Kenwood th f7a e schematic

Kenwood TH-F6A/TH-F7E

Protocol Specification

Version 1.4

Warranty, Disclaimer, Assumption of Risk, and Indemnification

ALL DATA AND INFORMATION PROVIDED IN THIS DOCUMENT IS FOR INFORMATIONAL

PURPOSES ONLY AND IS AN EXPRESSION OF FREE SPEECH.

Definition: The term "person" as used in this section includes not only a natural person but also any entity, (including natural persons). The term “author” is the person or persons who wrote this document. The term “reader” is the user of this document.

NO WARRANTIES: TO THE EXTENT PERMITTED BY APPLICABLE LAW, NEITHER THE AUTHOR OF THIS DOCUMENT, NOR ANY PERSON, EITHER EXPRESSLY OR IMPLICITLY, WARRANTS ANY ASPECT OF THIS DOCUMENT, INCLUDING ANY OUTPUT OR RESULTS OF THE USE OF THIS DOCUMENT. UNLESS AGREED TO IN WRITING. THIS DOCUMENT IS BEING PROVIDED "AS IS", WITHOUT ANY WARRANTY OF ANY TYPE OR NATURE, EITHER EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, AND ANY WARRANTY THAT THIS DOCUMENT IS FREE FROM DEFECTS.

ASSUMPTION OF RISK: THE RISK OF ANY AND ALL LOSS, DAMAGE, OR UNSATISFACTORY PERFORMANCE DOCUMENT RESTS WITH THE READER. TO THE EXTENT PERMITTED BY LAW, NEITHER THE AUTHOR OF THIS DOCUMENT, NOR ANY PERSON EITHER EXPRESSLY OR IMPLICITLY, MAKES ANY REPRESENTATION OR WARRANTY REGARDING THE APPROPRIATENESS OF THE USE, OUTPUT, OR RESULTS OF THE USE OF THIS DOCUMENT IN TERMS OF ITS CORRECTNESS, ACCURACY, RELIABILITY, BEING CURRENT OR OTHERWISE. NOR DO THEY HAVE ANY OBLIGATION TO CORRECT ERRORS, MAKE CHANGES, SUPPORT THIS DOCUMENT, DISTRIBUTE UPDATES, OR PROVIDE NOTIFICATION OF ANY ERROR OR DEFECT, KNOWN OR UNKNOWN. IF THE READER RELIES UPON THIS DOCUMENT, THE READER DOES SO AT THEIR OWN RISK, AND THE READER ASSUMES THE RESPONSIBILITY FOR THE RESULTS. SHOULD THIS DOCUMENT PROVE DEFECTIVE OR INCORRECT, THE READER ASSUMES THE COST OF ALL LOSSES, INCLUDING, BUT NOT LIMITED TO, ANY NECESSARY SERVICING, REPAIR OR CORRECTION OF ANY PROPERTY INVOLVED.

DISCLAIMER: IN NO EVENT, UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING, SHALL THE AUTHOR, OR ANY PERSON, OTHER THAN THE READER, BE LIABLE FOR ANY LOSS, EXPENSE OR DAMAGE, OF ANY TYPE OR NATURE ARISING OUT OF THE USE OF, OR INABILITY TO USE THIS DOCUMENT, INCLUDING, BUT NOT LIMITED TO, CLAIMS, SUITS OR CAUSES OF ACTION INVOLVING ALLEGED INFRINGEMENT OF COPYRIGHTS, PATENTS, TRADEMARKS, TRADE SECRETS, OR UNFAIR COMPETITION.

“REVERSE ENGINEERING” OR VIOLATING THE COPYRIGHT OF KENWOOD COMMUNICATIONS CORPORATION OR ANY OTHER THIRD PARTY DID NOT OCCUR IN OBTAINING THE INFORMATION IN THIS DOCUMENT. THE INFORMATION OBTAINED FOR THIS DOCUMENT WAS DISCOVERED BY TRYING ALL ONE, TWO, THREE, AND FOUR LETTER ALPHABETIC COMMANDS SENT TO THE TRANSCEIVER THROUGH A TERMINAL PROGRAM AND LOOKING AT AND EVALUATING THE RESPONSE FROM THE TRANSCEIVER OR BY EXAMINING THE TEXT FILE CREATED BY THE KENWOOD SOFTWARE. THE SCREEN SHOTS OF KENWOOD CORPORATION’S SOFTWARE VIOLATES NO COPYRIGHT SINCE THESE SCREEN SHOTS ARE FOUND IN THE PUBLIC DOMAIN. IT IS THE AUTHOR’S OPINION AS TO WHAT COMMANDS ARE USED TO OBTAIN INFORMATION IN THE KENWOOD SOFTWARE.

