TEX LCD - a2dcorp.us · TEX LCD User Manual Rev. 1.1 - 06/09/02 i Table of Contents 1. Preliminary Instructions 1 2. Warranty 2 3. First Aid 4 3.1 Treatment of electrical shocks 4

TEX LCD

User Manual

Manufactured by Italy

TEX LCD - User ManualVersion 1.1

© Copyright 2002R.V.R. Elettronica SpAVia del Fonditore 2/2c - 40138 - Bologna (Italia)Telefono: +39 051 6010506Fax: +39 051 6011104Email: [email protected]: www.rvr.it

All rights reservedPrinted and bound in Italy. No part of this manual may be reproduced,memorized or transmitted in any form or by any means, electronic ormechanic, including photocopying, recording or by any informationstorage and retrieval system, without written permission of the copyrightowner.

File name: TEXLCD_EN.P65

Version: 1.1

Date: 06/09/2002

Revision History

1.0 18/01/2002 New version D. Canazza

Version Date Reason Editor

1.1 06/09/2002 Add telemetry board J. Berti

Notification of intended purpose and limitations of product useThis product is a FM transmitter intended for FM audio broadcasting. It utilisesoperating frequencies not harmonised in the intended countries of use.The user must obtain a license before using the product in intended country ofuse. Ensure respective country licensing requirements are complied with.Limitations of use can apply in respect of operating freuency, transmitter powerand/or channel spacing.

Declaration of ConformityHereby, R.V.R. Elettronica SpA, declares that this FM transmitter is incompliance with the essential requirements and other relevant provisions ofDirective 1999/5/EC.

This page intentionally left blank

TEX LCD

iUser Manual Rev. 1.1 - 06/09/02

Table of Contents1. Preliminary Instructions 12. Warranty 23. First Aid 4

3.1 Treatment of electrical shocks 43.2 Treatment of electrical Burns 5

4. General Description 75. Quick guide for installation and use 9

5.1 Preparation 95.2 Use 95.3 Settings and calibration 105.4 Software 11

6 External Description 176.1 Front Panel 176.2 Rear Pannel (MONO version with telemetry) 186.3 Rear Pannel (STEREO version with telemetry) 196.4 Connectors description 206.5 Rear Pannel (Mono version) 216.6 Rear Pannel (Stereo version) 226.7 Connectors description 23

7. Technical specifications 257.1 Physical specifications 257.2 Electrical specifications 25

8. Working Principles 278.1 Power Supply 288.2 Panel board 288.3 Main board 298.4 Power amplifier 308.5 Telemetry board 30

9. Identification and Access to the Modules 319.1 Identification of the Modules 319.2 Removing the Modules 32

Appendix:Component layouts, schematics, bills of material

TEX LCD

ii User ManualRev. 1.1 - 06/09/02

This page was intentionally left blank

TEX LCD

1 / 32User Manual Rev. 1.1 - 06/09/02

1. Preliminary Instructions

This manual is written as a general guide for those having previous knowledgeand experience with this kind of equipment, well conscious of the risks connectedwith the operation of electrical equipment.

It is not intended to contain a complete statement of all safety rules which shouldbe observed by personnel in using this or other electronic equipment.

The installation, use and maintenance of this piece of equipment involve risksboth for the personnel performing them and for the device itself, that shall be usedonly by trained personnel.

R.V.R. Elettronica SpA doesn’t assume responsibility for injury or damage resultingfrom improper procedures or practices by untrained/unqualified personnel in thehandling of this unit.

Please observe all local codes and fire protection standards in the operations ofthis unit.

WARNING: always disconnect power before opening covers or removing anypart of this unit.Use appropriate grounding procedures to short out capacitors and high voltagepoints before servicing.

WARNING: this device can irradiate radio frequency waves, and if it’s not installedfollowing the instructions contained in the manual and local regulations it couldgenerate interferences in radio communications.This is a "CLASS A" equipment. In a residential place this equipment can causehash. In this case can be requested to user to take the necessary measures.

R.V.R. Elettronica SpA reserves the right to modify the design and/or the technicalspecifications of the product and this manual without notice.

TEX LCD

2 / 32 User ManualRev. 1.1 - 06/09/02

2. Warranty

Any product of R.V.R. Elettronica is covered by a 24 (twenty-four) month warranty.

For components like tubes for power amplifiers, the original manufacturer’s warrantyapplies.R.V.R. Elettronica SpA extends to the original end-user purchaser allmanufacturers warranties which are transferrable and all claims are to be madedirectly to R.V.R. per indicated procedures.

Warranty shall not include:

1 danni verificatisi durante la spedizione della macchina alla R.V.R. per eventualiriparazioni;

2 Any unauthorized repair/modification;

3 Incidental/consequential damages as a result of any defect

4 Nominal non-incidental defects

5 Re-shipment costs or insurance of the unit or replacement units/parts

Any damage to the goods must be reported to the carrier in writing on the shipmentreceipt.

Any discrepancy or damage discovered subsequent to delivery, shall be reportedto R.V.R. Elettronica within 5 (five) days from delivery date.

To claim your rights under this warranty, you shold follow this procedure:

1 Contact the dealer or distributor where you purchased the unit. Describe theproblem and, so that a possible easy solution can be detected.

Dealers and Distributors are supplied with all the information about problemsthat may occur and usually they can repair the unit quicker than what themanufacturer could do. Very often installing errors are discovered by dealers.

2 If your dealer cannot help you, contact R.V.R. Elettronica and explain theproblem. If it is decided to return the unit to the factory, R.V.R. Elettronicawill mail you a regular authorization with all the necessary instructions to sendback the goods.

3 When you receive the authorization, you can return the unit. Pack it carefullyfor the shipment, preferably using the original packing and seal the packageperfectly. The customer always assumes the risks of loss (i.e., R.V.R. is neverresponsible for damage or loss), until the package reaches R.V.R. premises.For this reason, we suggest you to insure the goods for the whole value.Shipment must be effected C.I.F. (PREPAID) to the address specified by R.V.R.’sservice manager on the authorization

DO NOT RETURN UNITS WITHOUT OUR AUTHORIZATION AS THEY WILLBE REFUSED

TEX LCD

3 / 32User Manual Rev. 1.1 - 06/09/02

4 Be sure to enclose a written technical report where mention all the problemsfound and a copy of your original invoice establishing the starting date of thewarranty.

Replacement and warranty parts may be ordered from the following address. Besure to include the equipment model and serial number as well as part descriptionand part number.

R.V.R. Elettronica SpAVia del Fonditore, 2/2c40138 BOLOGNAITALYTel. +39 051 6010506

TEX LCD

4 / 32 User ManualRev. 1.1 - 06/09/02

3. First Aid

The personnel employed in the installation, use and maintenance of the device,shall be familiar with theory and practice of first aid..

3.1 Treatment of electrical shocks

3.1.1 If the victim is not responsive

Follow the A-B-C's of basic life support

• Place victim flat on his backon a hard surface.

• Open airway: lift up neck, push forehead back (Fig. 3-1).

• clear out mouth if necessary and observe for breathing

• if not breathing, begin artificial breathing (Figure 3-2): tilt head, pinch nostrils,make airtight seal, four quick full breaths. Remember mouth to mouthresuscitation must be commenced as soon as possible

Figure 3-1 Figure 3-2

• Check carotid pulse (Fig 3-3); if pulse is absent, begin artificial circulation(Fig. 3-4) depressing sternum (Fig. 3-5)

Figure 3-3 Figure 3-4 Figure 3-5

• In case of only one rescuer, 15 compressions alternated to two breaths.

• If there are two rescuers, the rythm shall be of one brath each 5 compressions.

• Do not interrupt the rythm of compressions when the second person is givingbreath.

• Call for medical assistance as soon as possible.

TEX LCD

5 / 32User Manual Rev. 1.1 - 06/09/02

3.1.2 If victim is responsive

• Keep them warm

• Keep them as quiet as possible

• Loosen their clothing (a reclining position is recommended)

• Call for medical help as soon as possible

3.2 Treatment of electrical Burns

3.2.1 Extensive burned and broken skin

• Cover area with clean sheet or cloth

• Do not break blisters, remove tissue, remove adhered particles of clothing, orapply any salve or ointment.

• Treat victim for shock as required.

• Arrange transportation to a hospital as quickly as possible.

• If arms or legs are affected keep them elevated

If medical help will not be available within an hour and the victim is conscious andnot vomiting, give him a weak solution of salt and soda: 1 level teaspoonful of saltand 1/2 level teaspoonful of baking soda to each quart of water (neither hot orcold). Allow victim to sip slowly about 4 ounces (half a glass) over a period of 15minutes. Discontinue fluid if vomiting occurs

DO NOT give alcohol

3.2.2 Less severe burns

• Apply cool (not ice cold) compresses using the cleansed available cloth article.

• Do not break blisters, remove tissue, remove adhered particles of clothing, orapply salve or ointment.

• Apply clean dry dressing if necessary.

• Treat victim for shock as required.

• Arrange transportation to a hospital as quickly as possible

• If arms or legs are affected keep them elevated.

TEX LCD

6 / 32 User ManualRev. 1.1 - 06/09/02


TEX LCD

7 / 32User Manual Rev. 1.1 - 06/09/02

4. General Description

The TEX LCD is an exciter for Frequency Modulated audio broadcasting in afrequency modulation able to transmit in the band between 87.5 and 108 MHzwith an output RF power adjustable up to a maximum of 30 W

Outstanding audio features this device has are low distortion and intermodulationvalues (typically 0.03%) and the high signal to noise ratio (typically 80 dB). Anotherimportant feature the TEX LCD has is its great simplicity of construction and use.For example, the mains power supply is universal type and allows any voltagebetween 90 V and 260 V to be used without having to select it manually.

The TEX LCD was designed to be modular. Its various functions are run frommodules directly connected to each other with male and female connectors orwith flat cables ending in connectors. This type of design makes maintenanceoperations and any required module replacement easier. All models are madewith SMD technology.

This exciter contains a low-pass filter that reduces the harmonic emissions tobelow the limits allowed by international regulations, and can therefore be usedas a transmitter connected directly to the antenna.

The machine is offered in two versions, one for Mono or MPX input (widebandinput that is useful when you want to transmit in stereo using an external stereoencoder) and the other with an integrated stereo encoder. The TEX LCD stereoencoder guarantees excellent stereo separation together with a low harmonicdistortion level. Also the stereo version of the exciter can be configured for operatingin Mono/MPX mode (meaning excluding the stereophonic coder and using the"left" input as the "mono" input and the BNC as the "MPX").

The user can do the configuration through microswitches that are accessible fromthe outside.Both versions have two inputs (SCA1 and SCA2) for modulated signals onsubcarriers from special external encoders normally used in Europe for RDS (RadioData System) transmission.

This exciter contains two types of control circuits, the "analogue" type made ashardware inside the power amplifier and the "digital" type made by the managementsoftware on a microcontroller. The analogue control maintains the RF output powerat a constant level and limits it in case there is an excess of stationary waves.

The microprocessor system includes an LCD display and push-button panel forinteraction with the user, and implements the following functions:

• Setting the output power

• Setting the operating frequency

• Activation and deactivation of power delivery

• Measurement and display of the working parameters of the exciter

• Communications with outside devices

TEX LCD

8 / 32 User ManualRev. 1.1 - 06/09/02

The exciter's management software is based on a menu system. The user cannavigate between the various submenus by using four push buttons: ESC, LEFT/UP, RIGHT/DOWN and ENTER.

Four LEDs indicate the machine status and are found on the front panel: ON,LOCK, FOLDBACK and RF MUTE.

The exciter has one input for external 24 VDC power supply. This source of auxiliarypower supply, which the user can make through buffer batteries, is usedautomatically in the case of mains voltage failure.

TEX LCD

9 / 32User Manual Rev. 1.1 - 06/09/02

5. Quick guide for installation and use

This chapter contains the necessary information for installing and using themachine. In the event any aspects are not completely clear, for example whenusing the machine for the first time, we recommend you carefully read the entiredescription contained in this manual.

5.1 Preparation

Unpack the exciter and before doing any other operation, be sure it has not beendamaged during transport. In particular check that all the connectors are in perfectcondition.

The main fuse can be accessed from the outside on the rear panel (see figures6.2 and 6.3). Extract the fuse carrier with a screwdriver to check its integrity or forreplacement, if necessary. The fuse to be used is this type:

3.15 A 5X20

Check that the TEX LCD switches are in the "off" position. The exciter has twoswitches: one is incorporated in the VDE base for the mains power supply cableand completely interrupts the machine's mains power supply, whereas the secondone is on the front panel and inhibits the switching power supply of the machine.

Connect the RF output of the exciter to the antenna cable or to a fictitious loadable to dissipate the power generated by the TEX LCD.

Connect the mains cable to the special VDE base.

NOTE: It is crucial that the mains system be provided with earthing to ensure boththe operators' safety and correct operation of the device.

Connect the audio cables of the signal source to the proper connectors on theback of the exciter.

5.2 Use

Energize the exciter by putting the switch found on the rear panel in the "I" position(on) and turn it on with the switch found on the front panel.

Enter the "Set" menu and set the desired operating frequency. See chapter 5.4 fora description of the various menus..

By using the switches and trimmer found on the rear panel, set the characteristics(impedance, preemphasis and, if it’s necessary, stereo/mono) and the levels ofthe audio and RDS inputs (if used).

TEX LCD

10 / 32 User ManualRev. 1.1 - 06/09/02

NOTE: When the device leaves the factory, it is delivery with the output poweradjustment at minimum and in the OFF position. It is however recommended thatyou always check the set level before activating power supply, especially if themachine is used as a modulator for a power amplifier.

Set the desired power level from the predefined menu.

Activate the RF power output from the "Fnc" menu.

5.3 Settings and calibration

The only adjustments to be manually made on the TEX LCD are those relating tothe audio operation levels and modes..

A trimmer for each one of the exciter's inputs is on the rear panel of the device.The printing on the panel indicates which input each trimmer refers to. Thesensitivity of the various inputs can be adjusted using the trimmers within thelimits described in the following tables:

• Input sensitivity - mono version

Input Figure 6.2 Trimmer Sensitivity NotesRDS [5] [6] -20 ÷ +13 dBm Input level for 2.0 kHz deviationSCA1 [4] [18] - 8 ÷ +13 dBmSCA2 [16] [17] - 8 ÷ +13 dBm

Input level for 7.5 kHz deviation

MPX [20] [19] -13 ÷ +13 dBmMono [8] [7] -13 ÷ +13 dBm

Input level for 75 kHz deviation

• Input sensitivity - stereo version

Input Figure 6.3 Trimmer Sensitivity NotesRDS [8] [9] -20 ÷ +13 dBm Input level for 2.0 kHz deviationSCA1 [7] [21] - 8 ÷ +13 dBmSCA2 [19] [20] - 8 ÷ +13 dBm

Input level for 7.5 kHz deviation

Left [23] [22] -13 ÷ +13 dBmRight [11] [10] -13 ÷ +13 dBm

Input level for 75 kHz overall deviation(i.e. comprising channels + pilot tone)

When adjusting the sensitivity level of the inputs, keep in mind that theinstantaneous modulation level is given in the predefined menu and that an indicatorsignals the 75 kHz level. To get a proper adjustment, we recommend you put alevel signal on the machine's output equivalent to the level of its own audio programand adjust the relative trimmer until the instantaneous deviation coincides withthe indication of 75 kHz.

To adjust the levels of the inputs of the subcarriers, you can use a similar procedurewhile getting help from the "X10" option that can be selected from the Fnc menu.With this option, the modulation level indicated is multiplied by a factor 10 so thedrawn indication of the predefined menu coincides with a deviation value of 7.5kHz.

TEX LCD

11 / 32User Manual Rev. 1.1 - 06/09/02

For the stereophonic version, there is a special menu in which the levels of theRight and Left channels are indicated separately with the relative indicators of thenominal levels for the maximum deviation of 75 kHz.

The positions of the DIP switches that are used to select the available options areindicated on the printing.

• Mono version preemphasis (switch [17] Figure 6.2):

ON

1 2

50 µsON

1 2

75 µs

• Mono version impedances of input (switch [23] Figure 6.2):

ON1

2

Switch 1: XLR input impedance, ON = 600 Ω, OFF = 10 kΩ

Switch 2: BNC input impedance, ON = 50 Ω, OFF = 10 kΩ

• Stereo version preemphasis (switch [7] Figure 6.3):

ON

1 2 3 4

50 µsON

1 2 3 4

75 µs

• L and R input impedance (type XLR) (switch [25] Figure 6.3):

ON1

2

Switch 1: R XLR input impedance, ON = 600 Ω, OFF = 10 kΩ

Switch 2: L XLR input impedance, ON = 600 Ω, OFF = 10 kΩ

• Operation mode/input impedance MPX ([8] Figure 6.3)(switch [6] Figure 6.2):

ON1

2

Switch 1: Operation mode ON = Mono, OFF = Stereo

Switch 2: MPX input impedance, ON = 50 Ω, OFF = 10 kΩ

5.4 Software

The machine is provided with a two-line LCD display where a set of menus isshown. An overall view of the machine's menus is given in figure 5-1.

