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Station Automation

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Page 1: Station Automation - rmham.org

Station Automation

Page 2: Station Automation - rmham.org

W5UR

Putting it All Together

Bill Mader, K8TE

Rio Rancho NM

[email protected]

Page 3: Station Automation - rmham.org

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Presentation AvailabilityNM TechFest Web Site

Updates After Original Posting

Additional Information

WWW References

Q&A at the End; I’ll Be Around

E-mail Me with Your Questions

Page 4: Station Automation - rmham.org

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Today’s AgendaWhat’s in Your Station?

Simple to the Complex

Station Equipment Integration

Computer Interfacing

The Power of the Macro

Page 5: Station Automation - rmham.org

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What’s in Your Station?Transceiver or Transmitter/Receiver

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What’s in Your Station?Transceiver or Transmitter/Receiver

“Perfect” Antenna (Resonant)

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What’s in Your Station?Transceiver or Transmitter/Receiver

“Perfect” Antenna (Resonant)

Power Supply

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What’s in Your Station?Transceiver or Transmitter/Receiver

“Perfect” Antenna (Resonant)

Power Supply

Computer?

Page 9: Station Automation - rmham.org

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What’s in Your Station?Transceiver or Transmitter/Receiver

Imperfect (Multi-Band) Antenna

Power Supply

Computer?

Antenna “Tuner?”

Page 10: Station Automation - rmham.org

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What’s in Your Station?Transceiver or Transmitter/Receiver

Imperfect (Multi-Band) Antenna

Power Supply

Computer?

Antenna “Tuner?”

Antenna Switch?

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What’s in Your Station?Transceiver or Transmitter/Receiver

Imperfect (Multi-Band) Antenna

Power Supply

Computer?

Antenna “Tuner?”

Antenna Switch?

Amplifier?

Page 12: Station Automation - rmham.org

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What’s in Your Station?Power Up (Outlet Strip)

Band ChangesRadioImperfect (Multi-Band) Antenna(s)TunerAmplifier

Simple to Very Complex

Page 13: Station Automation - rmham.org

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Why Does it Matter?Occasional QSO’s—Easy

Chasing DX—Easy

Chasing DXpeditions—Harder

Contesting—Challenging and Critical

Mistakes Can Be “Costly!”

0300 “Fog of ‘War’”

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Challenging ExampleARRL DX-CW Contest at KS5Z

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Multiple Multiples TH6-DXX at 70 ft. 10-15-20

Force 12 at 45 ft. 40 & 10-15-20 (2 Feedlines)

Dipoles for 80/40m x2

ALS-600 w/o Automatic Band Switching

LDG 1000 Pro w/o Automatic Band SwitchingOnly 2 Antenna Ports/Memories Sets

Team of Mostly Inexperienced OperatorsNew Station/New Contest/CW

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Band Switching StepsALS-600 into STANDBY

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Band Switching StepsALS-600 into STANDBY

Select Band on IC-7600

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Band Switching StepsALS-600 into STANDBY

Select Band on IC-7600

Select Antenna on LDG-1000

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Band Switching StepsALS-600 into STANDBY

Select Band on IC-7600

Select Antenna on LDG-1000

Hit TUNE on LDG-1000

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Band Switching StepsALS-600 into STANDBY

Select Band on IC-7600

Select Antenna on LDG-1000

Hit TUNE on LDG-1000

ALS-600 into OPERATE

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Band Switching StepsALS-600 into STANDBY

Select Band on IC-7600

Select Antenna on LDG-1000

Hit TUNE on LDG-1000

ALS-600 into OPERATE

Go Get ‘Em!

Page 22: Station Automation - rmham.org

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What if it Goes Wrong?ALS-600 Faults (Hopefully) Noticed?

Re-set ALS-600 Fault

LDG-1000 Faults (Hopefully)

LDG-1000 Re-Tune Required

Correct Order This Time?

Possible ALS-600 PA Damage

Possible LDG-1000 Relay Damage

Oh No! Lost the Contact!

Page 23: Station Automation - rmham.org

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K8TE Command Post (One-Half)

Added: Amplifier, x2 Ant. Switches, x2 Ant. Tuners, Six-Pak, Keypad, 2xKRC-2

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Simple Elecraft IntegrationK3-KPA500-KAT500 Interconnection

“Train” the KAT500 3 Antenna Ports160m Every 10 kHz80-12m Every 20 kHz10m Every 100 kHz6m Every 200 kHz

Save this Configuration—Stuff Happens

Page 25: Station Automation - rmham.org

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Simple Elecraft IntegrationSelect Antenna for Each Band

“Tuning” Previously Done

KPA500/KAT500 Follow the K3 in RX!

