute at a specific time interval (the Scan Interval Time), and scan for transmission activity on the Priority #1 Member channel. If the radio discovers a valid Priority #1 transmission, it drops the current transmission, and unmutes to the Pri-ority #1 call. Priority Scan has to be enabled (per channel) for this fea-ture to function.

Prime ChannelReturn Hang Time

The amount of time that the radio will stay idle in another channel before reverting back to the Prime Channel.

Private Line (PL) A sub-audible tone/code used to create unique/private communication groups while operating in Conventional Dispatch mode. A generic term for Tone Private Line (TPL), or Digital Private Line (DPL).

Program The transfer of CPS information from the computer’s temporary memory (RAM) to the radio.

PTT Push-To-Talk: the switch located on the left side of the radio which, when pressed, causes the radio to transmit.

Random Access Memory (RAM)

A temporary storage space used by a computer to operate a software program currently running. Anything stored in RAM is lost when the computer is turned off.

Registers Short-term data-storage circuits within the microcontroller.

Term Definition

March, 2006 6881096C38

Glossary-4

Repeater Remote transmit/receive facility that retransmits received signals to improve communications coverage.

RESET Reset line: an input to the microcontroller that restarts execution.RF PA Radio Frequency Power Amplifier.Radio Interface Box (RIB)

Used to connect a personal computer to a radio for the purpose of com-munication between the two. The RIB consists of level-shifting circuits that convert from the standard RS-232 voltage levels of the computer asynchronous serial interface (COM Port) to the single-ended voltage levels present on the Serial Bus contacts of the radio’s connector. The RIB must have an appropriate RIB-to-radio and RIB-to-computer Radio Interface Cable for communication and radio programming to occur.

Receive Fre-quency

A designated frequency used when receiving carrier for the current channel.

Reverse Burst / Turn Off Code

Causes a Tone Private Line (TPL) or Digital Private Line (DPL) code to be transmitted at the end of a transmission - once PTT is released, and while operating on the current channel. This sub-audible tone causes the receiving radio to mute its speaker before loss of a carrier is detected. Muting the speaker eliminates unwanted noise (squelch tail) during loss of carrier detection.

ROM Read Only Memory.RSSI Received Signal-Strength Indicator: a dc voltage proportional to the

received RF signal strength.RPT/TA Repeater/Talk-Around.Rx DPL Code The specific code accepted when receiving Digital Private Line (DPL)

encoding, while operating on the current channel.Rx DPL Invert Setting Rx DPL Invert causes Digital Private Line (DPL) signals to be

inverted when they are received by the radio, while operating on the cur-rent channel. Inverted coding allows for more traffic/usage on frequen-cies.

Rx TPL Frequency A designated frequency used when receiving Tone Private Line (TPL), while operating on the current channel. This frequency can directly cor-relate to the Rx TPL Code field; however, non standard code frequen-cies may also be selected.

Scan List The Scan List determines which channels the radio scans, when operat-ing in the Scan Mode, on the current channel.

Scan List Member The Scan List allows you to select the grouping of channels that make up the current Scan List Member channel. This grouping of a Scan List Member channel can then be scanned for transmission activity - one at a time, when the radio is in Scan Mode. A Scan List can have a maxi-mum of 16 Scan List Members. Scan List Member scanning priority is definable. A Scan List can be assigned to a channel. One Scan List is available.

Scan Mode When the radio is in one of the two Scan States: Active Scan and Landed Scan. This mode is initiated when the programmable SCAN but-ton is pressed.

Term Definition

6881096C38 March, 2006

Glossary-5

Scan Type There are two types of scanning available on the current Conventional Personality: Normal Scan or Priority Scan.

Serial Number Each radio has its own unique serial number. This information is stored in the radio’s codeplug.

Short PressFunction

Function that is invoked if the button is pressed and released within one second.

Softpot Software Potentiometer: a computer-adjustable electronic attenuator.Software Computer programs, procedures, rules, documentation, and data per-

taining to the operation of a system.Squelch Muting of audio circuits when received signal levels fall below a pre-

determined value.Squelch Level The amount of carrier energy required to unmute the radio’s speaker

upon satisfying the selected Carrier Squelch threshold. Low level allows more transmissions with less clarity to unmute the radio’s speaker. High level increases the squelch threshold causing a stronger carrier signal to be required before the radio’s speaker will unmute. This helps to reduce unwanted noise.

Tone Private Line (TPL)

Transmitted when the receiving radio is to only receive calls from radios with specific TPL codes, this creates communications groups while operating in Conventional Dispatch mode. TPL allows for more use and privacy on a frequency. TPL is transmitted at a sub-audible (not able to be heard) frequency. Also known as CTCSS.

TOT Time-Out Timer: a timer that limits the length of a transmission.TPL Tone Private-line.Tx DPL Code The Digital Private Line (DPL) code that transmits while operating on the

current channel.Tx DPL Invert Setting Tx DPL Invert causes Digital Private Line (DPL) signals to be

inverted before they are transmitted from the radio, while operating on the current channel. Inverted coding allows for more traffic/usage on fre-quencies.

Tx Frequency A designated frequency used when transmitting carrier for the current channel.

Tx Offset The offset that will be added to the VFO Rx Frequency when radio trans-mits in VFO mode. Available options are: None (transmits using Rx Fre-quency), Pos (transmits using Rx Frequency + Offset Frequency), Neg (transmits using Rx Frequency - Offset Frequency), User (transmits using the User Defined Tx Frequency).

Tx Power The transmit power level while operating on the current channel.High: Used when a stronger signal is needed to extend transmission distances. Low: Used when communicating in close proximity, and to keep the radio from transmitting into other geographical groups operat-ing on the same frequency.

Term Definition

March, 2006 6881096C38

Glossary-6

Tx TPL Frequency A designated frequency used to transmit Tone Private Line (TPL) encod-ing, while operating on the current channel. This frequency can directly correlate to the Tx TPL Code field; however, non standard code frequen-cies may also be selected.

µC Microcontroller.UHF Ultra High Frequency.Unmuting A radio unmutes, when it opens its speaker to receive audio.µP Microprocessor.Upper ScanFrequency

The upper limit that VFO will scan.

User Defined PL Frequency

You can customize up to three non standard PL frequencies to provide more choices for PL.

VCO Voltage-Controlled Oscillator: an oscillator whereby the frequency of oscillation can be varied by changing a control voltage.

VFO Variable Frequency Operation. The radio user chooses frequencies instead of preprogrammed channels to operate the radio.

VFO Scan Radio scans the preprogrammed frequency range defined by VFO Upper Scan Frequency and Lower Scan Frequency in the increment defined by Frequency Step Size.

VHF Very High Frequency.VSWR Voltage Standing Wave Ratio.

Term Definition

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Repeater Builder - Business Portable Radio Service Manualmanuals.repeater-builder.com/mo-files1/-CP Series/CP125... · 2011. 6. 17. · Business Portable Radio Service Manual VHF