One of the following symbols may be present on the left side of the display,depending on the case:

The parameter highlighted by the arrow can be modified

The arrow points out the current line, the parameter of which cannot be modified.This symbol is present in the menus made up of more than two lines to helpscroll the menu.

TEX LCD

12 / 32 User ManualRev. 1.1 - 06/09/02

When turned on, the LCD display shows the predefined screen with the graphicrepresentation of the instantaneous modulation level and indication of the directpower supplied:

The vertical bars under "Mod" indicate the progress of the modulation in real time;the hatched bar signals the maximum nominal modulation level of 75 kHz (100%).

To change the set power level, select the line relating to the power with the DOWNpush button and keep the ENTER push button pressed until it enters themodification mode. The screen that is shown in the modification mode is similar tothe following:

The bottom line gives the instantaneous reading of the power (30W in this example),whereas the bar indicates the set level. To increase the level, press the RIGHT/DOWN push button and to reduce it, press LEFT/UP. As the set level increases ordecreases, the bar becomes longer or shorter to display the current setting. Whenthe desired level is reached, press ENTER to confirm and exit the predefinedmenu. Note that the set value is stored anyway, so if you press ESC or let thetimeout go by without pressing a key, the power will remain at the last set level.

If you press the ESC push button while you are in the predefined menu, you willbe shown the following selection screen from which you can access all the othermenus:

To enter one of the submenus, select its name (which will be underlined by ablinking cursor) with the RIGHT or LEFT push buttons and then press the ENTERpush button.

If you instead want to go back to the predefined menu, all you have to do is pressthe ESC push button again..

Figure 5.1 shows the complete set of the machine's menus.

NOTE: The "L&R" menu is active only in the stereo version. The writing "L&R"appear in the selection menu of the mono version, but doesn’t have any meaning.

TEX LCD

13 / 32User Manual Rev. 1.1 - 06/09/02

Figure 5.1

5.4.1 Operation Menu (Fnc)

The user can set the deviation display mode and activate or deactivate the supplyof power from the exciter from this menu.

To work with one of the two functions, select the relative line with the UP andDOWN push buttons and then press and continue pressing the ENTER push buttonuntil the command is accepted. This was the Pwr setting will go from On to Off orvice versa and the Mod setting will go from "X1" to "X10" or vice versa.

The indication of the instantaneous deviation is multiplied by a factor 10 in the"X10" mode, so the hatched indicator on the predefined menu will coincide withthe 7.5 kHz value instead of 75 kHz. This display mode is useful when you wantto view low deviation levels such as, for example, those due to the pilot tone or tothe subcarriers.

5.4.2 Power Menu (Pwr)

This screen shows the user the measures relating to the exciter’s RF power output:

Switch on

ESC

ESC

ENTER

Operation Menu (Fnc)

Power Menu (Pwr)

Power Amp Menu (P.A)

Setting Menu (Set)

ENTER

ENTER

ENTER

ENTER

Selection Menu

ENTER

Version Menu (Vrs)

Miscellaneous Menu (Mix)

ENTER

Channels Menu (L&R)

TEX LCD

14 / 32 User ManualRev. 1.1 - 06/09/02

• Forward Power (Fwd )

• Reflected Power (Rfl)

The values shown are "readings", and therefore cannot be modified (note theempty triangle). To modify the power setting, use the predefined menu as describedabove.

5.4.3 Power Amplifier Menu (P.A)

This screen, consisting of three lines that can be scrolled with the UP and DOWNpush buttons, shows the user the measures relating to the device's final poweramplifier:

• Voltage (VPA)

• Current consumption (IPA)

• Temperature (TMP)

5.4.4 Settings Menu (Set)

This menu lets you read and set the operating frequency.

By pressing the ENTER push button, you can modify the set frequency using theUP (the frequency increases) and DOWN push buttons.

After having set a new frequency value, press the ENTER push button to confirmthe choice. The exciter will release from the current frequency (the LOCK LEDturns off) and it will latch onto the new operating frequency (LOCK turns back on).Instead, if you press ESC or let the timeout go by, the frequency will remain set atthe previous value.

5.4.5 Miscellaneous Menu (Mix)

This menu allows you to set the machine's address in a o I2C type of serial busconnection:

TEX LCD

15 / 32User Manual Rev. 1.1 - 06/09/02

The I2C network address is important when the exciter is connected to an RVRtransmission system that envisages use of this protocol. We recommend you donot modify it without a good reason.

5.4.6 Versions Menu(Vrs)

This screen shows the version and the release date of the software.

5.4.7 Channels Menu (L&R)

This menu is active in the stereo version of the machine and in the mono version,but in the mono version the menu doesn’t have any meaning.

The right and left channel input levels are depicted with vertical bars, as shown inthe following figure.

The hatched bar indicates the level that corresponds with the total deviation at100%, and is useful to regulate the input levels of the audio channels.

Please note that if you set a stereo TEX-LCD exciter for mono operation, thismenu is still active, and it will only show the level of the mono input.Please remember that the modulation level is always shown by the default menu.

TEX LCD

16 / 32 User ManualRev. 1.1 - 06/09/02


TEX LCD

17 / 32User Manual Rev. 1.1 - 06/09/02

6 External Description

This chapter reports the elements of the front and rear panels of the TEX-LCDwith a brief description of each of them.

6.1 Front Panel

Figure 6.1

[1] AIR FLOW Grid for the intake of the air flow of the forced ventilation[2] ON Green LED, lit when the exciter is working[3] LOCK Green led, lit when the PLL is locked on the working frequency[4] FOLDBACK Yellow LED, lit when the foldback function is operating

(automatic reduction of the delivered RF power)[5] R.F. MUTE Yellow LED, lit when the exciter’s power output is inhibited by an

external interlock command[6] CONTRAST Display contrast adjusting trimmer[7] ESC Push button to exit from a menu[8] LEFT/UP Push button to move in the menu system and to modify the

parameters[9] RIGHT/DOWN Push button to move in the menu system and to modify the

parameters[10] ENTER Push button to confirm a parameter and to enter in a menu[11] DISPLAY Liquid crystals display[12] POWER ON/OFF switch. This switch disables the exciter without

disconnecting the mains supply

TEX LCD

18 / 32 User ManualRev. 1.1 - 06/09/02

6.2 Rear Pannel (MONO version with telemetry)

Figure 6.2

[1] FUSE Fuse holder. Use a screwdriver to access the fuseContains the general protection fuse rated 3.15 A

[2] R.F. OUTPUT RF output connector, N-type, 50Ω.[3] INTERLOCK BNC interlock connector: the exciter is forced in stand-by mode

when the inner conductor is grounded.[4] FWD EXT. AGC Trimmer for the control of the delivered power in function of the

income FWD fold (see cap. 6.4.2)[5] RFL EXT. AGC Trimmer for the control of the delivered power in function of the

income RFL fold (see cap. 6.4.2)[6] SCA 1 BNC connector, SCA1 unbalanced input[7] MPX/RDS BNC connector, MPX unbalanced input[8] MPX/RDS ADJ Adjustment trimmer for MPX input[9] RIGHT/MONO ADJ Adjustment trimmer for the Mono input[10] RIGHT/MONO XLR connector for balanced Mono audio input[11] PLUG Mains supply plug, 90 - 260V 50-60 Hz[12] 24 VDC IN External 24Vdc supply input. Positive (red) and negative (black)[13] FAN Fan for the forced ventilation of the exciter[14] R.F. TEST POINT RF test output, approx. -30 dB wrt the RF output power level[15] REMOTE DB9 connector for telemetry of the machine[16] RS232 DB9 connector for interconnection with other devices and for

factory parameters programming[17] PREENPHASIS Dip-switch to set the preenphasys at 50 or 75 µs. The

preenphasys setting is only relevant for the mono input, whileMPX input is unaffected by this setting

[18] SCA 2 BNC connector, SCA2 unbalanced input[19] SCA2 ADJ Adjustment trimmer for SCA2 input[20] SCA1 ADJ Adjustment trimmer for SCA1 input[21] LEFT-MONO/MPX ADJ Adjustment trimmer for MPX input[22] LEFT-MONO/MPX BNC connector, MPX unbalanced input[23] IMPEDANCE Dip-switch to set the input impedance

600Ω or 10kΩ for the mono input50Ω or 10kΩ for the MPX input

TEX LCD

19 / 32User Manual Rev. 1.1 - 06/09/02

6.3 Rear Pannel (STEREO version with telemetry)

figure 6.3


[2] R.F. OUTPUT RF output connector, N-type, 50Ω.[3] INTERLOCK BNC interlock connector: the exciter is forced in stand-by mode

when the inner conductor is grounded.[4] FWD EXT. AGC Trimmer for the control of the delivered power in function of the

income FWD fold (see cap. 6.4.2)[5] RFL EXT. AGC Trimmer for the control of the delivered power in function of the

income RFL fold (see cap. 6.4.2)[6] PHASE ADJ Pilot tone phase adjustment trimmer[7] PREENPHASIS Dip-switch to set the preenphasys at 50 or 75 µs. The

preenphasys setting is only relevant for the Left and Rightinputs in stereo mode and for the mono input in mono mode,while MPX input is unaffected by this setting

[8] MODE/MPX IMP Dip-switch to set the operation mode (STEREO or MONO) andthe MPX input impedance, 50Ω or 10kΩ.

[9] SCA 1 BNC connector, SCA1 unbalanced input[10] MPX/RDS BNC connector, MPX unbalanced input[11] MPX/RDS ADJ Adjustment trimmer for MPX input[12] RIGHT/MONO ADJ Adjustment trimmer for the Right channel input[13] RIGHT/MONO XLR connector, balanced Right channel input[14] PLUG Mains supply plug, 90 - 260V 50-60 Hz[15] 24VDC IN External 24Vdc supply input. Positive (red) and negative (black)[16] FAN Fan for the forced ventilation of the exciter[17] R.F. TEST POINT RF test output, approx. -30 dB wrt the RF output power level[18] REMOTE DB9 connector for telemetry of the machine[19] RS232 DB9 connector for interconnection with other devices and for

factory parameters programming[20] 19 KHZ PILOT BNC output for the 19 kHz pilot tone. This can be used for

external devices (e.g. RDS coders) synchronization[21] SCA 2 BNC connector, SCA2 unbalanced input[22] SCA2 ADJ Adjustment trimmer for SCA2 input[23] SCA1 ADJ Adjustment trimmer for SCA1 input[24] LEFT-MONO/MPX ADJ Adjustment trimmer for Left-Mono channel input[25] LEFT-MONO/MPX XLR connector, balanced Left-Mono channel input[26] IMPEDANCE Dip-switch to set the balanced input impedance,

600Ω or 10kΩ

TEX LCD

20 / 32 User ManualRev. 1.1 - 06/09/02

6.4 Connectors description

6.4.1 RS232

Type: DB9 female

1 NC2 TX_D3 RX_D4 Internally connected with 65 GND6 Internally connected with 47 Internally connected with 88 Internally connected with 79 NC

Note: pins 6, 7 and 8 are for factory programming and should not be connected

6.4.2 Remote

Type: DB15 female

1 Interlock2 FWD fold3 GND4 SDA IIC Bus5 VPA Tlm6 FWD tlm7 Power Good8 GND9 GND10 RFL fold11 SCL IIC Bus12 IPA Tlm13 RFL Tlm14 On cmd15 OFF cmd

6.4.3 Left (MONO) / Right (MPX)

Type: XLR female

1 GND2 Positive3 Negative

16

2 1

3

19

TEX LCD

21 / 32User Manual Rev. 1.1 - 06/09/02

6.5 Rear Pannel (Mono version)

Figure 6.5


[2] R.F. OUTPUT RF output connector, N-type, 50Ω.[3] INTERLOCK BNC interlockconnector: the exciter is forced in stand-by mode

when the inner conductor is grounded.[4] SCA 1 BNC connector, SCA1 unbalanced input[5] MPX/RDS BNC connector, MPX unbalanced input[6] MPX/RDS ADJ Adjustment trimmer for MPX input[7] RIGHT/MPX ADJ Adjustment trimmer for the Mono input[8] RIGHT/MPX XLR connector for balanced mono audio input[9] PLUG Mains supply plug, 90 - 260V 50-60 Hz[10] 24 VDC IN External 24Vdc supply input. Positive (red) and negative (black)[11] FAN Fan for the forced ventilation of the exciter[12] R.F. TEST POINT RF test output, approx. -30 dB wrt the RF output power level[13] REMOTE DB9 connector for serial communications and via modem[14] RS232/I2C BUS DB9 connector for I2C standard communication[15] PREENPHASIS Dip-switch to set the preenphasys at 50 or 75 µs. The

preenphasys setting is only relevant for the mono input, whileMPX input is unaffected by this setting

[16] SCA 2 BNC connector, SCA2 unbalanced input[17] SCA2 ADJ Adjustment trimmer for SCA2 input[18] SCA1 ADJ Adjustment trimmer for SCA1 input[19] LEFT-MONO/MPX ADJ Adjustment trimmer for MPX input[20] LEFT-MONO/MPX BNC connector, MPX unbalanced input[21] IMPEDANCE Dip-switch to set the input impedance

600Ω or 10kΩ for the mono input50Ω or 10kΩ for the MPX input

TEX LCD

22 / 32 User ManualRev. 1.1 - 06/09/02

6.6 Rear Pannel (Stereo version)

figure 6.6

[1] FUSE BLOCK Fuse holder. Use a screwdriver to access the fuseContains the general protection fuse rated 3.15 A

[2] R.F. OUTPUT RF output connector, N-type, 50Ω.[3] INTERLOCK BNC interlockconnector: the exciter is forced in stand-by mode

when the inner conductor is grounded.[4] PHASE ADJ Pilot tone phase adjustment trimmer[5] PREENPHASIS Dip-switch to set the preenphasys at 50 or 75 µs. The

preenphasys setting is only relevant for the Left and Rightinputs in stereo mode and for the mono input in mono mode,while MPX input is unaffected by this setting

[6] MODE/MPX IMP Dip-switch to set the operation mode (STEREO or MONO) andthe MPX input impedance, 50Ω or 10kΩ.

[7] SCA 1 BNC connector, SCA1 unbalanced input[8] MPX/RDS BNC connector, MPX unbalanced input[9] MPX/RDS ADJ Adjustment trimmer for MPX input[10] RIGHT/MPX ADJ Adjustment trimmer for the Right channel input[11] RIGHT/MPX XLR connector, balanced Right channel input[12] PLUG Mains supply plug, 90 - 260V 50-60 Hz[13] 24VDC IN External 24Vdc supply input. Positive (red) and negative (black)[14] FAN Fan for the forced ventilation of the exciter[15] R.F. TEST POINT RF test output, approx. -30 dB wrt the RF output power level[16] REMOTE DB9 connector for serial communications and via modem[17] RS232/I2C BUS DB9 connector for I2C standard communiaction[18] 19 KHZ PILOT BNC output for the 19 kHz pilot tone. This can be used for

external devices (e.g. RDS coders) synchronization[19] SCA 2 BNC connector, SCA2 unbalanced input[20] SCA2 ADJ Adjustment trimmer for SCA2 input[21] SCA1 ADJ Adjustment trimmer for SCA1 input[22] LEFT-MONO/MPX ADJ Adjustment trimmer for Left/Mono channel input[23] LEFT-MONO/MPX XLR connector, balanced Left/Mono channel input[24] IMPEDANCE Dip-switch to set the balanced input impedance,

600Ω or 10kΩ

TEX LCD

23 / 32User Manual Rev. 1.1 - 06/09/02

6.7 Connectors description

6.7.1 RS232 / I2C Bus (USED ONLY FOR PROGRAMMATION)

Type: DB9 female

1 GND2 SDA3 SCL4 NC5 GND6 Internally used (NOT CONNECTED)7 Internally used (NOT CONNECTED)8 Internally used (NOT CONNECTED)9 GND

6.7.2 Remote (USED FOR RS232 COMMUNICATION)

Type: DB9 female

1 NC2 TX_D3 RX_D4 Internally connected with 65 GND6 Internally connected with 47 Internally connected with 88 Internally connected with 79 NC

6.7.3 Left (MONO) / Right (MPX)

Type: XLR female

1 GND2 Positive3 Negative

16

16

2 1

3

TEX LCD

24 / 32 User ManualRev. 1.1 - 06/09/02


TEX LCD

25 / 32User Manual Rev. 1.1 - 06/09/02

7. Technical specifications

7.1 Physical specificationsPanel size 483 mm (19”) x 88 mm (3 1/2”) (2 HE)Depth 344 mm (26 1/2”)Weight Circa 6 KgWorking Temperature -10 °C ÷ 50 °C

7.2 Electrical specifications

GeneralRF output power 0 to 30 W, adjustableRF output connector "N"-typeRF output impedance 50 OhmFrequency range 87.5 MHz ÷ 108 MHzFrequency setting Direct software programmingFrequency stability ±1ppm from -10°C to 50°CModulation type Direct carrier modulationSpurious and Harmonics suppression Respects relevant FCC and CCIR standards

(typical -75 dBc)Modulation capability Respects relevant FCC and CCIR standards

(typical 240khz MPX/Mono, 210 KHz Stereo)Asyncronous residual AM < -70 dB wrt. 100% peak AMSyncronous residual AM < -50 dB wrt. 100% peak AM, with 75 kHz

deviation @ 400HzC.A. power supply ≅ 80 V ÷ 260 V, full-rangeC.C. power supply 24 VPower consumption 120 VA ca.