Last Antenna Used Selected

KPA500 Band Selection Fed to K3

Easily Switching Among Antennas

“Instant” Band/Frequency Changes

Page 26: Station Automation - rmham.org

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“Minimal” Effort/Cables

2 RF Jumpers15 Pin x2K3-KAT500-KPA500

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Whose Station “Grows?”2nd Radio?

SO2R (Single Operator 2 Radio)

2nd Amplifier? Multiple Tuners?

4, 5, 6 Antennas? HUGE Advantage!

Mic, RX, Digital/Recording Audio

RX Antenna, Noise Canceller, etc.

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K8TE Switching MatrixRADIO FILTERS DECODER SWITCH AMP TUNER ANTENNA 160 80 60 40 30 20 17 15 12 10 6 2 1.25 0.7

K3-2 ANT1 DSF-160 KRC2-2 MFJ-4724-IN1 KPA500-2-IN KAT-500-2-IN DX-CC X X X X X X X

K3-2 ANT2 DSF-160 MFJ-4724-IN2KPA500-2-OUT KAT-500-2-ANT1 OCF X X X X X X X X X X

K3-2 RX DSF-80 MFJ-4724-IN3KAT-500-2-IN-ANT2 R8 X X X X X X X X

DSF-40 MFJ-4724-IN4KAT-500-2-IN-ANT3 R7 X X X X X X X

DSF-20 MFJ-4724-OUT-1 10M3L X

K3-1 ANT1 DSF-15 KRC2-1MFJ-4724-OUT-2 KPA500-1-IN KAT-500-1-IN 6M3L X

K3-1 ANT2 DSF-10MFJ-4724-OUT-3

KPA500-1-OUT KAT-500-1-ANT1 160 L X X X

K3-1 RXMFJ-4724-OUT-4

KAT-500-1-IN-ANT2 2M10L X

DSF-160KAT-500-1-IN-ANT3 2M70CM X X

NCC-1-1-1 DSF-160 RCS-4-IN KT34 X X X

NCC-1-1-B DSF-80 RCS-4-OUT1 MFJ-988-IN Wilson X X X

NCC-1-RX-OUT DSF-40 RCS-4-OUT2 MFJ-988-ANT1 SteppIR X X X X X X

DSF-20 RCS-4-OUT3 MFJ-988-ANT2 10 Squalo X

TS-2000 ANT1 DSF-15 ANC-4-MAIN RCS-4-OUT4 A-2000-IN 6m Squalo X

TS-2000 ANT2 DSF-10ANC-4-RADIO A-2000-OUT MV-B-A1-1-IN 2M70CM X X

TS-2000 RXANC-4-NOISE Six-Pak-IN-A MV-B-A1-1-ANT1 70cm 4Bay X

TS-2000 2M Six-Pak-IN-B MV-B-A1-1-ANT2

TS-2000 70CM Six-Pak-160 MV-B-A1-1-WIRE Antenna Patch Panel?

Six-Pak-80 MV-B-A1-1-ANT2 Means to short-out feedline for 160M?

TS-940-1 Six-Pak-40 SB-220-IN TS-2000/TM-D700 for Initial Remote Control?

TS-940-RX Six-Pak-20 SB-220-OUT Review K3/KAT500/KPA500/PR6-10 Setup

Six-Pak-15 MV-B-A1-1-IN ALC-1 to prevent hot switching during VSWR problems

DX-40DOW KEY-NC Six-Pak-10 MV-B-A1-1-ANT1

2BDOW KEY-N0 MV-B-A1-1-ANT2

MV-B-A1-1-WIRE

QS1R MV-B-A1-1-ANT2

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K8TE Switching Matrix10 TX/RX Ports

22 Antenna Switching Ports

8 Amplifier Ports

21 Tuner Ports

7 RX Only Ports

Things Add Up Quickly!

Page 30: Station Automation - rmham.org

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Craig Thompson’s, K9CT, Objectives Integrate All Controls on Operators Computer Screen

Two Computer Screens At Eye Level

Space for All Controls and Important Information

Select Any Antenna For Any Band

Filters/Screens Automatically Follow Band Changes

Rotators/Switches on Screen for That Band Only

All Screen Items Accessible via the Internet (Remote)

SteppIR Antennas Follow Band/Frequency

Page 31: Station Automation - rmham.org

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K9CT Typical SO1R Station

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K9CT Station Integration-1 Green Heron Everywhere, N1MM Logger,

and PstRotatorAZ Software Control

Server Computer for GHE

StackMatch at Tower Base for Switching Interconnected to GHE Module

GHE Modules for 160m Array, HiZ 8, 4 Square, StackMatches

USB Hubs to Integrate Rotators and GH Base Unit

SteppIR SDA 100’s –Server viaUSB-Serial Converters

Page 33: Station Automation - rmham.org

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K9CT Station Integration-2 UDP Broadcasts by N1MM+ to PstRotatorAZ

PstRotatorAZ Relays to GH Client

GH Client Setup Only Relevant Rotators and Antennas On Screen (Human Factors)

Configured Hotkeys to Switch HiZ 8 Directions.