INDEMNIFICATION: TO THE EXTEND PERMITTED BY LAW THROUGH THIS AGREEMENT, THE READER AGREES TO INDEMNIFY AND HOLD HARMLESS THE AUTHOR OF THIS DOCUMENT, OR ANY PERSON FROM AND AGAINST ALL CLAIMS, LIABILITIES, LOSSES, CAUSES OF ACTION, DAMAGES, JUDGMENTS, AND EXPENSES, INCLUDING THE REASONABLE COST OF ATTORNEYS’ FEES AND COURT COSTS, FOR INJURIES OR DAMAGES TO THE PERSON OR PROPERTY OF THIRD PARTIES, INCLUDING, WITHOUT LIMITATIONS, CONSEQUENTIAL DAMAGES AND ECONOMIC LOSSES, THAT ARISE OUT OF OR IN CONNECTION WITH THE READERS USE, MODIFICATION, OR DISTRIBUTION OF THIS DOCUMENT, ITS DERIVATIVES, OR ANY OTHER ACCOMPANYING DOCUMENTATION.

Kenwood TH-F6A/TH-F7E Protocol Specification

This document describes the serial commands used to program and control the Kenwood TH-F6A/THF7E handheld transceiver via its serial port.

Introduction: The Kenwood TH-F6A/TH-F7E transceiver can be programmed through the serial port using a suitable interface optional PC interface cable (PG-4P). This allows memory management (as used by the Kenwood MCP software) as well as software control of the radio.

The information obtained for this document was gathered using the following equipment and software:

Apple Macintosh 17” PowerBook 1Ghz G4 Computer. ZTERM V 1.1Beta 7 Terminal Software. BBEdit Version 7.02 Test Editing Software. Microsoft Word X for Macintosh – Service Release 1. KeySpan USA-19QW USB to Serial Port Adaptor. Kenwood TH-F6 FM Transceiver. Kenwood PG-4P Programming Interface. HP 18180A RS-232C/V.24/RS-449 Serial Port Interface. HP 4952A Protocol Analyzer.

Here’s how I did it. I wrote files that contained all possible one, two, three, and four letter commands using BBEdit. These files also had each command alone or with a “0” following each command. I sent these files to the TH-F6 using the “Send Text…” menu command in the ZTERM terminal program. Monitored and recorded the communications using the HP 4952A Protocol Analyzer. Edited the recorded responses from the TH-F6 using BBEdit. In BBEdit, I setup a regular expression that searched for a response from the TH-F6 that was not a “?”. Recorded the commands that had a valid response. Then I went back, with much patience, and “played” with each valid command until I determined its function and syntax. The results of my research were recorded in Microsoft Word.

List of Tables

Table #

Description

APO

Balance

Band

Band Limits

Band Switch

Battery Saver

Battery Type

Busy

Call Key

Character

Contrast

DCS Code

DTMF

DTMF Memory Locations

DTMF Pause

DTMF Speed

Dual Mode

Fine Tuning Step Size

Frequency

Frequency Value

Ham Band

Language

Lock

Logic

Memory Channel

Memory Group

Memory Recall

Modulation Mode

Name/Frequency Mode

Packet Speed

Power Level

Return Code

Scan Resume Method

Serial Port Parameters

Squelch

State

Step Size

System Reset

Tone/CTCSS Frequency Codes

VFO Mode

VOX Delay

VOX Gain

1. APO Table

[val]

Time

Off

30 min 2

60 min

2. Balance Table

[val]

A Band

B Band

100%

75%

25%

50%

25%

75%

40%100%

3. Band Table

[band]

A/B Band

Freq

0A2m 1A1.25m 2A70cm 4BAM 5BHF 6B6m 7BFM 8BAir 9B2m aBVHF TV bB1.25m cB70cm dBUHF TV eB23cm

4. Band Limits Table

[band]

A/B Band

[list]

0A2m lower – 2m upper

1.25m lower – 1.25m upper 70cm lower – 70cm upper

1BAM lower – AM upper

HF lower – HF upper

6m lower – 6m Upper

FM lower – FM upper

Air lower – Air upper

2m lower – 2m upper

VHF TV lower – VHF TV upper

1.25m lower – 1.25m upper 70cm lower – 70cm upper

UHF TV lower – UHF TV upper

23cm lower – 23cm upper

5. Band Switch Table

[val]

A/B

6. Battery Saver Table

[val]

Time

Off

0.2

0.4

0.6

0.8

1.0 (default) 6

2.0

3.0

4.0

5.0

7. Battery Type Table

[val]