InputLeft, Right and Mono Input Type: XLR female

balanced or unbalancedMPX input Type: BNC, unbalancedInput impedance balanced input: 600 or 10 k Ohm selectable

unbalanced input: 50 or 10 k Ohm selectableInput level -13 dBm ÷ +13 dBm, continuosly adjustablePreemphasys Selectable: 0

50 us (CCIR)75 us (FCC)

SCA/RDS input 3 BNC unbal (2 in the stereo version)SCA/RDS input impedance 10 kOhmSCA/RDS input level -20 dBm ÷ +13 dBm for 2.0 kHz

continuosly adjustableSCA/RDS amplitude/frequency response ± 0.2 dB, 40 kHz to 100 kHz

OutputRF Out: “N”-type, 50 OhmRF Test BNC connector, -30 dB wrt. carrier level

50 Ohm19 kHz pilot tone output BNC connector, 1 Vpp

minimum load 4.7 kOhm

TEX LCD

26 / 32 User ManualRev. 1.1 - 06/09/02

MONO operationS/N > 80dB wrt. 75 kHz, measured in the band

20 Hz ÷ 20 kHz, 50 us deemph., RMS detectAmplitude frequency response ± 0.5 dB, 20Hz ÷ 15KhzTotal harmonic distortion (THD) < 0.05%

MPX operationcomposite S/N > 80dB wrt. 75 kHz, measured in the band

20 Hz ÷ 20 kHz, 50 us deemph., RMS detectMPX amplitude frequency response ± 0.05 dB, 20 Hz ÷ 53 KHz

± 0.2 dB, 53 KHz ÷ 100 KHzMPX Total harmonic distortion (THD) < 0.02 %Stereo separation > 55 dB (typ. 60dB, with external stereo

coder)

Stereo operationS/N FM Stereo > 74 dB wrt. 75 kHz, measured on decoded

channels, in the band 20 Hz ÷ 20 KHz,50 us deemph, RMS detector

Risposta ampiezza/frequenza audio ± 0.5 dB, 20 Hz ÷ 15 KHzTotal harmonic distortion (THD) ≤ 0.05 %Stereo separation > 50 dB

ConnectionsInterlock connector BNC, inhibits RF power output when shortedSerial interface DB9 female RS232Remote DB15 female, give indications on the state of

the device

TEX LCD

27 / 32User Manual Rev. 1.1 - 06/09/02

8. Working Principles

A schematic view of the modules and connections making up the TEX-LCD withthe telemetry board is shown in figure 8.1.

PANELCARD

STEREO/MONO CARDPOWER SUPPLY

POWER ON-OFF

POWERAMPLIFIER

RS232INTERLOCKTELEMETRY

TELEMETRY CARD

A

FAN18414 NGH

12

JP5CN16PDPA

12

34

56

78

910

1112

1314

1516

P1DB15

815714613512411310291

P1

DB15

815714613512411310291

JP1 CN16PD

12

34

56

78

910

1112

1314

1516

CN1BNC

JP3

2.5MSF

12

JP3CN10PDRS232

12

34

56

78

910

P4

CONNECTOR DB9

594837261

SW1

SWITCH

J1

FAST ON

11

D1

DIODE

J2FLAT-16A

1 3 5 7 9 11 13 15

2 4 6 8 10 12 14 16

BOCCOLA

ROSSA

BOCCOLA

NERA

C1

47nF

CN2

BNC

JP4

CN16PDMAIN

12

34

56

78

910

1112

1314

1516

JP2

2.5MSF

12

CN1SMB_CS

1

2

3 4

5

JP5

CN16PDPA

12

34

56

78

910

1112

1314

1516

JP5CN16PDIIC

12

34

56

78

910

1112

1314

1516

JP6CN16PDPS

12

34

56

78

910

1112

1314

1516

Figure 8.1

In figure 8.2 is shown a schematic view of the modules and connections makingup the TEX LCD without telemetry board.

TEX LCD

28 / 32 User ManualRev. 1.1 - 06/09/02

PANELCARD

POWERAMPLIFIER

STEREO-MONO CARDPOWER SUPPLY

I2C/RS232 REMOTE INTERLOCKPOWER ON-OFF

A

JP9

CN02PS

1 2

P1

DB15

815714613512411310291

JP1 CN16PD

12

34

56

78

910

1112

1314

1516

JP3

2.5MSF

12

JP2CN10PDIIC-PRG

12

34

56

78

910

JP3CN10PDRS232

12

34

56

78

910

C1

4.7nF

P2

CONNECTOR DB9

594837261

P4

CONNECTOR DB9

594837261

JP5CN16PDPA

12

34

56

78

910

1112

1314

1516

SW1

SWITCH

JP6CN16PDPS

12

34

56

78

910

1112

1314

1516

J1

FAST ON

11

D1

DIODE

J2FLAT-16A

1 3 5 7 9 11 13 15

2 4 6 8 10 12 14 16

BOCCOLA

ROSSA

BOCCOLA

NERA

C1

47nF

CN1

BNC

CN2

BNC

JP4

CN16PDMAIN

12

34

56

78

910

1112

1314

1516

CN1SMB_CS

1

2

3 4

5

FAN18414 NGH

12

JP2

2.5MSF

12

Figure 8.2

Below a brief description of each module's functions is given, whereas the completediagrams and layout of the cards are given in the appendix.

8.1 Power Supply

TEX-LCD's power supply is a switching type of unit, and its main 26 V outputfeeds the RF amplifier of the machine. Also the stabilizers for generating continuous5 V and 18 V voltages for powering the other circuits on the device are present onthe power supply. Note that the power supply is the "direct from mains" type,meaning without a transformer, and can be connected to any voltage between 80and 260 V without having to make adjustments or manual settings. The 24 Vauxiliary continuous current inputs are connected on the power supply, and it isused automatically to buffer any absence of mains power supply.

8.2 Panel board

The panel card contains the microcontroller (PIC16F877) that implements themachine's control software, the display and the other components needed tointerface the user.

The card interfaces with the other machine modules, both for power supplydistribution and for the control and measures.

TEX LCD

29 / 32User Manual Rev. 1.1 - 06/09/02

8.3 Main board

The main card carries out the following functions:

• Audio and SCA input handling

• Generation of carrying frequency

• Modulation

• R.F. amplification (Driver)

The Mono and Stereo versions of this card differ from each other in the audioportion, which contains a stereophonic coded in the stereo version.

8.3.1 Audio input section (mono version)

The audio input section contains the circuits that perform the following functions:

• Input impedance selection

• 15 kHz filtering of the mono channel

• Preemphasis of the mono channel

• Mixing of the mono, MPX and SCA channels

• Clipper (limits the level of the modulating signal so that the frequency deviationdoes not go past the 75 kHz level)

• Measurement of the modulating signal

8.3.2 Audio input section (stereo version)

In the board are present two filters at 15kHz for the filtering of both the channels Land R, and an integrated stereophonic generator. The others functionalities arethe same of the mono version.

8.3.3 PLL/VCO section

This section of the card generates the signal in modulated radiofrequency. It isbased on a PLL diagram that uses an MB15E06 type of integrated PLL.

8.3.4 Driver section

Before going to the final power amplifier, the RF signal is pre-amplified in thissection through a BFR 540 transistor. When the exciter is put in stand-by, thedriver is inhibited.

TEX LCD

30 / 32 User ManualRev. 1.1 - 06/09/02

8.4 Power amplifier

The final power stage is enclosed in a totally shielded metal container fastened inthe centre of the device.

The RF signal coming from the "main" card reaches the pilot, is amplified and isthen sent to the final stage that sees to its final amplifications up to 30W.

The amplifier is made in three stages. The first is made with two BFR540s inparallel, the second with one BLF244, and the last with one BLW86.

In addition to the actual RF amplification, this circuit carries out the followingfunctions:

• Control of the power level in output, depending on the setting

• Reduction of the power supplied when there are high levels of reflected power

• Measures direct and reflected power through directional couplers

• Measures current absorbed by the power amplifier

• Measures temperature

• Low-pass filtering of the RF signal in output

On this card is an RF sample approximately -30dB compared with the output thatis available on a BNC connector underneath the output connector of the transmitter.This sample is useful for checking the characteristics of the carrier, but not of thehigher order harmonics.

8.5 Telemetry board

This device is designed to furnish to the user the the state of operation of themachine. All the available input and output signals are replied on the DB15connector.

On the same board there is also the BNC connector of interlock for disable thedevice. Closing the central pin to ground, the exit power has reduced to zero untilthe connection it doesn’t come removed.

When it is used with a R.V.R. amplifier, this connector comes connected through aBNC-BNC connector to the REMOTE or INTERLOCK of the power amplifier. Incase of breakdowns of the amplifier, the central conductor is place to ground forcingthe device to enter in stand-by mode.

TEX LCD

31 / 32User Manual Rev. 1.1 - 06/09/02

9. Identification and Access to the Modules

9.1 Identification of the Modules

The TEX LCD is made up of various modules connected to each other withconnectors so as to make maintenance and any required module replacementeasy.

9.1.1 Seen from above

The figure below shows the view from above the machine with the variouscomponents pointed out.

2

3

4

5

1

Figure 9.1

[1] Cooling fan[2] Main card (stereo or mono)[3] Power supply[4] Amplifier[5] Panel card

TEX LCD

32 / 32 User ManualRev. 1.1 - 06/09/02

9.2 Removing the Modules

NOTE: When the exciter is operating with the cover removed, spots subject todangerous voltage become accessible. Be sure to disconnect the exciter's powersupply before starting any maintenance operation.

To reassemble the modules, just follow the operations described in reverse order.

9.2.1 Replacing the main card (both stereo and mono)

• Open the top cover of the machine

• Disconnect the connectors CN1, JP1

• Unscrew the screws that fasten the metal box to the outside chassis

• Extract the module while being careful with the connectors on the rear panel

• Unscrew the four screws that fasten the card to the metal box

• Replace the card

9.2.2 Replacing the power supply


• Disconnect the connector JP2 and J2 of the power supply card

• Unscrew the screws fastening the module to the right side panel

• Extract the module

9.2.3 Replacing the fan

• Open the top cover of the machine.

• Disconnect the connector JP2 of the power supply card

• Unscrew the four screws that fasten the fan to the rear panel

• Remove the fan.

9.2.4 Replacing the panel card


• Disconnect the connectors JP3, JP2, JP4, JP5 and JP6 of the panel card

• Unscrew the front panel fastening screws

• Remove the card.

9.2.5 Replacing the amplifier


• Disconnect the connectors CN2 and P1 from the module

• Remove the screws that fasten the module to the bottom of the exciter

• To gain access to the card, remove the cover of the module by removing thefastening screws on the sides.

TEX LCD

1 / 2User ManualTecnical Appendix

1.7 - 22/04/03

Appendix A Piani di montaggio, schemi elettrici, listecomponenti / Component layouts,schematics, bills of material

Questa parte del manuale contiene i dettagli tecnici riguardanti la costruzione dellesingole schede componenti il TEX LCD. L’appendice è composta dalle seguentisezioni:

This part of the manual contains the technical details about the different boards ofthe TEX LCD. This appendix is composed of the following sections:

Description RVR Code Vers.PagesWiring Diagrams / 1.1 2Mono audio card CSMBDTEXLM02 1.3 12Stereo audio card CSMBDTEXLC02 1.4 12Power Amplifier SLRF30TEXLCD 1.2 4Panel card CSPANTXLC004 1.1 4

CSPANTXLC002 (Before July 2002) 1.0 4Power supply PS24185UI100 1.0 4Telemetry board CSTLMTXLCD01 1.0 4

TEX LCD

2 / 2 User ManualTechnical Appendix

1.7 - 22/04/03

Pagina lasciata intenzionalmente in biancoThis page intentionally left blank

TEX LCD

WIRING DIAGRAMS - 1 / 2Technical Appendix Rev. 1.1 - 06/09/02

PANEL

CARD

STEREO/MONO CARD

POWER SUPPLY

POWER ON-OFF

POWER

AMPLIFIER

RS232

INTERLOCK

TELEMETRY

TELEMETRY CARD

\\JA

CK

\C

AB

LAG

GIO

TE

X L

CD

/

1.1

TEX

LC

D

/

MA

NU

ALI

\TE

X-L

CD

\VA

RIE

\WIR

ING

.DS

N

RE

V.:

BE

RTI

J.

06/0

9/02

22

A3

A

FA

N1

8414

NG

H

12

JP5

CN

16P

DP

A

12345678910111213141516

P1

DB

15

815714613512411310291

CN

1B

NC

JP1

CN

16P

D

12345678910111213141516

P1

DB

15

815714613512411310291

JP3

CN

10P

DR

S23

2

1 23 45 67 89 10

JP3

2.5M

SF

1 2

SW

1

SW

ITC

H

P4

CO

NN

EC

TO

R D

B9

594837261

J2 FLA

T-1

6A13579111315

2468

10121416

D1

DIO

DE

J1

FA

ST

ON

11

C1

47nF

BO

CC

OLA

NE

RA

BO

CC

OLA

RO

SS

A

CN

1S

MB

_CS

1

2 345

JP2

2.5M

SF1

2

JP4

CN

16P

DM

AIN

12345678910111213141516

CN

2

BN

C

JP5

CN

16P

DP

A

1 23 45 67 89 10

11 1213 1415 16

JP5

CN

16P

DIIC

12345678910111213141516

JP6

CN

16P

DP

S12345678910111213141516

TEX LCD

2 / 2 - WIRING DIAGRAMS Technical AppendixRev. 1.1 - 06/09/02

PANEL

CARD

POWER

AMPLIFIER

STEREO-MONO CARD

POWER SUPPLY

I2C/RS232

REMOTE

INTERLOCK

POWER ON-OFF

\\JA

CK

\C

AB

LAG

GIO

TE

X L

CD

/

1.1

TEX

LC

D

/

MA

NU

ALI

\TE

X-L

CD

\VA

RIE

\WIR

ING

.DS

N

RE

V.:

BE

RTI

J.

06/0

9/02

21

A3

A

JP3

2.5M

SF

1 2

JP1

CN

16P

D

12345678910111213141516

P1

DB

15

815714613512411310291

JP9

CN

02P

S

12

P2

CO

NN

EC

TO

R D

B9

594837261

C1

4.7n

F

JP3

CN

10P

DR

S23

2

1 23 45 67 89 10

JP2

CN

10P

DIIC

-PR

G1 23 45 67 89 10

JP6

CN

16P

DP

S

12345678910111213141516

SW

1

SW

ITC

H

JP5

CN

16P

DP

A

12345678910111213141516

P4

CO

NN

EC

TO

R D

B9

594837261

BO

CC

OLA

RO

SS

A

J2 FLA

T-1

6A13579111315

2468

10121416

D1

DIO

DE

J1

FA

ST

ON

11

CN

2

BN

C

CN

1

BN

C

C1

47nF

BO

CC

OLA

NE

RA

JP2

2.5M

SF1

2

FA

N1

8414

NG

H

12

CN

1S

MB

_CS

1

2 345

JP4

CN

16P

DM

AIN

12345678910111213141516

Versione precedente, solo per riferimento

Former version, for reference only

TEX LCD

CSMBDTEXLM02 - 1 / 12Technical Appendix Rev. 1.3 - 22/04/03

TEX LCD

2 / 12 - CSMBDTEXLM02 Technical AppendixRev. 1.3 - 22/04/03

TEX LCD


TEX LCD


TO PANEL CPU

NE

LL

A V

ER

SIO

NE

MO

NO

ME

TT

ER

EA

MA

SS

A I

PIN

9 e

10

DE

LC

ON

NE

TT

OR

E 1

6 P

OL

I

\\JA

CK

\B

LOC

CH

I (M

ON

O M

PX

)

/

1.2

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\M

ON

O\M

AIN

001B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

51

A4

Sez

ione

aud

io M

ono

Mpx

AU

DIO

AF

OU

T

MO

DLE

VX

10

Driv

er

DR

IVE

R

RF

IN

RF

OF

FR

FP

LL

RF

OU

T

V15

VC

O

VC

OS

MD

AF

TU

NE

RF

OU

T

V15

PLL

PLL

AF

INA

FT

UN

E

CP

ULK

RF

OF

FC

LK

RF

PLL

CP

UO

FF

LEDA

TA

V5P

LL

AF

RF

OF

FRF

AF

TU

NE

AA

AA

AA

AA

AA

AA

AA

AA

A

VD

D

V15

GN

D_A

V15

VS

S

GN

D

GN

D_A

GN

D_T

V5P

LL

V5P

LL

V15

V15

A

CN

1

SM

B_C

S

1

2

34

5

JP1

CN

16P

D

12

34

56

78

910

1112

1314

1516

U1

7815

1

2

4

3IN

GND

FXOU

T

+

C1

10uF

16V

1 2

C2

0.1u

F

1 2

FIX

1F

IX35

1

FIX

2F

IX35

1

+

C3

10uF

35V

1 2

C4

0.1u

F

1 2

FIX

3F

IX35

1

FIX

4F

IX35

1

FIX

5F

IX35

1

FIX

6F

IX35

1

FIX

7F

IX35

1

FIX

8F

IX35

1

TEX LCD


AD

J -1

4/+1

4

x10 = 2V @ 10% mod

x1 = 2V @ 100% mod

PU

NTO

DI T

ES

T A

UD

IO M

ON

O

FUN

ZIO

NA

ME

NTO

NO

RM

ALE

1&

2 C

HIU

SI

PE

R T

ES

T O

UT

2 E

MA

SS

A 3

R13

8-R

139-

R14

0 V

AN

NO

MO

NTA

TE S

E N

ON

VE

NG

ON

O M

ON

TATI

I TR

IMM

ER

SM

D

\\JA

CK

\A

UD

IO (M

ON

O M

PX

)

/

1.2

TEX

LC

D

/

MA

NU

ALI

\TE

X-L

CD

\MO

NO

\MA

IN00

1B.D

SN

RE

V.:

BE

RTI

J.