Where’s the Mouse?Touchpad on Keyboard—Rarely Used!

Page 34: Station Automation - rmham.org

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Green Heron Everywhere8 Antenna Ports

Wired or Wireless Remote Control

Sharing Among Stations

Custom On-Screen Controls

Auto Selection from Logger

Remote Internet Access

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Green Heron Components

Page 36: Station Automation - rmham.org

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K9CT CW/SSB SO2R

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K9CT CW/SSB SO2R microHam MK2R+ for Audio and CW Keying

Keyboard Shortcuts to Combine Audio, Opposite Radio Focus, Toggle CQ and Change Focus Between Radios

The SteppIR’s Controlled by Either Radio

Keep Hands on the Keyboard Except for Tuning and Minor Adjustments

Page 38: Station Automation - rmham.org

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K9CT Equipment List Elecraft K3 Transceiver P3 Panadapter microHam MKII and MK2R+ Heil Headsets (Yamaha CM500 $60) Array Solutions 8X4 Antenna Switch Array Solutions FilterMax III Alpha 87A Automatic Tuning Amplifiers Dell Vostro Computers Green Heron Everywhere Software N1MM Logger Software Array Solutions Antenna StackMatch Green Heron WIO* and Rotator Controls

*Wireless Input/Output

Page 39: Station Automation - rmham.org

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Computer InterfacingLogging Programs

Frequency, Mode, Digital

2-Way Communications

“Hands-Off” Radio Control

Automated Spotting

Page 40: Station Automation - rmham.org

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Logging ProgramsTracking DX Worked/Confirmed

Counties, WAS, WAZ, Grids, etc.

Automated LotW, ClubLog, etc.

“Instant” Searches

We Worked Back in…

Station Notes

Page 41: Station Automation - rmham.org

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Rig ConnectionsRS-232 (Serial)

USB is the “New Standard”

AVOID Prolific USB to Serial Converters!

Use FTDI Chipset Converters

Old Computers with RS-232 Ports

Keep Devices on the Same USB PortsWindows Easily Confused

Disable Power Saving for ALL USB Ports

Page 42: Station Automation - rmham.org

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The “Best” Logger?N3FJP Amateur Contact Log

DXLabs Suite

Log4OM

DX4WIN

Logger32

N1MM (Contesting)

What Works for YOU?

http://ac6v.com/logging.htm

Page 43: Station Automation - rmham.org

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N3FJP Amateur Contact LogSimple

Effective

Inexpensive $24.9940+ Programs for $49.99

Many Different Contests

Great Support!

Scott is just a nice guy!

Page 44: Station Automation - rmham.org

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DXLabs Suite by AA6YQSimple to Complex

Very Effective/Versatile

Free!

Extensive Web Site

Great Support!

Dave is another nice guy!

Page 45: Station Automation - rmham.org

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Typical Logger SetupMake and Model Settings for:

Baud Rate

Parity

Stop Bits

Polling Rate

Connection Power

Commands to Read Mode/Frequency

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Loggers’ FeaturesAutomates the Usual Log Data:

Date, Time from ComputerFrequency, Mode from Radio

Manually Enter:CallsignSignal ReportsNotes

Automatic Beam Heading/Distance

Page 47: Station Automation - rmham.org

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Power of the InternetQRZ.com Data

DX Spotting Send/Receive

One Click to Frequency/Mode

PLEASE Don’t Spot Calling Stations!

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Advanced Logger Features

Digital Mode Interfaces

CW/SSB/Digital Canned Msg’s

QSL Routing/Tracking

Real Time Propagation Data

More…

Page 49: Station Automation - rmham.org

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Typical Radio Control TodaySoftware-Based Radio Control

Frequency/Mode/More

K3: 25 Front Panel Controls

Dozens of Layered Menu Controls15 Pages Plus!

Flexibility Equals Complexity

Page 50: Station Automation - rmham.org

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Elecraft K3 Front Panel

Page 51: Station Automation - rmham.org

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Chasing DX SSB Stations Operating Split Button Pushes

A>B Makes VFO’s Same Mode/Frequency

Split TX and RX Frequencies

Move VFO B UP 5 kHz

Enable Dual Receive Audio (Optional Sub-RX)

Four Switch Presses/Frequency Change

DX Goes QRT

Better Way?