Type

Lithium

Alkaline

8. Busy Table

[stat]

State

Not busy

Busy

9. Call Key Table

[val]

Time

Call

1750 Hz

10. Character Table

Available Characters (TH-F6A)

ABCDEFGHI

KLMNOPQRS

T UVWXYZ[]^

`abcdefgh

i jklmnopqr

s tuvwxyz{|

} ~\SP!“#$%&

‘ ()*+,-./0

1 23456789:

;

<=>?@

Additional Characters (TH-F7E)

АБВГДЕЖЗИ

Й КЛМНО

Ï‹ÑÒÓ

ФХЦШЩЪЫ

† ЯŒабвгддж

зийклмноп

›

стуфхцœшщ

ú û

ü‡Ÿ

11. Contrast Table

[val]

(Minimum)

01 02 03 04 05 06 07 08

Default 09 10 11 12 13 14 15 16

Maximum

12. DCS Code Table

Code

023

152

311

466 025

155

315

503 026

156

325

506 031

162

331

516 032

165

332

523 036

172

343

526 043

174

346

532 047

205

351

546 051

212

356

565 053

223

364

606 054

225

365

612 065

226

371

624 071

243

411

627 072

244

412

631 073

245

413

632 074

246

423

654 114

251

431

662 115

252

432

664 116

255

445

703 122

261

446

712 125

263

452

723 131

265

454

731 132

266

455

732 134

271

462

734 143

274

464

743 145

306

465

754

13. DTMF Table

Dual Tone Multi-Frequency (DTMF) Table

High-Group Frequencies

1209 Hz

1336 Hz

1477 Hz

1633 Hz

697 Hz1ABC

DEF3A

770 Hz

GHI4JKL

MNO6B

852 Hz

PRS7TUV

XYZ9C

Low-Group

Frequencies

941 Hz*OPER0#

Dual Tone Multi-Frequency, or DTMF is a method for instructing a telephone switching system of the telephone number to be dialed. The DTMF dialing system was developed by AT&T in the 1960s and was deployed within the AT&T telephone network as a way for customers to direct calls using in-band signaling. This was marketed by AT&T under the registered trade name Touch-Tone®.

The DTMF system uses eight different frequency signals transmitted in pairs to represent sixteen different numbers, symbols and letters. This table shows how the frequencies are organized. The frequencies used were chosen to prevent any harmonics from being incorrectly detected by the receiver as some other DTMF frequency. The transmitter of a DTMF signal simultaneously sends one frequency from the high-group and one freqency from the low-group. This pair of signals represents the digit or symbol shown at the intersection of row and column in the table. For example, sending 1209Hz and 770Hz indicates that the "4" digit is being sent.

14. DTMF Memory Locations Table

DTMF Memory Locations

[cc]

Number

Name

00 01 02 03 04 05 06 07 08 09

15. DTMF Pause Table

[val]

Duration

100 ms

250 ms

500 ms

750 ms

1000 ms

1500 ms

2000 ms

16. DTMF Speed

[val]

Speed

Slow 1

Fast

17. Dual Mode Table

[val]

Mode

Single

Dual

18. Fine Tuning Step Size Table

[val]

Step Size

33 Hz 1

100 Hz

500 Hz

1000 Hz

19. Frequency Table

Field

Value

Description

Split Use

freq

11 digits

See Frequency Value Table

yes step

0-9

See Step table

yes shift/offset

0, 1, 2

0 = none or split, 1 = positive, 2 = negative

no rev

0, 1

0 = Reverse off, 1 = Reverse on.

no tone

0, 1

0 = Tone off, 1 = tone on

no CTCSS

0, 1

0 = CTCSS off, 1 = CTCSS on

no DCS

0, 1

0 = DCS off, 1 = DCS on

no tone freq

1-39

See Tone/CTCSS Frequency Codes Table

no CTCSS freq

1-39

See Tone/CTCSS Frequency Codes Table

no DCS code

023 - 754

See DCS Code Table

no offset freq

9 digits

9 digits in Hz

no mode

0 - 5

See Mode Table

no lockout

0, 1

0 = no, 1 = yes

20. Frequency Value Table

[freq]

5 digit value

nnnnn – frequency in MHz

11 digit value

nnnnnnnnnnn – frequency in Hertz

If the frequency is a five (5) digit value, then the frequency is in MHz. If the frequency is an 11 digit value, then the frequency is in Hertz. For example, 00137 is 137.000 MHz, where 00163275000 is

163.275 MHz.

21. Ham Band Table

[band]

Ham Band

1.25m 2

70cm

+ 127 hidden pages