22/0

4/03

52

A2

A

AA

A A A

AA

A

AA

A

AA

A

A

A

A

AA

A

A

A

A

AA

A

AA

A

A

AA

AA

A

A

A A A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

V15

V15

V15

V15

V15

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

V15

V15

V15

V15

V15

V15

VR

EF

VR

EF

V15

V15

V15

V15

VR

EF

V15

V15

V15

V15

V15

A

A

A

+C

3510

uF16

V

1 2

C12

60.

1uF

1 2

TP

7TP

Q4

BC

847

2

13

Q3

BC

857

2

1 3

R22

1M0

12

+-

U12

AT

L072

321

4 8

R21

1M0

12

cw

RV

6T

R5K

UP

PE

R

13

2

+ -

U6B

LM39

3SM

D5 6

7

cwR

V7

TR

5K

LOW

ER

13

2

L62u

2

R3

2K49

12

C21

27pF

1 2

R4

2K49

12

C22

27pF

1 2

C10

0.1u

F

1 2

D2

BA

V99 2

13

C8

27pF

1 2

C5

27pF

1 2

cwR

V5

TR

10K

Gai

n

13

2

D4

BA

V99

2

13

- +U

8D

LF34

7SM

D

121314

C27

47pF

12

D5

BA

V99 21

3

C28

15pF

12

L12u

2

L3 2u2

R47

3K16

12

C29

47pF

12

TP

8TP

L22u

2

C11

27pF1 2

D6

BA

V99

213

TP

1TP

R48

442H

0

1 2

C9

27pF

1 2

D7

BA

V99

213

TP

2TP

+-

U2

TL0

71

326

71

45

R49

3K16

12

R10

49K

91

2

C6

27pF

1 2

C12

27pF

1 2

TP

3TP

+ -

U13

TL0

713 2

6

71

45

R50

3K83

1 2

cw

RV

8T

RS

MD

500

C12

70.

1uF1

2

C49

3n31

2R

551

H0

1 2

C50

3n3

12

JP3

ST

M03

S

123

C51

3n3

12

R51

316K

0 12

R73

1K0

12

R72

3K83

12

R9

10K

0

1 2

R52

10K

0 12

R53

10K

01

2

DZ

1LM

4040

-10

123

R68

4K99

12

CN

2

XLR

FC

SD

3

12

4

R16

1M0

1 2

R69

4K99

12

R7

10K

0

12

R15

1K0

12

R45

4K99

12

R38

10K

0 12

R54

3K16

12

R55

3K16

12

R6

10K

0

12

cw

RV

9T

RS

MD

500

C13

0.47

uF1

2

C52

3n31

2

TP

9TP

R42

100H

01

2

C14

10nF1

2

C53

3n3

12

D1

5V1

21

R28

2K21

1 2

R56

3K16

12

R57

3K16

12

cw

RV

10T

RS

MD

500

C15

10nF

12

C54

3n31

2

C55

3n3

12

R58

2K21

1 2

+C

128

220u

F16

V

1 2

R59

2K67

1 2

L42u

2

R60

5K36

12

C16

27pF

1 2

R61

1K58

1 2

TP

4TP

C47

1nF 1

2

R62

2K67

1 2

R13

8

NC

12

C17

27pF

1 2

C46

1n51

2

R63

4K64

12

R13

9

NC

12

R32

10H

01

2

R14

0

NC

12

cw

RV

2

TR

10K

13

2

CN

3B

NC

_IS 1

23

4

R33

10H

01

2

R64

316K

01

2

+ -

U3B

LM35

8SM

D5 6

7

CN

4B

NC

_IS

1

23

4

+C

4810

uF16

V

1 2

+C

3122

0uF

16V

1 2

R65

511

2

+ -

U4B

TL0

725 6

7

CN

5B

NC

_IS

1

23

4

R66

3K01

12

+-

U4A

TL0

72

321

48

CN

6B

NC

_IS

1

23

4

R46

5K49

1 2

C56

3n3

1 2

SW

1

SW

DIP

2

1 24 3

R71

51H

0 12

+

C43

100u

F16

V12

C26

15pF 1

2

R67

5K11

12

+

C44

100u

F16

V 12

R70

5K11

12

C45

0.1u

F

12

C42

0.1u

F1

2

+ -

U7C

LF34

7SM

D10 9

8

R44

100H

01

2

+-

U7D

LF34

7SM

D

121314

+-

U7A

LF34

7SM

D

321

411

FIX

9F

IX35

1

R26

15K

0

1 2

+ -

U7B

LF34

7SM

D

5 67

R19

1K0

12

+-

U8B

LF34

7SM

D

567

C24

10nF

12

+ -

U8A

LF34

7SM

D3 2

1

4 11

TP

5TP

cw

RV

4

TR

10K

13

2

+C

6110

uF16

V

1 2

+ -

U8C

LF34

7SM

D10 9

8

C23

0.1u

F

1 2

R30

10K

0

12

+C

6210

uF16

V

1 2

+ -

U3A

LM35

8SM

D3 2

1

48

R17

1uF 1

2

R27

12K

11

2

+C

6310

uF16

V

1 2

R25

10K

01

2

Q1

BC

847

2

13

C57

0.1u

F

12

SW

2S

WD

IP2

PR

EE

N

1 24 3

R8

1K0

12

C40

2.2p

F1

2

R20

17K

41

2

C58

0.1u

F1

2

+C

6022

0uF

16V

1 2

R1

2K49

12

R23

4K75

12

R2

2K49

12

C59

0.1u

F

1 2

D3

BA

V99

2

13

cwR

V1

TR

10K

Gai

n

13

2

R29

100H

01

2

R39

49K

9

12

R40

49K

9

12

R41

49K

9

12

+-

U6A

LM39

3SM

D

321

48

TP

6TP

R37

560H

01

2

R43

100H

01

2

R35

15K

0

1 2

R36

2K49

1 2

C7

0.1u

F 12

R34

10K

01

2

+C

3010

uF16

V

1 2

C18

10nF

12

+C

129

220u

F16

V

1 2

+C

3210

uF16

V

1 2

L52u

2

+C

3310

uF16

V

1 2

C19

27pF

1 2

+C

3410

uF16

V

1 2

R11

100K

1 2

C20

27pF

1 2

R24

471

2

R14

100K

0

1 2

C36

0.1u

F

1 2

R18

330H

0

1 2

R12

10K

0

1 2

cw

RV

3

TR

10K

13

2

JP2

ST

M03

S

CLI

PP

ER1

23

Q2

BC

857

2

1 3

R31

604H

0 12

+ -

U5B

LM35

8SM

D5 6

7

C25

0.47

uF1

2

+ -U

12B

TL0

72

5 67

C37

0.1u

F

1 2

+-

U5A

LM35

8SM

D

321

48

R13

10K

0

1 2

AF

OU

T

MO

DLE

V

x10

TEX LCD


\\JA

CK

\D

RIV

ER

(MO

NO

MP

X)

/

1.2

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\M

ON

O\M

AIN

001B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

53

A4

A

A

A

A

A

AA

AA

A

A

A

A

V15

GN

D_A

V15

A V15

C10

81n

F1

2C

107

1nF

12

C10

6

1nF

1 2

R11

8

330H

0

C99

27pF

12

C10

027

pF1

2

+C

109

10uF

16V

1 2

Q10

BF

R54

0

2

13

R12

2

56

1 2

R12

5

150

Y1 MA

R6

3

2

1

4

R12

4

150

L9u2

2

R12

615

KR

121

6H8

12

C10

2

2.2p

F

1 2

R12

068

12

R14

5

2K2

1 2

R12

782

12

R12

9

27

1 2

R11

722

H0

12

R12

827

12

R11

9

330H

0

C98

10nF

1 2

TP

10T

P

LD1

LED

TLM

310

2 1

L82u

2

+C

104

10uF

16V

1 2

R11

48H

21

2

+C

105

10uF

16V

1 2

R11

58H

21

2

R11

6

120

12

R11

3

4K75

1 2

C10

1

2.2p

F1 2

Q9

BC

847

2

13

R12

315

0

RF

OF

F

RF

IN

RF

PLL

RF

OU

T

V15

TEX LCD


\\JA

CK

\P

LL (M

ON

O M

PX

)

/

1.2

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\M

ON

O\M

AIN

001B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

54

A3

L_E

DT

CL

L_E

DT

CL

0R 0P

0P

0R0R

0P

AA

AA

A

AA

AA

A

A

AA

A

A AA

AA

A

A

A

AA

A

AA

AA

AA

A AA

AAA

A

A

V5P

LL

V15

V5P

LL

V15

V5P

LL

V3P

LL

V3P

LL

V3P

LL

V3P

LLV

3PLL

AA

AA

V3P

LL

A

AA

AA

A

V3P

LL A

A

R10

24K

751

2

R10

1

2K2

1 2

+C13

3

47uF

16V

1 2

+

C89

10uF

12

R14

3N

C

1 2

TP

13TP

U9

MB

15E

06

1 2 3 4 5 6 7 8910111213141516

XI

XO

VP

VC

CD

OG

ND

*FIN

FIN

CLK

DA

TALEPS

ZC

LD/F0P0R

C72

1nF

1 2

C97

1nF

1 2

+C

132

47uF

16V

1 2

C13

41n

F

1 2

R10

74K

751

2

JP4

PIA

ZZ

.

12

3

R11

0

6K81

1 2

TC

X1

ST

O-7

D52

123 4

OU

T

VC

CG

ND

GN

D

TP

14T

P

C64

0.1u

F

1 2

+C

7010

uF16

V

1 2

R79

47K

51

2R

8047

K5

12

C79

0.1u

F1

2

R83

470K

12

U14

A40

70

123

147

+

C78

10uF

16V

12

R91

220

1 2

C75

NC

12

C13

60.

1uF

1 2

R87

1K0

12

+-

U11

A

LM35

8SM

D

321

48

R88

470K

12

C73

NC

1 2

R89

1K0

12

U14

B40

70

5 64

14 7

D8

BA

V99

23

1

R82

47K

51

2

R10

6

4K75

1 2

R81

47K

5

12

C96

0.1u

F

1 2

R90

274K

01

2

C74

0.1u

F

1 2

R76

22H

01

2

U14

C40

70

8 910

14 7

R78

47

12

+

C76

10uF

16V

1 2

R77

22H

01

2

+C80

47uF

TA

N

1 2

R14

110

K0

1 2

C77

4.7n

F

1 2

U14

D40

70

12 1311

14 7

DQ

8

MM

BF

J310

3

2 1

R85

1K0

12

DQ

7

MM

BF

J310

3

2 1

R84

1K0

12

R99

470H

0

1 2

+C81

NC

TA

N

1 2

R86

4K75

1 2

R10

0

NC

1 2

C38

10nF 1

2

+C82

NC

TA

N

1 2

R98

100H

0

1 2

C84

0.1u

F

1 2

U10

MC

78LC

30

2

4

5

1

3IN

NC

NC

GND

OU

T

C85

0.1u

F

1 2

+C

8610

uFT

AN

1 2

+C

7110

uF16

V

1 2

+-

U11

B

LM35

8SM

D

567

R10

3

274K

12

C13

51n

F1 2

R10

527

4K1

2

C92

AN

C

12

D9

BA

V70

23

1

C88

0.1u

F

1 2

D10

BA

V99 2

3

1

C87

470n

F

1 2

+

C68

10uF

16V

1 2

+C

6910

uF16

V

1 2

R92

10K

0

12

R14

4N

C

1 2

R10

46K

81

12

TP

15TP

R93

10K

01

2

R94

4K75

12

R74

4K75

12

Q5

BC

847

2

13

cw

RV

11

TR

10K

13

2

C65

22pF

12

C66

10pF

12

TP

12TP

R10

84K

751

2

Q6

BC

847

2

13

R10

94K

75

12

R14

2N

C

1 2

R11

1

6K81

1 2

R11

2

6K81

1 2

R95

10K

0

12

R96

10K

0

12

R97

4K75

1 2

C91

470n

F

12

C67

0.1u

F

1 2

C90

470n

F1

2

C92

NC

12

LE

DA

TA

AF

TU

NE

AF

IN

RF

PLL

CLK

RF

OF

F

CP

UO

FF

CP

ULK

V5P

LL

TEX LCD


IL C

AV

O E

' MO

NTA

TO L

ATO

SA

LDA

TUR

E

\\JA

CK

\V

CO

(MO

NO

MP

X)

/

1.2

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\M

ON

O\M

AIN

001B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

55

A4

AA

AA

AA

A

A

A

AA

AA

A

GN

D_A

V15

V15

Q13

BC

847

2

13

C11

9

0.1u

F

1 2

L14

2u2

R13

6

6K81

1 2

+C

120

10uF

16V

1 2

+C

123

10uF

16V

1 2

+C

121

10uF

16V

1 2

C12

2

10nF

1 2

C12

5

22pF

1 2

C11

4

10nF

1 2

L10

22uH

L11

2.2u

H

DQ

12

MM

BF

J310

3

2 1

C11

7

470p

F1 2

L12

2u2

R13

5

56

1 2

DQ

11

MM

BF

J310

3

2 1

+C

115

10uF

16V

1 2

C11

0

10nF

1 2

TP

11T

P

C12

41n

F 12

C11

6

NC

1 2

R13

710

0H0

12

R13

0

22H

0

12

R13

210

12

C11

333

pF

12

R13

110

0K1

2

C11

222

pF1

2

D13

HS

MS

2800 2

31

D12

HS

MS

2800

23

1

D11

HS

MS

2800

23

1

D18

3 21

R13

4

150

1 2

D19

3 21

R13

3

330K

1 2

D20

3 21D

21

3 21

D15

MM

BV

109

321

L13

LCA

VO

D14

321

D16

321

D17

321

C11

147

pF1

2

AF

TU

NE

RF

OU

T

V15

TEX LCD


CSMBDTEXLM02 Bill Of Materials Page1

Item Q.ty Reference Part

____________________________________________________________________________________________

1 1 CN1 SMB_CS

2 1 CN2 XLRFCSD

3 4 CN3,CN4,CN5,CN6 BNC_IS

4 26 C1,C3,C30,C32,C33,C34, 10uF

C35,C48,C61,C62,C63,C68,

C69,C70,C71,C76,C78,C86,

C89,C104,C105,C109,C115,

C120,C121,C123

5 24 C2,C4,C7,C10,C23,C36,C37, 0.1uF

C42,C45,C57,C58,C59,C64,

C67,C74,C79,C84,C85,C88,

C96,C119,C126,C127,C136

6 14 C5,C6,C8,C9,C11,C12,C16, 27pF

C17,C19,C20,C21,C22,C99,

C100

7 2 C13,C25 0.47uF

8 9 C14,C15,C18,C24,C38,C98, 10nF

C110,C114,C122

9 2 C28,C26 15pF

10 3 C27,C29,C111 47pF

11 4 C31,C60,C128,C129 220uF

12 3 C40,C101,C102 2.2pF

13 2 C43,C44 100uF

14 1 C46 1n5

15 9 C47,C72,C97,C106,C107, 1nF

C108,C124,C134,C135

16 8 C49,C50,C51,C52,C53,C54, 3n3

C55,C56

17 3 C65,C112,C125 22pF

18 1 C66 10pF

19 14 C73,C75,C81,C82,C92A,C92, NC

R100,C116,R138,R139,R140,

R142,R143,R144

20 1 C77 4.7nF

21 3 C80,C132,C133 47uF

22 3 C87,C90,C91 470nF

23 1 C113 33pF

24 1 C117 470pF

25 1 DZ1 LM4040-10

26 1 D1 5V1

27 8 D2,D3,D4,D5,D6,D7,D8,D10 BAV99

28 1 D9 BAV70

29 3 D11,D12,D13 HSMS2800

30 8 D14,D15,D16,D17,D18,D19, MMBV109

D20,D21

31 9 FIX1,FIX2,FIX3,FIX4,FIX5, FIX35

FIX6,FIX7,FIX8,FIX9

32 1 JP1 CN16PD

33 2 JP3,JP2 STM03S

34 1 JP4 PIAZZ.