Page 52: Station Automation - rmham.org

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The Power of the MacroProgrammable Function Keys PF1, PF2

1st Press Enables; 2nd Press Disables

But ONLY 2 Keys!*

Loggers Use Keyboard Function KeysTypically for CW/SSB/Digital “Messages”

Also, Send Other Commands to the Radio

*M1-M4/M1-M4 HOLD Also Programmablefor a total of 10 PF Keys

Page 53: Station Automation - rmham.org

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K3 Split Macro ExampleName Description

SWT13 Tap A>B

FT1 Enter SPLIT Mode

UPB5 Moves B VFO Up 2 kHz

RT0 Clears RIT

XT0 Clears XIT

CW DX split starting point: A>B twice, enterSPLIT, move VFO B up 2 kHz, RIT/XIT off“SWT13;SWT13;FT1; UPB5; RT0;XT0;”

Page 54: Station Automation - rmham.org

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Weak Signal Diversity (Sub-RX)Enable Diversity Mode

Turn On Main/Sub Pre-amps

Narrow Bandwidth to 200 Hz

Disable IF Shift

DV1;PA1;PA$1;BW0020;IS 9999;

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Don’t Mess with my ButtonsOnly 2 “Spare” Programmable Function

Switches

M1-M4 Buttons for Frequency, Digital Voice Keyer and CW Keyer Memories

Many More than Just 10 Possibilities

What to do?

Use the Connected Computer

Page 56: Station Automation - rmham.org

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K3 Utility

Page 57: Station Automation - rmham.org

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K3 Utility ProgramSave Radio Configurations

Restore Configuration after “Damage”

Update K3 Firmware

Use for Calibration Procedures

Enter/Test MacrosOr…

Page 58: Station Automation - rmham.org

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Use Your Logger/OtherKeyboard Function Keys

Combination Keys (CTRL+?)

Software “Buttons”

AutoHotKey (Windows Program)Automates Key Strokes/Mouse Clicks

Page 59: Station Automation - rmham.org

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N1MM+ Entry Window F-Keys

K8TEShow contacts

Page 60: Station Automation - rmham.org

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N1MM+Function Key Message Editorfor CW

Page 61: Station Automation - rmham.org

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N1MM+Function Key Message EditorUsing K3 DVK

F1 CQ,{CATA1ASC

SWT21;}{CATA2ASC SWT21;}

F2 Exch,{CATA1ASC

SWT31;}{CATA2ASC SWT31;}

F3 Thanks!,{CATA1ASC

SWT35;}{CATA2ASC SWT35;}

F4 {MYCALL},{CATA1ASC

SWT39;}{CATA2ASC SWT39;}

F5 -,

F6 RptCQ,{CATA1ASC

SWH21;}{CATA2ASC SWH21;}

F7 REC,{CATA1ASC

SWT37;}{CATA2ASC SWT37;}

F8 -,

F9 -,

F10 -,

F11 -,

F12 STOP,{CATA1ASC

RX;}{CATA2ASC RX;}

Page 62: Station Automation - rmham.org

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Hardware SolutionGenovation 48 KeyControlPad HIDHuman Interface Devicehttp://nk7z.net/adding-an-external-keypad-to-the-k3/

Via the P3 Panadaptor

Page 63: Station Automation - rmham.org

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Genovation 48 Key HIDSends Macro’s via USB or RS-232

Macro’s Stored in Flash MemoryBack-up on Computer/Jump Drive

Extends “Normal” Keyboard F-Keys

Excel File for Creating Labels

Firmware Customizable

Page 64: Station Automation - rmham.org

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Sample Macro’s from NK7Z

Page 65: Station Automation - rmham.org

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Beyond the RadioComplex Antenna Choices

Using Two Antennas for 10/15/20 metersAlternate Antennas Every Three CQ’s

Another Antenna for 80/40 metersEach Requires a Different Tuner

Switch Among TX/RX Antennas

Multiple Audio Sources

Page 66: Station Automation - rmham.org

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Beyond the RadioRotate Antennas from Loggers

Tune SteppIR Antennas Automatically

Disable Amplifier on High VSWR

Provide Warnings of Low Power, VSWR, Wrong Antenna, etc.

Et Cetera, Et Cetera, Et Cetera (Yul Brynner in the King and I)

Page 67: Station Automation - rmham.org

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What’s the Point?Simplify the Complexity

Prevent/Mitigate Human Factors

Save the Gear

Fully Use Equipment Capabilities

Off-Load Machine-Capable Tasks

Have More Fun!

Page 68: Station Automation - rmham.org

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Old Folks’ ChantWhat do we want?

More memory!

When do we want it?

What do we want?

Questions & Comments