35 1 LD1 LED TLM310

36 9 L1,L2,L3,L4,L5,L6,L8,L12, 2u2

L14

37 1 L9 u22

TEX LCD


38 1 L10 22uH

39 1 L11 2.2uH

40 1 L13 LCAVO

41 6 Q1,Q4,Q5,Q6,Q9,Q13 BC847

42 2 Q3,Q2 BC857

43 4 Q7,Q8,Q11,Q12 MMBFJ310

44 1 Q10 BFR540

45 6 RV1,RV2,RV3,RV4,RV5,RV11 TR10K

46 2 RV6,RV7 TR5K

47 3 RV8,RV9,RV10 TRSMD500

48 5 R1,R2,R3,R4,R36 2K49

49 2 R5,R71 51H0

50 16 R6,R7,R9,R12,R13,R25,R30, 10K0

R34,R38,R52,R53,R92,R93,

R95,R96,R141

51 8 R8,R15,R19,R73,R84,R85, 1K0

R87,R89

52 4 R10,R39,R40,R41 49K9

53 2 R11,R131 100K

54 1 R14 100K0

55 1 R17 1uF

56 3 R18,R118,R119 330H0

57 1 R20 17K4

58 3 R16,R22,R21 1M0

59 11 R23,R74,R86,R94,R97,R102, 4K75

R106,R107,R108,R109,R113

60 2 R24,R78 47

61 2 R26,R35 15K0

62 1 R27 12K1

63 2 R28,R58 2K21

64 6 R29,R42,R43,R44,R98,R137 100H0

65 1 R31 604H0

66 2 R32,R33 10H0

67 1 R37 560H0

68 3 R45,R68,R69 4K99

69 1 R46 5K49

70 6 R47,R49,R54,R55,R56,R57 3K16

71 1 R48 442H0

72 2 R50,R72 3K83

73 2 R51,R64 316K0

74 2 R59,R62 2K67

75 1 R60 5K36

76 1 R61 1K58

77 1 R63 4K64

78 1 R65 51

79 1 R66 3K01

80 2 R67,R70 5K11

81 4 R76,R77,R117,R130 22H0

82 4 R79,R80,R81,R82 47K5

83 2 R83,R88 470K

84 1 R90 274K0

85 1 R91 220

86 1 R99 470H0

87 2 R145,R101 2K2

88 2 R103,R105 274K

89 5 R104,R110,R111,R112,R136 6K81

90 2 R114,R115 8H2

91 1 R116 120

92 1 R120 68

TEX LCD


93 1 R121 6H8

94 2 R122,R135 56

95 4 R123,R124,R125,R134 150

96 1 R126 15K

97 1 R127 82

98 2 R129,R128 27

99 1 R132 10

100 1 R133 330K

101 2 SW1,SW2 SWDIP2

102 1 TCX1 STO-7D52

103 15 TP1,TP2,TP3,TP4,TP5,TP6, TP

TP7,TP8,TP9,TP10,TP11,

TP12,TP13,TP14,TP15

104 1 U1 7815

105 2 U2,U13 TL071

106 3 U3,U5,U11 LM358SMD

107 2 U12,U4 TL072

108 1 U6 LM393SMD

109 2 U8,U7 LF347SMD

110 1 U9 MB15E06

111 1 U10 MC78LC30

112 1 U14 4070

113 1 Y1 MAR6

TEX LCD


Pagina lasciata intenzionalmente in biancoThis page was intentionally left blank

TEX LCD

CSMBDTEXLC02 - 1 / 12Technical Appendix Rev. 1.4 - 22/04/03

TEX LCD

2 / 12 - CSMBDTEXLC02 Technical AppendixRev. 1.4 - 22/04/03

TEX LCD


TEX LCD


\\JA

CK

\B

LOC

CH

I (S

CH

ED

A S

TER

EO

)

SLM

BD

TEX

LC02

1.3

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\S

TER

EO\M

AIN

002B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

51

A4

Driv

er

DR

IVE

R

RF

IN

RF

OF

FR

FP

LL

RF

OU

T

V15

VC

O

VC

OS

MD

AF

TU

NE

RF

OU

T

V15

Sez

ione

aud

io M

ono

Mpx

Ste

reo

AU

DIO

AF

OU

T

MO

DLE

V

LLE

VX

10

RLE

V

PLL

PLL

AF

TU

NE

CP

ULK

RF

OF

FD

AT

AC

LK

RF

PLL

CP

UO

FF

LEAF

IN

V5P

LL

AF

AF

TU

NE

RF

RF

OF

F

V15

GN

D

V5P

LL

GN

D

GN

D_A

VD

D

VS

S

V15

GN

D_T

V15

V15

V5P

LL

AA

AA

AA

AA

AA

AA

AA

AA

A

U1

7815

1

2

4

3IN

GND

FXOU

T

JP1

CN

16P

D

To

Pan

el C

PU

12

34

56

78

910

1112

1314

1516

+C

110

uF16

V

1 2

C2

0.1u

F1 2

FIX

1F

IX35

1

CN

1

SM

B_C

S

1

2

34

5

FIX

2F

IX35

1

+

C3

10uF

35V

1 2

C4

0.1u

F

1 2

FIX

3F

IX35

1

FIX

4F

IX35

1

FIX

5F

IX35

1

FIX

6F

IX35

1

FIX

7F

IX35

1

FIX

8F

IX35

1

TEX LCD


ADJ -14/+14

ADJ -14/+14

Right

Left/Mono

\\JA

CK

\A

UD

IO (S

CH

ED

A S

TER

EO

)

SLM

BD

TEX

LC02

1.3

TEX

LC

D

/

MA

NU

ALI

\TE

X-L

CD

\STE

RE

O\M

AIN

002B

.DS

N

RE

V.:

BE

RTI

J.

22/0

4/03

52

A2

V15

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

VR

EF

V15

V15

VR

EF

V15

VR

EF

VR

EF

V15

VR

EF

V15

VR

EF

VR

EF

VR

EF

V15

V15

V15

V15

V15

VR

EF

V15

V15

V15

VR

EF

V15

VR

EF

V15

V15

V15

V15

V15

V15

V15

V15

A

A

AA

A AA

AA

AA

A

AA

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

AA

AA

A

AA

A

A

A

A

A

AA

AA

A

A

A

A

A

A

A

A

AA

A

A

A

A

A A

A

AA

A

A

A

A

A

A

A

AA

AA

A

A

A

A

A

A

VS

S

VD

D

A

VE

E

R49

10K

0

+C43

10uF

16V

12

Q7

BC

847

2

13

C34

0.1u

F

1 2

Q6

BC

857

2

1 3

R50

100K

0

SW

3

SW

DIP

2

1 24 3

+-

U3A

LM39

3SM

D

321

48

R25

1M0

R24

1M0

R75

10K

0

+

C76

10uF

16V

1 2

+ -

U9A

LM35

8SM

D3 2

1

48

cwR

V4

5K

UP

PE

R

13

2

+

C77

10uF

16V

12

+-

U3B

LM39

3SM

D

567

cwR

V5

5K

LOW

ER

13

2

+ -

U5B

LM35

8SM

D5 6

7

R77

100K

0

R52

10K

0

L92u

2

R78

100K

0

TP

1TP

C30

27pF

1 2

D13

5V1

21

C31

27pF

1 2

R57

12K

11

0

U7B

4053

SS

MD

10

15

2

1

10

U7C

4053

SS

MD

9

4

5

3

R53

2K21

C24

27pF

1 2

R54

100H

0

C21

27pF

1 2

R76

18K

0

C54

27pF

1 2

+

C78

10uF

16V

1 2

R59

100K

L10

2u2

C79

0.1u

F

1 2

R60

10K

0

C35

15pF

12

L11

2u2

L62u

2

Q9

BC

857

2

1 3

C36

47pF

12

C55

27pF

1 2

R84

49K

9

L72u

2

+-

U16

BT

L072

SM

D

567

R61

10K

0

R83

49K

9

R55

330K

C25

27pF

1 2

+ -

U16

A

TL0

72S

MD

3 21

48

R14

49K

9

R39

2K49

R56

330K

C22

27pF1 2

+-

U6B

TL0

72S

MD

567

R62

100K

0

R40

2K49

+ -

U6A

TL0

72S

MD

3 21

48

+-

U8A

LM39

3SM

D

321

48

C14

90.

1uF

12

+

C80

10uF

16V

1 2

C56

27pF

1 2

+

C81

10uF

16V

12

C57

27pF

1 2

+ -

U9B

LM35

8SM

D5 6

7

R28

1K0

+C

152

220u

F16

V

1 2

R64

10K

0

DZ

1

LM40

40-1

0

123

D14

5V1

21

cwR

V6

10K

Gai

n

13

2

CN

2

XLR

FC

SD

31

2

4

TP

7TP

R30

4K99

R65

2K21

R36

10K

0

R66

100H

0

R67

12K

1

R20

1uF

12

R11

10K

0

10

U7A

4053

SS

MD

116

14

12

13

+C

4410

uF16

V

1 2

+C

151

220u

F16

V

1 2

D12

5V1

21

R32

2K21

TP

2TP

C58

0.1u

F

1 2

R51

1uF

12

R41

49K

9

C59

0.1u

F

1 2

C71

1nF

12

C70

1n5

12

+

C14

810

uF16

V1

2

C60

15pF

12

R37

10H

0

C61

47pF

12

R38

10H

0

+

C62

10uF

16V1 2

+C

6310

uF16

V

1 2

CN

3B

NC

_IS 1

23

4

CN

4B

NC

_IS 1

23

4

SW

1S

WD

IP2

1 24 3

L12

2u2

C82

27pF

1 2

+

C51

100u

F16

V

12

+

C52

100u

F16

V1

2

C83

27pF

1 2

C53

0.1u

F

12

R42

1K0

C50

0.1u

F1

2

TP

8TP

R19

1K0

FIX

9F

IX35

1

C26

0.1u

F

1 2

R31 15

K0

CN

6B

NC

_IS

1

23

4

R22

1K0

C85

0.1u

F

12

FIX

10F

IX35

1

C64

2.2p

F

12

C33

10nF

12

CN

5

XLR

FC

SD

3

12

4

cw

RV

310

K

13

2

D15

BA

V99

2 3

1

D16

BA

V99

2 3

1

C32

0.1u

F

1 2

R34

10K

0

R68

100H

0

C86

NC

1 2

R43

10K

0

+ -

U5A

LM35

8SM

D3 2

1

48

D17

BA

V99

2 3

1

C45

0.1u

F

1 2

C87

NC

12

R44 60

4H0

R58

12K

1

D18

BA

V99

2 3

1

R29

10K

0

R69

2K49

C46

0.1u

F

1 2

Q4

BC

847

2

13

R70

2K49

D19

BA

V99

2 3

1

R13

1K0

C48

2.2p

F1

2

C49

0.1u

F

1 2

R23

17K

4

C66

0.1u

F1

2

C88

0.1u

F1

2

C47

0.1u

F

1 2

D20

BA

V99

2 3

1

TP

3TP

R9

2K49

+

C67

100u

F16

V

12

C65

0.1u

F

1 2

R26

4K7

R10

2K49

+

C68

100u

F16

V1

2

D21

BA

V99

2 3

1

cwR

V1

10K

Gai

n

13

2

C69

0.1u

F

12

R33

100H

0

R85

5K49

C15

0

0.1u

F

1 2

L13

2u2

+ -

U8B

LM39

3SM

D5 6

7

+-

U14

A

TL0

72S

MD

321

48

R45

10H

0

C89

27pF

1 2

R79

560H

0

+-

U14

B

TL0

72S

MD

567

R46

10H

0

TP

9TP

C90

27pF

1 2

R82

15K

0

+ -

U15

A

TL0

72S

MD

3 21

48

R81

2K49

+ -

U15

B

TL0

72S

MD

5 67

Y1

FIL

PO

SI

1234567891011

121314151617181920 INA+

INA-GND-VGNDGNDOUTAGNDGND+VINB+

INB-GND

-VGNDGND

OUTBGNDGND

+V

R71

51H

0

R80

10K

0

R12

1K0

+C

9710

uF16

V

1 2

C14

70.

1uF

12

C72

1n5

12

C73

1nF

12

C23

0.1u

F

12

C91

470n

F

12

C92

10nF

12

C27

10nF

12

+C

3722

0uF

16V

1 2

D22

BA

V99

23

1

R63

1uF

12

SW

2

SW

DIP

4

1 2 3 4

8 7 6 5

+C

3822

0uF

16V

1 2

R72

10K

0

C74

6-30

pF

21

3

+C

3910

uF16

V1 2

R73

1K0

L82u

2

C75

6-30

pF

21

3

+

C40

10uF

16V

1 2

cw

RV

810

K

Gai

n

13

2

cw

RV

7

50K

13

2

C28

27pF

1 2

C93

470n

F

12

+C

41

10uF

16V

1 2

R74

1M0

R15

100K

C29

27pF

1 2

R27

47

+C

42

10uF

16V

1 2

C94

15pF

12

R18

100K

0

R21

330H

0

C95

47pF

12

R16

10K

0

JP2

ST

M03

S

CLI

PP

ER1

23

cw

RV

2

10K

13

2

R47

100K

CO

D1

CO

DE

RP

ER

RY

14 13 12 11 10 9 8 7 6 5 4 3 2 127262524232221201918171615

R-O

UT

R-I

NG

ND

VE

EG

ND

L-IN

L-O

UT

GN

DG

ND

TP

119

K-O

UT

GN

DP

IL-A

DJ

ST

-ON

PH

AS

E-A

DJ

PIL

-OU

TV

CC

MP

XC

INT

GN

DG

NDCL

CR

SE

P-L

SE

P-R

PIL

-IN

MP

U

Q5

BC

857

2

1 3

R35

604H

0

+-

U4A

LM35

8SM

D

321

48

R48

10K

0

Q8

BC

857

2

1 3

+ -

U4B

LM35

8SM

D5 6

7

CN

7B

NC

_IS

1

23

4

TP

6TP

R17

10K

0

AF

OU

T

MO

DLE

V

RLE

V

LLE

V

x10

TEX LCD


\\JA

CK

\D

RIV

ER

(SC

HE

DA

STE

RE

O)

SLM

BD

TEX

LC02

1.3

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\S

TER

EO\M

AIN

002B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

53

A4

GN

D

V15

V15

V15

A

A

A

A

A

AA

A

A

A

A

A

A

A

C10

91n

F1

2

C10

81n

F

12

C10

7

1nF

1 2

C10

027

pF

12

C10

127

pF

12

+C

110

10uF

16V

1 2

Q11

BF

R54

0

2

13

R95

56

Y2

MA

R6

3

2

1

4

L15

220n

H

R94

6H8

C10

3

2.2p

F

1 2

R93

68

R10

082

R10

2

27

R90

22H

0R

101

27

C99

10nF

1 2

LD1

LED

SM

D R

osso

2 1

R14

6

2K2

TP

4T

P

L14

2u2

R98

150H

0

R97

150H

0

+C

105

10uF

16V

1 2

R96

330H

0

R87

8H2

R99

15K

0R

888H

2

R92

330H

0

R89

120

R91

330H

0

R86

4K75

C10

2

2.2p

F1 2

Q10

BC

847

2

13

+C

104

10uF

16V

1 2

RF

OF

F

RF

IN

RF

PLL

RF

OU

T

V15

TEX LCD


\\JA

CK

\P

LL (S

CH

ED

A S

TER

EO

)

SLM

BD

TEX

LC02

1.3

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\S

TER

EO\M

AIN

002B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

54

A3

L_E

DT

CL

L_E

DT

CL

0P

0R

0P

0R

0R

0P

V15

V5P

LL

V15

V5P

LL

V3P

LL

V3P

LL

V3P

LL

V3P

LL

V3P

LL

V3P

LL

V3P

LL

AA

AA

A

AA

AA

A

AA

AA

A

A

AA

A

A AA

AA

A

A

A

AA

AA

AA

AA

AA

A AA

AAA

A

A

AA

AA

A

A

R13

14K

7

R13

0

3K3

+

C13

810

uF16

V1

2

U17

A40

70

123

147

+C15

3

NC

1 2

U11

MB

15E

06

1 2 3 4 5 6 7 8910111213141516

XI

XO

VP

VC

CD

OG

ND

*FIN

FIN

CLK

DA

TALEPS

ZC

LD/F0P0R

C12

11n

F

1 2

C14

6

1nF

1 2

R13

64K

75

C15

9N

C

12

R13

9

6K81

TC

X1

ST

O-7

D52

123 4

OU

T

VC

CG

ND

GN

D

C11

10.

1uF

1 2

+C

119

10uF

16V

1 2

R14

4

NC

R10

847

K5

R10

947

K5

C12

80.

1uF

12

R11

247

0K

C15

61n

F1 2

+

C12

710

uF16

V1

2

R12

022

0C

124

47nF

12

C15

40.

1uF

1 2

R11

61K

0

+-

U13

A

LM35

8SM

D

321

48

R11

747

0K

C12

2

NC

1 2

R11

81K

0

D23

BA

V99

23

1

R11

147

K5

R13

5

4K75

R11

047

K5

TP

11T

P

C14

50.

1uF

1 2

R11

927

4K0

C12

30.

1uF

1 2

R10

5

22R

107

47

+

C12

510

uF16

V

1 2

+C12

9

47uF

TA

N

1 2

R10

6

22

C12

64.

7nF

1 2

C15

50.

1uF 1

2

TP

13TP

DQ

15M

MB

FJ3

103

2 1

R11

41K

0

DQ

14M

MB

FJ3

103

2 1

R11

31K

0

R12

8

390

+C13

0

NC

1 2

R11

5

4K75

U17

B40

70

5 64

14 7

R12

9

NC

JP3

PIA

ZZ

.

1

2

3

+C13

1

NC

1 2

R14

5

NC

U17

C40

70

8 910

14 7

+C13

2

47uF

16V

1 2

R12

7

100H

0

C13

3

0.1u

F

1 2

U12

MC

78LC

30

2

4

5

1

3IN

NC

NC

GND

OU

T

U17

D40

70

12 1311

14 7

C13

4

0.1u

F

1 2

+C

135

10uF

TA

N

1 2

+C

120

10uF

16V

1 2

+-

U13

BLM

358S

MD

567

R13

227

4K R13

427

4K

D24

BA

V70

23

1

C13

70.

1uF

1 2

D25

BA

V99

23

1

C13

647

0nF

1 2

+C

117

10uF

16V

1 2

TP

12T

P

+C

118

10uF

16V

1 2

R12

1

10K

0

R13

36K

81

R12

210

K0

TP

10TP

R12

3

4K75

R10

34K

75

Q12

BC

847

2

13

cw

RV

9

10K

13

2

C11

222

pF

12

C11

310

pF1

2

R13

74K

75

Q13

BC

847

213

R13

84K

75

R14

0

6K81

R14

1

6K81

R12

410

K0

R14

2

10K

0

R12

5

10K

0

C15

81n

F

1 2

R12

6

4K75

R14

3

NC

C14

047

0nF

12

C11

4

0.1u

F

1 2

C13

947

0nF

12

C14

1N

C

12

LE

DA

TA

AF

TU

NE

AF

IN

CLK

RF

OF

F

CP

UO

FF

CP

ULK

RF

PLL

V5P

LL

TEX LCD


Il cavo e' montato lato saldature

\\JA

CK

\V

CO

(SC

HE

DA

STE

RE

O)

SLM

BD

TEX

LC02

1.3

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\S

TER

EO\M

AIN

002B

.DSN

RE

V.:

BE

RTI

J.

22/0

4/03

55

A4

V15

V15

AA

AA

AA

A

A

A

AA

AA

A

Q3

BC

847

2

13

C14

0.1u

F

1 2

L52u

2

R7

6K8

+C

1510

uF16

V

1 2

+C

1810

uF16

V

1 2

+C

1610

uF16

V

1 2

C17

10nF

1 2

C20

22pF

1 2

C9

10nF

1 2

L122

uHL2

22uH

DQ

2

MM

BF

J310

3

2 1

C12

470p

F

1 2L3 2u

2

R6

56

DQ

1

MM

BF

J310

3

2 1

+C

10

10uF

16V

1 2

C5

10nF

1 2

C19

1nF 1

2

C11

NC

1 2

R8

100

R1

22

R3

10

C8

33pF

12

R2

100K

C7

22pF

12

D3

HS

MS

2800

23

1

D2

HS

MS

2800 2

31

D1

HS

MS

2800

23

1

D8

3 21

R5

150

D9

3 21

R4

330K

D10

3 21

D11

3 21

D5

MM

BV

109

321

L4 LCA

VO

D4

321

D6

321

TP

5T

P

D7

321

C6

47pF

12

AF

TU

NE

RF

OU

T

V15

TEX LCD


CSMBDTEXLC02 Bill Of Materials Page1


______________________________________________

1 1 CN1 SMB_CS

2 1 CN2 XLRFCSD

3 4 CN3,CN4,CN5,CN6 BNC_IS

4 26 C1,C3,C30,C32,C33,C34, 10uF

C35,C48,C61,C62,C63,C68,

C69,C70,C71,C76,C78,C86,

C89,C104,C105,C109,C115,

C120,C121,C123

5 24 C2,C4,C7,C10,C23,C36,C37, 0.1uF

C42,C45,C57,C58,C59,C64,

C67,C74,C79,C84,C85,C88,

C96,C119,C126,C127,C136

6 14 C5,C6,C8,C9,C11,C12,C16, 27pF

C17,C19,C20,C21,C22,C99,

C100

7 2 C13,C25 0.47uF

8 9 C14,C15,C18,C24,C38,C98, 10nF

C110,C114,C122

9 2 C28,C26 15pF

10 3 C27,C29,C111 47pF

11 4 C31,C60,C128,C129 220uF

12 3 C40,C101,C102 2.2pF

13 2 C43,C44 100uF

14 1 C46 1n5

15 9 C47,C72,C97,C106,C107, 1nF

C108,C124,C134,C135

16 8 C49,C50,C51,C52,C53,C54, 3n3

C55,C56

17 3 C65,C112,C125 22pF

18 1 C66 10pF

19 14 C73,C75,C81,C82,C92A,C92, NC

R100,C116,R138,R139,R140,

R142,R143,R144

20 1 C77 4.7nF

21 3 C80,C132,C133 47uF

22 3 C87,C90,C91 470nF

23 1 C113 33pF

24 1 C117 470pF

25 1 DZ1 LM4040-10

26 1 D1 5V1

27 8 D2,D3,D4,D5,D6,D7,D8,D10 BAV99

28 1 D9 BAV70

29 3 D11,D12,D13 HSMS2800

30 8 D14,D15,D16,D17,D18,D19, MMBV109

D20,D21


FIX6,FIX7,FIX8,FIX9

32 1 JP1 CN16PD

33 2 JP3,JP2 STM03S

34 1 JP4 PIAZZ.

35 1 LD1 LED TLM310

36 9 L1,L2,L3,L4,L5,L6,L8,L12, 2u2

L14

37 1 L9 u22

TEX LCD


38 1 L10 22uH

39 1 L11 2.2uH

40 1 L13 LCAVO

41 6 Q1,Q4,Q5,Q6,Q9,Q13 BC847

42 2 Q3,Q2 BC857

43 4 Q7,Q8,Q11,Q12 MMBFJ310

44 1 Q10 BFR540

45 6 RV1,RV2,RV3,RV4,RV5,RV11 TR10K

46 2 RV6,RV7 TR5K

47 3 RV8,RV9,RV10 TRSMD500

48 5 R1,R2,R3,R4,R36 2K49

49 2 R5,R71 51H0

50 16 R6,R7,R9,R12,R13,R25,R30, 10K0

R34,R38,R52,R53,R92,R93,

R95,R96,R141

51 8 R8,R15,R19,R73,R84,R85, 1K0

R87,R89

52 4 R10,R39,R40,R41 49K9

53 2 R11,R131 100K

54 1 R14 100K0

55 1 R16 2M2

56 1 R17 1uF

57 3 R18,R118,R119 330H0

58 1 R20 17K4

59 2 R22,R21 1M0

60 11 R23,R74,R86,R94,R97,R102, 4K75

R106,R107,R108,R109,R113

61 2 R24,R78 47

62 2 R26,R35 15K0

63 1 R27 12K1

64 2 R28,R58 2K21

65 6 R29,R42,R43,R44,R98,R137 100H0

66 1 R31 604H0

67 2 R32,R33 10H0

68 1 R37 560H0

69 3 R45,R68,R69 4K99

70 1 R46 5K49

71 6 R47,R49,R54,R55,R56,R57 3K16

72 1 R48 442H0

73 2 R50,R72 3K83

74 2 R51,R64 316K0

75 2 R59,R62 2K67

76 1 R60 5K36

77 1 R61 1K58

78 1 R63 4K64

79 1 R65 51

80 1 R66 3K01

81 2 R67,R70 5K11

82 4 R76,R77,R117,R130 22H0

83 4 R79,R80,R81,R82 47K5

84 2 R83,R88 470K

85 1 R90 274K0

86 1 R91 220

87 1 R99 470H0

88 2 R145,R101 2K2

89 2 R103,R105 274K

90 5 R104,R110,R111,R112,R136 6K81

91 2 R114,R115 8H2

92 1 R116 120

TEX LCD


93 1 R120 68

94 1 R121 6H8

95 2 R122,R135 56

96 4 R123,R124,R125,R134 150

97 1 R126 15K

98 1 R127 82

99 2 R129,R128 27

100 1 R132 10

101 1 R133 330K

102 2 SW1,SW2 SWDIP2

103 1 TCX1 STO-7D52



TP12,TP13,TP14,TP15

105 1 U1 7815

106 2 U2,U13 TL071

107 3 U3,U5,U11 LM358SMD

108 2 U12,U4 TL072

109 1 U6 LM393SMD

110 2 U8,U7 LF347SMD

111 1 U9 MB15E06

112 1 U10 MC78LC30

113 1 U14 4070

114 1 Y1 MAR6

TEX LCD



TEX LCD

SLRF30TEXLCD - 1 / 4Technical Appendix Rev. 1.2 - 30/05/02

TEX LCD

2 / 4 - SLRF30TEXLCD Technical AppendixRev. 1.2 - 30/05/02

3 sp

ire

filo

1 m

m in

ari

a D

5 m

m

CN

3 =

OU

T -

30dB

( C

ON

NE

TT

OR

E B

NC

DA

PA

NN

ELL

O A

VIT

E )

2 sp

ire

filo

1 m

m in

ari

a D

5 m

m

CN

2 =

OU

T 3

0 W

( C

ON

NE

TT

OR

E N

DA

PA

NN

ELL

O A

FLA

NG

IA P

ICC

OLA

)

L8

=

3 sp

ire

filo

1 m

m in

ari

a D

5 m

mL

13 =

L15

=

L7

=

L16

=

SO

FT

STA

RT

L17

=

CONNETTORE FILTRATO

2 sp

ire

filo

1 m

m in

ari

a D

5 m

m

L3-

L12

=

JP2 SETTING:

3 sp

ire

filo

1 m

m in

ari

a D

5 m

m

2-3=REVERSE FUNCTION

3 sp

ire

filo

1 m

m in

ari

a D

5 m

m

C78

-C73

-C74

= P

er q

uest

ione

di a

ffid

abili

tà e

bon

tà d

ei c

onde

nsat

ori c

hip

in q

uest

a po

sizi

one

è m

eglio

util

izza

re 2

com

pone

nti d

i 1/2

val

ore

inpa

ralle

lo ,

da q

uest

o il

nom

e 78

a ec

c ec

c

1-2=REMOTE OPEN PWROUT PRESENT 5

spir

e fil

o 1

mm

in a

ria

D 6

mm

1-2=REMOTE TO GND PWROUT NOT PRESENT

6 sp

ire

filo

1,5

mm

in a

ria

D 6

mm

L9-

L10

-L11

=LOW

PA

SS

FIL

TE

RC

AV

O C

ON

NU

CLE

O T

OR

OID

ALE

\\JA

CK

\FI

NA

LE E

CO

TEX

20W

SLR

F30T

EX

LCD

1.2

TEX

LC

D

/

MA

NU

ALI

\TE

X-L

CD

\FIN

ALE

\DE

SIG

N1.

DS

N

RE

V.:

BE

RTI

J.

30/0

5/02

11

A2

PW

R_A

DJ1

FW

D

RF

L

+18

V

FW

1

V_G

AT

E

IPA

VP

A

+18

VC

PU

_P_D

OW

N

+18

V

PW

R_A

DJ

+18

V

FW

D

+18

V

PW

R_A

DJ1

+18

V

DIR

_FW

D

IPA

RFL

CP

U_L

IMIT

CP

U_P

_DO

WN

+18

V

DIR

_RFL

PW

R_A

DJ1

VP

A

PW

R_A

DJ

V_G

AT

E

V_G

AT

E

RE

MO

TE

DIR

_RFL

+V

5

FW

1

EX

T_A

GC

EX

T_A

GC

TE

MP

TE

MP

+V

5

RE

MO

TE

+V

5

DIR

_FW

D

CP

U_L

IMIT

GN

D

VP

A_1

VP

A_0

VP

A_1

VP

A_0

R29

10C

H

D3B

BA

V70

2 3

C79

NC

C69

680p

F H

Q

C74

220p

FC

H

C17

10nF

CH

L9

+-

U3B

LM35

8A

567

8 4

R49

1KC

H

R6

10K

CH

C14

1nC

H

C60

27pF

HQ

R10

10K

CH

C35

1nF

R74

10K

CH

L12

+C

4610

0uF

35V

cw

RV

1

47K

13

2

R8

270H

OC

H

R41

4K7C

H

R28

4K7C

H

+

C96

10uF

16V

SM

D

R44

4K7C

H

Q10

BC

847

2

13

C33

1nF

L10

R32

4K7C

H

R42

100K

CH

C77

4p7H

Q

Q11

BC

857

2

1 3

C13

C

R21

4K7C

H

R19

470C

H

C27

1nF

CH

R67

NC

R50

1KC

H

C83

100

pF H

Q

+-

U3A

LM35

8A

321

8 4

C25

1nC

H

R39

NC

R1

4K7C

H

Q9

BF

R54

02

13

C6

100n

FC

H

C38 1n

F

C90

56 H

Q

R86

4K7C

H

R25

1KC

H

D10

HP

2008

2 3

R85

4K7C

H

R69

NC

C58

NC

+-

U4B

LM35

8A

567

8 4

R87

4K7C

H

C59

27pF

HQ

Q6

BLW

86

3

21

R43

NC

D4

LED

3R

2 1

R52

1KC

H

JP1

JUM

PE

R

1

2

3

C2

1nC

H

R51

1KC

H

+

C45

100u

F 3

5v

+ -

U6A

TL0

72

3 21

8 4

R30

100K

CH

RV

4

TM

5K1

3

2

R18

1KC

H

C67

27pF

HQ

R75

10K

CH

C86

NC

C8

1nF

CH

R45

4K7C

H

R9

1KC

H

R31

1KC

H

R83

NC

C75

4p7H

Q

cw

RV

3

47K

13

2

D6

NC

21

C81

NC

R68

NC

C73

220p

FC

HC

91

N.C

.

D5A

BA

V70

1 3

C11

1nC

H

R17

NC

DIR

1

12

3

4

5

6

R34

4K7C

H

TP

1T

P

1

D8

5V1S

MD

21

R72

100H

CH

R79

47H

CH

C53

680p

F H

Q

L11

+-

U4A

LM35

8A

321

8 4

R26

10K

CH

C19

1nC

H

C1

NC

Q7

BF

R54

02

13

R3

10C

H

R76

4K7C

H

TP

3T

P

1

R2

1KC

H

C88

NC

R64

1HC

H

C70

NC

R70

47H

CH

L52u

H2

R58

NC

P1

DB

15

815714613512411310291

L15

TP

4TP

1

L3

L13

C39

1nF

CH

C82

150p

F H

Q

C50

680p

F H

Q

R22

1K0C

H

D9

3V3S

MD

21

D1

Z15

VS

MD

21

TP

5TP

1

C78

220p

FC

H

C10

1nF

CH

C10

1

10nF

CH

Q13

BC

847

2

13

R53

1KC

H

C68

27pF

HQ

C44

1nF

CH

C94

1nF

CH

C73

a

220p

FC

H

C10

2

10nF

CH

Q14

BC

847

2

13

L16

C3

1nF

CH

TP

6T

P

1

L14

Str

ip L

ine

11

1In

Out

Mid

C78

a

220p

FC

H

D11

HP

2008

2 3

D2A

BA

V70

13

C31

1nF

R33

4K7C

H

C30

1nF

D2B

BA

V70

23

R77

4K7C

H

Q12

BC

847

2

13

TP

7T

P

1

C34

1nF

R89

4K7C

H

C9

1nF

CH

R20

4K7C

H

C26

1nC

H

C92

1nF

CH

C80

NC

C16

100n

FC

H

R24

1KC

H

R78

470H

CH

**

TP

8T

P

1

D13

A

BA

V70

13

L6S

trip

Lin

e

11

InO

ut

RV

55K

1 3

2

C7

1nC

H

L1 VK

200

C93

1nF

CH

C57

100C

H

R23

4K75

CH

RV

65K

1 3

2

C36

1nF

Q8

BLF

244

3

1 2

TP

9TP

1

R63

1K

CN

2

BN

C

R59

220H

C18

1nF

CH

C48

100n

F

R15

4K7C

H

D12

9V1S

MD

21

R60

47H

*

TP

10TP

1

C64

27pF

HQ

R36

NC

L7

R71

47H

CH

C99

1nC

H

L17

R27

10C

H

R57

47H

*

C5

N.C

.

TP

11T

P

1

R55

100C

H

C51

220p

FC

HC

61

2p2C

H

R11

10K

CH

D7A

BA

V70

13

C54

1nF

CH

C74

a

220p

FC

H

R61

47H

*

C29

1nF

TP

12T

P

1

L4 2u2C

H

C22

1nF

CH

U5

LM50

12

312

3

C42

1nC

H

R73

NCD

3AB

AV

70

13

C12

10nF

CH

C55

100n

F

C71

6-30

C84

18pF

C65

27pF

HQ

C87

56 H

Q

C56

68 H

Q

R54

10*

C63

27pF

HQ

+-

U2A

LM35

8A

321

8 4

C95

1nF

CH

C52

10nF

CH

C97

100n

FC

H

R80

1MC

H

C72

2p7C

H

C21

1nF

CH

R82

22K

CH

CN

3

BN

C

U8

7805

SM

D8

32

1

67

4

5

IN

GNDGND

OU

T

GNDGND

NC

NC

R47

1KC

H

R84

4K7C

H

R40

0

R46

4K7C

H

C23

100n

FC

H

+C

100

22uF

16V

R81

10K

1/4W

cw

RV

2

47K

13

2

Q5

MM

BT

5401

LT1

2

13

R56

10*

R37

22K

CH

R48

1KC

H

C40

1nF

CH

C47

1nF

L2V

K20

0

R14

10K

CH

C76

10pF

HQ

R66

NC

C89

NC

C4

100n

FC

H

+ -

U6B

TL0

72

5 67

8 4

+-

U2B

LM35

8A

567

8 4

CN

1

N

TP

2T

P

1

C37

1nF

R4

0.1

R88

4K7C

H

C49

220p

FC

H

C24

C

C15

1nC

H

C43

1nC

H

C62

2p7C

H

R13

4K7C

H

R38

4K7C

H

C20

NC

C98

100n

FC

H

C66

27pF

HQ

C41

1nF

CH

L8

C32

1nF

R62

NC

R65

10C

H

TEX LCD

SLRF30TEXLCD - 3 / 4Technical Appendix Rev. 1.2 - 30/05/02

FINALE ECOTEX 20W Bill Of Materials Page1


_____________________________________________________________________________________________________

1 1 CN1 N

2 2 CN2,CN3 BNC

3 23 C1,D6,R17,C20,R36,R39, NC

R43,R58,C58,R62,R66,R67,

R68,R69,C70,R73,C79,C80,

C81,R83,C86,C88,C89

4 11 C2,C7,C11,C14,C15,C19, 1nCH

C25,C26,C42,C43,C99

5 17 C3,C8,C9,C10,C18,C21, 1nFCH

C22,C27,C39,C40,C41,C44,

C54,C92,C93,C94,C95

6 6 C4,C6,C16,C23,C97,C98 100nFCH

7 5 C12,C17,C52,C101,C102 10nFCH

8 2 C13,C24 C

9 11 C29,C30,C31,C32,C33,C34, 1nF

C35,C36,C37,C38,C47

10 2 C46,C45 100uF 35v

11 2 C48,C55 100nF

12 8 C49,C51,C73a,C73,C74a, 220pFCH

C74,C78a,C78

13 3 C50,C53,C69 680pF HQ

14 1 C56 68 HQ

15 2 C57,R55 100CH

16 7 C59,C60,C64,C65,C66,C67, 27pFHQ

C68

17 1 C61 2p2CH

18 2 C72,C62 2p7CH

19 1 C63 27pF HQ

20 1 C71 6-30

21 2 C77,C75 4p7HQ

22 1 C76 10pFHQ

23 1 C82 150pF HQ

24 1 C83 100pF HQ

25 2 C90,C87 56 HQ

26 1 C91 N.C.

27 1 C96 10uF16VSMD

28 1 C100 22uF 16V

29 1 DIR1 TRANSMISSION LINE

30 1 D1 Z15VSMD

31 5 D2,D3,D5,D7,D13 BAV70

32 1 D4 LED3R

33 1 D8 5V1SMD

34 1 D9 3V3SMD

35 2 D10,D11 HP2008

36 1 D12 9V1SMD

37 1 JP1 JUMPER

38 2 L1,L2 VK200

39 11 L3,L7,L8,L9,L10,L11,L12, IND

L13,L15,L16,L17

40 1 L4 2u2CH

41 1 L5 2uH2

42 2 L14,L6 Strip Line

43 1 P1 DB15

44 1 Q5 MMBT5401LT1

TEX LCD

4 / 4 - SLRF30TEXLCD Technical AppendixRev. 1.2 - 30/05/02

45 1 Q6 BLW86

46 2 Q9,Q7 BFR540

47 1 Q8 BLF244

48 4 Q10,Q12,Q13,Q14 BC847

49 1 Q11 BC857

50 3 RV1,RV2,RV3 47K

51 1 RV4 TM5K

52 2 RV5,RV6 5K

53 22 R1,R13,R15,R20,R21,R28, 4K7CH

R32,R33,R34,R38,R41,R44,

R45,R46,R76,R77,R84,R85,

R86,R87,R88,R89

54 13 R2,R9,R18,R24,R25,R31, 1KCH

R47,R48,R49,R50,R51,R52,

R53

55 4 R3,R27,R29,R65 10CH

56 1 R4 0.1

57 7 R6,R10,R11,R14,R26,R74, 10KCH

R75

58 1 R8 270HOCH

59 1 R19 470CH

60 1 R22 1K0CH

61 1 R23 4K75CH

62 2 R42,R30 100KCH

63 2 R82,R37 22KCH

64 1 R40 0

65 2 R54,R56 10*

66 3 R57,R60,R61 47H*

67 1 R59 220H

68 1 R63 1K

69 1 R64 1HCH

70 3 R70,R71,R79 47HCH

71 1 R72 100HCH

72 1 R78 470HCH**

73 1 R80 1MCH

74 1 R81 10K



TP12

76 3 U2,U3,U4 LM358A

77 1 U5 LM50

78 1 U6 TL072

79 1 U8 7805SMD

80 1 C84 18pF

81 1 C5 N.C.

TEX LCD

CSPANTXLC004 - 1 / 4Technical Appendix Rev. 1.1 - 18/04/03

TEX LCD

2 / 4 - CSPANTXLC004 Technical AppendixRev. 1.1 - 18/04/03

Fissaggio Display

Fissaggio a pannello

\\JA

CK

\P

anel

Boa

rd

SLP

AN

TXLC

004

2.1

TEX

-LC

D

RV

R0

A.T

. - R

EV

.: B

ER

TI J

.

11

A3

Frid

ay, A

pril

18, 2

003

/

V18

LEF

T

ICC

FW

DM

OD

RF

LIN

TLK

TE

MP

RIG

HT

EX

TA

GC

LE2

V18

V18

PW

AK

EY

UP

FW

DR

FL

TEM

PLE

FT

RIG

HT

MO

D

LAM

PP

1 P2

MC

MO

D

LEF

TLO

CK

RIG

HT

RE

MO

FF

FW

DLI

M

EN

RF

LD

AT

A

TE

MP

LE2

VP

AD

3D

2IC

CD

1D

0LE

2D

6D

5D

4D

4D

5D

6

D3

D2

D1

D0

LAM

P

ON

OF

FD

[0..6

]

RE

S

VP

A

*RE

S

CLO

CK

KE

YU

P TF

WF

WD

RF

LT

RF

VP

AT

VP

A

TIP

A

V5

VA

VA

T1

PW

A

V5

V5

V5

TV

PA

TIP

A

EX

TA

GC

INT

LK

TR

FT

FW

V18 T1

V5

V18

V18

VP

A

V5

ICC

PW

A

V5

KE

YU

PV

5

V5

V5

V5

VD

D

VS

S

V18

V5

V5 V

5

V5

V5

VC

C

GN

D

V5

V18

V5

V18

V18

V18

R60 4K

7

R54

4K7

D13

NC

OP

T2

P18

1

1 346

C42

1nF1 2

Q3

BC

817

1

23

C11

0.1u

FU

10

82B

715

8 7 6 54321

VC

C LY SY

NC

GN

DS

XLXN

C

C18

0.1u

F

R70

10K

R18

4K7

C12

0.1u

F

C13

0.1u

F

C31

0.1u

F

C20

1nF

JP6

CN

16P

D

PS

12

34

56

78

910

1112

1314

1516

C21

1nF

JP3

CN

10P

D

RS

232

12

34

56

78

910

R11

NC

C22

1nF

R56

22

C23

15pF

C29

15pF

X2

Q4M

+ -

U9B

LM35

8SM

D

5 67

R30 0

R31

0

R64

1K8

C45

1nF

12

D10

5V1

R49

NC

U2A

7406

SM

D

12

R61

100K

U2B

7406

SM

D

34

+

C15

10uF

U2C

7406

SM

D

56

+C17

10uF

U2D

7406

SM

D

98

+C16

10uF

U2E

7406

SM

D

1110

C43

1nF1 2

+

C14

10uF

U2F

7406

SM

D

1312

U3

4094

SM

D

1 2 3 15

4 5 6 7 14 13 12 11 9 10

ST

RD C

LKO

E

Q1

Q2

Q3

Q4

Q5

Q6

Q7

Q8

QS

QS

C25

0.1u

F

1 2

R1

10K

0

JP4

CN

16P

D

12

34

56

78

910

1112

1314

1516

R2

1K07

R3

1K0

R4

1K0

R5

1K0

R6

1K0

R57

4K7

R7

1K0

D6

HS

MS

2804

123

R8

1K0

D7

HS

MS

2804

123

R9

1K0

D8

HS

MS

2804

123

R10

1K0

D9

HS

MS

2804 12

3

R14

330H

0

R66

4K7

R15

330H

0

R65

1K8

C46

1nF

12

R13

100H

0

C19

0.1u

F1

2

R62

22

C24

0.1u

F12

C39

1nF1 2

R27

4K7

R20

10K

0

C44

1nF1 2

R28

4K7

R19

3H3

R29

4K7

R21

1K8

R22

1K8

+ -

U9A

LM35

8SM

D3 2

1

48

R23

1K8

U4

MA

X23

2SM

D

12

3 4 5

6

7 814 131211 10 91516

C1+

V+

C1-

C2+

C2-

V-

T2O

UT

R2I

N

T1O

UT

R1I

NR

1OU

T

T1I

NT

2IN

R2O

UT

GN

D

VC

C

R24

1K8

Q1

BC

847

1

23

D5

BA

S32

U5

PIC

16F

877Q

1234567891011

1213141516171819202122

23 24 25 26 27 28 29 30 31 32 33

4443424140393837363534

RC

7/R

XR

D4

RD

5R

D6

RD

7V

SS

VD

DR

B0/

INT

RB

1R

B2

RB

3

NCNC

RB4RB5RB6RB7

-MCLRRA0/AN0RA1/AN1RA2/AN2RA3/AN3

RA

4R

A5/

AN

4R

E0/

AN

5R

E1/

AN

6R

E2/

AN

7V

DD

VS

SO

SC

1O

SC

2R

C0

NC

RC6/TXRC5/SDORC4/SDI/SDARD3RD2RD1RD0RC3/SCK/SCLRC2RC1NC

R32

10K

+ C26

10uF

D11

5V1

+

C27

10uF

cw

RV

110

K

CO

NT

R

C28

0.1u

F

+

C32

10uF

R58

100K

R68

0

C30

0.1u

F

+C

3410

uF

R52

100K

R33

4K7 Q

2N

C1

324

R34

4K7R

354K

7

R67

10K

R36

4K7

R50

22K

R37

4K7

C36

0.1u

F

C47

1nF1

2

R38

4K7

R16

100H

0

R39

4K7

C35

0.1u

F

JP5

CN

16P

D

PA

12

34

56

78

910

1112

1314

1516

R40

10K

R63 4K

7

JP1

ST

F16

S

DIS

PLA

Y

12345678910111213141516

JP13

CN

16P

D

12

34

56

78

910

1112

1314

1516

R41

10K

C40

1nF1 2

SW

4P

ULC

S1

ES

C

1 234

5

6

R42

10K

FIX

1F

IX35

+ -

U8A

LM35

8SM

D

3 21

48

SW

3P

ULC

S1

UP

-LF

T

1 234

5

6

R51

0

R43

10K

FIX

2F

IX35

SW

2P

ULC

S1

UP

-LF

T

1 234

5

6

R44

10K

FIX

3F

IX35

C33

0.1u

F

SW

1P

ULC

S1

OK

1 234

5

6

R45

10K

FIX

4F

IX35

R46

10K

FIX

5F

IX35

R47

10K

FIX

6F

IX35

R48

4K7

FIX

7F

IX35

OP

T1

P18

1

1 346

FIX

8F

IX35

cw

RV

2N

C

R59

22

R69

NC

R12

NC

R53

22

R25

1K8

C41

1nF1 2

JP12

ST

M05

SP

rogr

am12345

+ -

U8B

LM35

8SM

D

5 67

R17

4K7

C48

1nF1

2

R26

4K75

C37

1nF

D12

NC

1 23

C1

0.1u

F

C38

1nF

R55

100K

C2

0.1u

FC

30.

1uF

C4

0.1u

F

JP7

ST

F1

11

C5

0.1u

F

D4

LED

-Y5

RF

MU

TE

JP8

ST

F1

11

C6

0.1u

FD

3

LED

-Y5

FO

LDB

AC

K

C7

0.1u

F

D2

LED

-G5

LOC

K

C8

0.1u

F

D1

LED

-G5

ON

C9

0.1u

F

C10

0.1u

F

TEX LCD


Panel Board Bill Of

MaterialsPage1


_____________________________________________________________________________________________________

1 23 C1,C2,C3,C4,C5,C6,C7,C8, 0.1uF

C9,C10,C11,C12,C13,C18,

C19,C24,C25,C28,C30,C31,

C33,C35,C36

2 8 C14,C15,C16,C17,C26,C27, 10uF

C32,C34

3 15 C20,C21,C22,C37,C38,C39, 1nF

C40,C41,C42,C43,C44,C45,

C46,C47,C48

4 2 C29,C23 15pF

5 2 D1,D2 LED-G5

6 2 D3,D4 LED-Y5

7 1 D5 BAS32

8 4 D6,D7,D8,D9 HSMS2804

9 2 D11,D10 5V1

10 8 RV2,Q2,R11,R12,D12,D13, NC

R49,R69


FIX6,FIX7,FIX8

12 1 JP1 STF16S

13 1 JP3 CN10PD

14 4 JP4,JP5,JP6,JP13 CN16PD

15 2 JP8,JP7 STF1

16 1 JP12 STM05S

17 2 OPT1,OPT2 P181

18 1 Q1 BC847

19 1 Q3 BC817

20 12 RV1,R32,R40,R41,R42,R43, 10K

R44,R45,R46,R47,R67,R70

21 2 R1,R20 10K0

22 1 R2 1K07

23 8 R3,R4,R5,R6,R7,R8,R9,R10 1K0

24 2 R13,R16 100H0

25 2 R15,R14 330H0

26 18 R17,R18,R27,R28,R29,R33, 4K7

R34,R35,R36,R37,R38,R39,

R48,R54,R57,R60,R63,R66

27 1 R19 3H3

28 7 R21,R22,R23,R24,R25,R64, 1K8

R65

29 1 R26 4K75

30 4 R30,R51,R68,R31 0

31 1 R50 22K

32 4 R52,R55,R58,R61 100K

33 4 R53,R56,R59,R62 22

34 4 SW1,SW2,SW3,SW4 PULCS1

35 1 U2 7406SMD

36 1 U3 4094SMD

37 1 U4 MAX232SMD

38 1 U5 PIC16F877Q

39 2 U8,U9 LM358SMD

40 1 U10 82B715

41 1 X2 Q4M

TEX LCD



TEX LCD


TEX LCD


\\JA

CK

\S

CH

ED

A P

AN

NEL

LO C

ON

RS2

32 II

C/C

AN

BU

S

SLP

AN

TXLC

002

1.0

TEX

LC

D

/

MA

NU

ALI

\TEX

-LC

D\P

AN

NEL

LO\P

AN

EL00

5.D

SN

RE

V.:

BE

RTI

J.

28/0

8/01

11

A3

V5

V5

VP

AD

2

BU

Zbu

z

D1

LEF

T

*RE

S

RE

MO

TE

OF

F

LO

CK

LE2

P2

D0

D1

LAM

P

ICC

TE

MP

V5

D6

EX

TA

GC

MO

D

EN

RIG

HT

LIM

P1

V18

RIG

HT

D4

V5

P1

INT

LK

V5

TE

MP

*RE

S

FW

D

RF

L

BU

Z

V18

LEF

TV

PA

D5

FW

D

D6

RF

L

INT

LK

P2

D5

D2

RF

L

TE

MP

V18

V5

CL

OC

K

D0

LEF

T

LAM

P

EX

TA

GC

MO

D

D3

RIG

HT

MC

V18

D4

DA

TA

D3

VA

LE2

RE

S

LE2

MC

VA

MO

D

V5

ICC

PW

A

PW

A

FW

D

V5

VS

S

V5

V5V

5

V5

V5

V5

V18

V18

V5

V5

V5

VC

C

V5V5

V18

VD

D

V18

GN

D

R374K7

R354K7R344K7R334K7

R384K7

R364K7

R43

10K

R46

10K

R44

10K

R42

10K

JP10

CN

02P

S

1 2

R41

10K

R484K7

JP9

CN

02P

S

1 2

R40

10K

R47

10K

R45

10K

R394K7

U7

82B

715S

O

8765 4

321VCC

LYSYNC GND

SXLXNC

JP1

ST

F16

S

DIS

PLA

Y

12345678910111213141516

D3

LED

-Y5

FO

LDB

K

D2

LED

-G5

LO

CK

D1

LED

-G5

ON

D4

LED

-Y5

MU

TIN

G

JP2

CN

10P

D

IIC

-PR

G

12

34

56

78

910

JP3

CN

10P

D

RS

232

12

34

56

78

910

JP5

CN

16P

D

PA

12

34

56

78

910

1112

1314

1516

+

RY

1R

LYT

Q2A

BZ

1

NC

JP6

CN

16P

D

PS

12

34

56

78

910

1112

1314

1516

SW

3P

ULC

S1

UP

-LF

T

1 234

5

6

C33

0.1u

F

SW

4P

ULC

S1

ES

C

1 234

5

6

SW

1P

ULC

S1

OK

1 234

5

6

SW

2P

ULC

S1

UP

-LF

T

1 234

5

6

C2

0.1u

F

C38

1nF

C3

0.1u

F

C37

1nF

C4

0.1u

FC

50.

1uF

C1

0.1u

F

C7

0.1u

FC

60.

1uF

C18

0.1u

F

C8

0.1u

F

C11

0.1u

F

C19

0.1u

F

C10

0.1u

F

C12

0.1u

F

C13

0.1u

F

C31

0.1u

F

C21

1nF

C20

1nF

C22

1nF

C9

0.1u

FU

2A

7406

SM

D

12

U2F

7406

SM

D

1312

C23

15pF

U2

D74

06S

MD

98

U2E

7406

SM

D

1110

U1

MC

P25

10S

O

1 2 3 4 5 6 7 8 9101112131415161718

TX

CA

NR

XC

AN

CL

KO

UT

TX

0RT

ST

X1R

TS

TX

2RT

SO

SC

2O

SC

1G

ND

RX

1BU

FR

X0B

UF

INT

SC

KSI

SO

CS

RE

SE

TV

CC

U2

C

7406

SM

D

56

U3

4094

SM

D

1 2 3 15

4 5 6 7 14 13 12 11 9 10

ST

RD C

LKO

E

Q1

Q2

Q3

Q4

Q5

Q6

Q7

Q8

QS

QS

C2915pF

U2B

7406

SM

D

34

C24

15pFU

6

PC

A82

C25

0SO

18

2 3 4

7 6 5

TX

DR

SG

ND

VC

CR

XD

CA

LH

CA

NL

VR

EF

C25

15pF

R5

1K0

R4

1K0

R12

100H

0

R6

1K0

R10

1K0

R16

NC

R14

330H

0

R3

1K0

R15

330H

0

R9

1K0

R18

150H

0R

13

100H

0

R1

5K49

R8

1K0

R2

1K07

R7

1K0

R21

1K8

C28

0.1u

F

R20

10K

0

R19

10H

0

D5

BA

S32

R24

1K8

R25

1K0

U4

MA

X23

2SM

D

12

3 4 5

6

7 814 131211 10 91516

C1+

V+

C1-

C2+

C2-

V-

T2O

UT

R2I

N

T1O

UT

R1I

NR

1O

UT

T1I

NT

2IN

R2

OU

T

GN

D

VC

C

C300.1uF

R11

NC

U5

PIC

16F

877Q

1234567891011

1213141516171819202122

23 24 25 26 27 28 29 30 31 32 33

4443424140393837363534

RC

7/R

XR

D4

RD

5R

D6

RD

7V

SS

VD

DR

B0/

INT

RB

1R

B2

RB

3

NCNC

RB4RB5RB6RB7

-MCLRRA0/AN0RA1/AN1RA2/AN2RA3/AN3

RA

4R

A5/

AN

4R

E0/

AN

5R

E1/

AN

6R

E2/

AN

7V

DD

VS

SO

SC

1O

SC

2R

C0

NC

RC6/TXRC5/SDORC4/SDI/SDARD3RD2RD1RD0RC3/SCK/SCLRC2RC1NC

R23

1K8

R17

150H

0

R22

1K8

+

C15

10uF

+

C14

10uF

+

C17

10uF

+

C16

10uF

D11

5V1

R32

10K

cw

RV

110

KC

ON

TR

cw

RV

210

KP

WR

AD

J

R26

NC

D12

DIS

023K

R49

0

D7

DIS

023K

D6

DIS

023K

D8

DIS

023K

D9

DIS

023K

JP8

ST

F1

11JP

7

ST

F1

11

Q1A

ZD

T67

90

35

64

Q1B

ZD

T67

90

1 7

82

D10

5V1

X1 Q4M

R30

1

X2 Q4M

R31

1

R28

4K7

R29

4K7

R50

R10

805

R27

4K7

FIX

5F

IX35

FIX

4F

IX35

C35

0.1u

F

FIX

1F

IX35

FIX

3F

IX35

FIX

8F

IX35

JP4

CN

16P

D

MA

IN

12

34

56

78

910

1112

1314

1516

FIX

7F

IX35

C36

0.1u

F

FIX

6F

IX35

FIX

2F

IX35

+C

2710

uF

+C

3210

uF

+C

2610

uF

+C

3410

uF

TEX LCD


SLPANTXLC002 Bill Of Materials Page1


_________________________________________________________________________________________

1 21 C1,C2,C3,C4,C5,C6,C7,C8, 0.1uF

C9,C10,C11,C12,C13,C18,

C19,C28,C30,C31,C33,C35,

C36

2 8 C14,C15,C16,C17,C26,C27, 10uF

C32,C34

3 5 C20,C21,C22,C37,C38 1nF

4 4 C23,C24,C25,C29 15pF

5 2 D2,D1 LED-G5

6 2 D3,D4 LED-Y5

7 1 D5 BAS32

8 5 D6,D7,D8,D9,D12 DIS023K

9 2 D11,D10 5V1


FIX6,FIX7,FIX8

11 1 JP1 STF16S

12 2 JP2,JP3 CN10PD

13 3 JP4,JP5,JP6 CN16PD

14 2 JP8,JP7 STF1

15 2 JP10,JP9 CN02PS

16 1 Q1 ZDT6790

17 11 RV1,RV2,R32,R40,R41,R42, 10K

R43,R44,R45,R46,R47

18 1 RY1 RLYTQ2A

19 1 R1 5K49

20 1 R2 1K07

21 9 R3,R4,R5,R6,R7,R8,R9,R10, 1K0

R25

22 4 BZ1,R11,R16,R26 NC

23 2 R12,R13 100H0

24 2 R14,R15 330H0

25 2 R18,R17 150H0

26 1 R19 10H0

27 1 R20 10K0

28 4 R21,R22,R23,R24 1K8

29 11 R27,R28,R29,R33,R34,R35, 4K7

R36,R37,R38,R39,R48

30 2 R30,R31 1

31 1 R49 0

32 1 R50 R10805

33 4 SW1,SW2,SW3,SW4 PULCS1

34 1 U1 MCP2510SO

35 1 U2 7406SMD

36 1 U3 4094SMD

37 1 U4 MAX232SMD

38 1 U5 PIC16F877Q

39 1 U6 PCA82C250SO

40 1 U7 82B715SO

41 2 X1,X2 Q4M

TEX LCD



TEX LCD

PS24185UI100 - 1 / 4Technical Appendix Rev. 1.0 - 18/01/02

TEX LCD

2 / 4 - PS24185UI100 Technical AppendixRev. 1.0 - 18/01/02

VOUT=2495*(1+R5/R4)

24VDC

+BAT

FAN

STDBY

PE

TEX

-LC

D

FLY

1001

GR

IPTE

CH

- R

EV

.: B

ER

TI J

.

PO

WE

R S

UP

PLY

5-1

8-24

VC

100

W

PS

2418

5UI1

00

\\JA

CK

\

MA

NU

ALI

\TEX

-LC

D\A

LIM

SW

ITC

H T

EX L

CD

\PS2

418.

DSN

13/1

2/01

A3

1

1.0

5V

DC

18

VD

C

18

VD

C

5V

DC

PE

C2

A0.

1uF

-X2

12

C3

1

XC

D2

7pF

1 2

DZ

2

TL4

31

21

3

R1

7X

5K11

R2

0

47K

5

C1

2C

P.1

uF

1 2

RV

1

10N

431K

-+B

R1

KB

L06

+ C2

2

100/400

+ C2

1

100/400

R1

05M

65

R9

5M65

R6

X47

R

R2

2

X47

R

+

C5

2200

/35

+

C6

2200

/35

+

C1

022

00/3

5

R2

3 3K9

U1

LM78

051

2

3V

I

GND

VO

J1 FA

ST

-ON

C4

CD

4K

7p

F

1 2

R1

4

10K

C2

8

CP

.33u

F

12

R1

9

X1K

8

C1

9

XC

P.2

2uF

12

C3

0X

CD

27pF

1 2

FIX

2F

IX35

1

F4

TV

O4A

00M

2-A

7 sp

20

0uH

12

34

C1

8

XC

P1K

pF-6

00V

12

+

C1

41/

25

+

C2

4

47/3

5

U2

TO

P2

49Y

123457

CLXSFD

R2

1M0

R4

1M0

R3

11K

D6

BY

Q2

8E

1 32

FIX

3F

IX35

1

FIX

4F

IX35

1

D1

1N

4148

C3

2

XC

D2

7pF

1 2

TR

1X

500R

13

2

R1

52K

2

C1

5

XC

D2

K2

pF

-Y2

12

R1

61K

DL

6

LE

DV

-3D

C3

CP.1uF/400 1 2

DL

7

LE

DV

-3D

R1

8

5K49

R1

1M-1

W

C3

3C

P1

KP

F

1 2

J2 FLA

T-1

6A

1 3 5 7 9 11 13 15

2 4 6 8 10 12 14 16

C2

3

CD

10

KP

F-1

KV

1 2

C1

1

CD

10

0P

F-1

KV

1 2

R8

10

0K

/2W

D4

UF

40

06

R7

47

0R

/2W

C7

CP

.22u

F

1 2

R5

4R

7

+

C2

01/

25

DZ

3

P6K

E20

0

fF6

BL0

2

13

2

D2

P60

0G

U3

LM78

181

2

3V

I

GND

VO

+C

25

47/3

5

fF2

BL0

21

3

2

+C

26

47/3

5

fF3

BL0

21

3

2

f

F1

BL0

2

13

2

JP1

KP

01-1

112-

11pr

esa

Sch

urte

r da

c..

s.

123

C2

0.1u

F-X

21

2

RT

1N

TC

10

R

D5

XU

1550

F5

CV

O.1

A8

.10M

-E2x

10m

H 1

.8A

1

2

3

4

C8

CD

.1u

F

1 2

+ C9

100/400

T1

TS

WT

CH

6

61 816151413

2 4 7

9 10 11 12

DZ

1P

6KE

200

D3

UF

40

06

+

C1

47/3

5

R1

1

6R

8

FIX

1F

IX35

1

JP3

2.5M

SF

1 2

R1

22

70

R

R1

31K

R2

156

KC

27

CP

4K

7p

F

1 2

C2

9

CP

47

Kp

F

12

C1

3CD10KpF-1kV1 2

IS1

K10

10A 1 2

4 3

FS

131

01-0

050

fuse

90g

r S

chur

ter

C1

6C

D2

K2

pF

-Y2

12

C1

7

CD

2K

2p

F-Y

2

12

JP2

2.5M

SF

1 2

DZ

4X

6V8-

0.5

W

TEX LCD

PS24185UI100 - 3 / 4Technical Appendix Rev. 1.0 - 18/01/02

PS24185UI100 Bill Of Materials Page1


_____________________________________________________________________________________________________

1 1 BR1 KBL06

2 4 C1,C24,C25,C26 47/35

3 2 C2A,C2 0.1uF-X2

4 1 C3 CP.1uF/400

5 1 C4 CD4K7pF

6 3 C5,C6,C10 2200/35

7 1 C7 CP.22uF

8 1 C8 CD.1uF

9 3 C9,C21,C22 100/400

10 1 C11 CD100PF-1KV

11 1 C12 CP.1uF

12 2 C23,C13 CD10KpF-1kV

13 2 C14,C20 1/25

14 1 C15 XCD2K2pF-Y2

15 2 C16,C17 CD2K2pF-Y2

16 1 C18 XCP1KpF-600V

17 1 C19 XCP.22uF

18 1 C27 CP4K7pF

19 1 C28 CP.33uF

20 1 C29 CP47KpF

21 3 C30,C31,C32 XCD27pF

22 2 DL6,DL7 LEDV-3D

23 2 DZ3,DZ1 P6KE200

24 1 DZ2 TL431

25 1 DZ4 X6V8-0.5W

26 1 D1 1N4148

27 1 D2 P600G

28 2 D4,D3 UF4006

29 1 D5 XU1550

30 1 D6 BYQ28E

31 1 FS1 3101-0050

32 4 F1,F2,F3,F6 BL02

33 1 F4 TVO4A00M2-A

34 1 F5 CVO.1A8.10M-E

35 1 JP1 KP01-1112-11

36 2 JP3,JP2 2.5MSF

37 1 J1 FAST-ON

38 1 J2 FLAT-16A

39 1 RT1 NTC10R

40 1 RV1 10N431K

41 1 R1 1M-1W

42 2 R2,R4 1M0

43 1 R3 11K

44 1 R5 4R7

45 2 R6,R22 X47R

46 1 R7 470R/2W

47 1 R8 100K/2W

48 2 R10,R9 5M65

49 1 R11 6R8

50 1 R12 270R

51 2 R16,R13 1K

52 1 R14 10K

53 1 R15 2K2

54 1 R17 X5K11

TEX LCD

4 / 4 - PS24185UI100 Technical AppendixRev. 1.0 - 18/01/02

55 1 R18 5K49

56 1 R19 X1K8

57 1 R20 47K5

58 1 R21 56K

59 1 R23 3K9

60 1 TR1 X500R

61 1 T1 TSWTCH6

62 1 U1 LM7805

63 1 U2 TOP249Y

64 1 U3 LM7818

TEX LCD

CSTLMTXLCD01 - 1 / 4Technical Appendix Rev. 1.0 - 06/09/02

TEX LCD

2 / 4 - CSTLMTXLCD01 Technical AppendixRev. 1.0 - 06/09/02

Connessioni Telemetria

1 Interlock

2 FWD fold

3 GND

4 SDA IIC Bus

5 VPA Tlm

6 FWD Tlm

7 Power Good

8 GND

9 GND

10 RFL fold

11 SCL IIC Bus

12 IPA Tlm

13 RFL Tlm

14 ON cmd

15 OFF cmd

\\JA

CK

\TE

LEM

ETR

Y B

OA

RD

SLT

LMTX

LCD

01

2.0

TEX

-LC

D

RV

R04

AN

DR

EA

TO

MM

AS

I

11

A4

Wed

nesd

ay, S

epte

mbe

r 04,

200

2

MA

NU

ALI

\TEX

-LC

D\T

ELEM

ETR

IA\T

LMB

OA

RD

.DSN

GN

DH

SD

A1

SC

L1S

DA

SD

A1

SD

A

SC

L1

SC

L

SC

L

D5

1N41

48

21

JP1

CN

16P

D

12

34

56

78

910

1112

1314

1516 D

61N

4148

21

CN

1

DB

15F

SO

8 15 7 14 6 13 5 12 4 11 3 10 2 9 1

R1 15

0

R2

150

CN

2B

NC

_IS

90C

1510

nF

D2

1N41

48

21

D1

1N41

48

21

C13

10nF

C1

0.1u

F C2

0.1u

F

C3

0.1u

FC

710

0pF

C4

0.1u

FC

810

0pF

C14

10nF

C5

0.1u

FC

910

nFC

60.

1uF

C10

10nF

C11

10nF

cw

RV

120

KF

WD

Fol

d

13

2

cw

RV

220

KR

FL

Fol

d

13

2

C12

10nF

+ -

RY

1R

LTQ

2A_1

2V

12345 6

78910

+ - RY

2R

LTQ

2A_1

2V

12345 6

78910

D3

BA

T83

21

D4 BA

T83

21

TEX LCD

CSTLMTXLCD01 - 3 / 4Technical Appendix Rev. 1.0 - 06/09/02

SLTLMTXLCD01 Bill Of Materials Page1

Item Quantity Reference Part Description

_____________________________________________________________________________________

1 1 CN1 DB15FSO DB15FCSH

2 1 CN2 BNC_IS90 BNCHCS

3 6 C1,C2,C3,C4,C5,C6 0.1uF CCP5

4 2 C7,C8 100pF CCP5

5 7 C9,C10,C11,C12,C13,C14, 10nF CCP5

C15

6 4 D1,D2,D5,D6 1N4148 DO35

7 2 D3,D4 BAT83 DO35

8 1 JP1 CN16PD FLAT16V

9 2 RV1,RV2 20K 70Y

10 2 RY2,RY1 RLTQ2A_12V RLYTQ2

11 2 R1,R2 150 R1/4W

TEX LCD

4 / 4 - CSTLMTXLCD01 Technical AppendixRev. 1.0 - 06/09/02


Documents

TEX LCD - a2dcorp.us · TEX LCD User Manual Rev. 1.1 - 06/09/02 i Table of Contents 1. Preliminary Instructions 1 2. Warranty 2 3. First Aid 4 3.1 Treatment of electrical shocks 4