Kenwood TH-F6A Service Manual Download Page 68

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CKEY

Call Key

Description:

Gets or select a function for the Call key.

Menu Item #

Function:

Reassigns the function of the Call key. If Call is selected, the Call key recalls the call
channel. If in 1750 Hz mode, pressing the Call key forces the transceiver to transmit a
1750 Hz tone.

Send:

Status:

CKEY

Modify:

CKEY [val]

Return:

CKEY [val]

Where:

[val]

see Call Key Table

Notes:

Example:

Sent:

CKEY

Requesting status of Call key.

Return:

CKEY 0

Transceiver says that Call key is set to Call.

Sent:

CKEY 1

Requesting Call key be set to 1750 Hz.

Return:

CKEY 1

Confirming that Call key is 1750 Hz.

Summary of Contents for TH-F6A

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Page 5: ...Kenwood TH F6A TH F7E Protocol Specification Version 1 4 ...

Page 6: ...MENT 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...

Page 7: ...5 ...

Page 8: ...Span 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 ...

Page 9: ...F Speed 17 Dual Mode 18 Fine Tuning Step Size 19 Frequency 20 Frequency Value 21 Ham Band 22 ID 23 Language 24 Lock 25 Logic 26 Memory Channel 27 Memory Group 28 Memory Recall 29 Modulation Mode 30 Name Frequency Mode 31 Packet Speed 32 Power Level 33 Return Code 34 Scan Resume Method 35 Serial Port Parameters 36 Squelch 37 State 38 Step Size 39 System Reset 40 Tone CTCSS Frequency Codes 41 VFO Mo...

Page 10: ...9 1 APO Table val Time 0 Off 1 30 min 2 60 min ...

Page 11: ...10 2 Balance Table val A Band B Band 0 100 0 1 75 25 2 50 50 3 25 75 4 0 100 ...

Page 12: ...11 3 Band Table band A B Band Freq 0 A 2m 1 A 1 25m 2 A 70cm 4 B AM 5 B HF 6 B 6m 7 B FM 8 B Air 9 B 2m a B VHF TV b B 1 25m c B 70cm d B UHF TV e B 23cm ...

Page 13: ...ower 1 25m upper 70cm lower 70cm upper 1 B AM 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 ...

Page 14: ...13 5 Band Switch Table val A B 0 A 1 B ...

Page 15: ...14 6 Battery Saver Table val Time 0 Off 1 0 2 2 0 4 3 0 6 4 0 8 5 1 0 default 6 2 0 7 3 0 8 4 0 9 5 0 ...

Page 16: ...15 7 Battery Type Table val Type 0 Lithium 1 Alkaline ...

Page 17: ...16 8 Busy Table stat State 0 Not busy 1 Busy ...

Page 18: ...17 9 Call Key Table val Time 0 Call 1 1750 Hz ...

Page 19: ...G H I J K L M N O P Q R S T U V W X Y Z _ a b c d e f g h i j k l m n o p q r s t u v w x y z SP 0 1 2 3 4 5 6 7 8 9 Additional Characters TH F7E À Á Â Ã Ä Å Æ Ç È É Ê Ë Ì Í Î Ï Ñ Ò Ó Ô Õ Ö Ø Ù Ú Û Ü ß Œ à á â ã ä ä æ ç è é ê ë ì í î ï ñ ò ó ô õ ö œ ø ù ú û ü Ÿ ÿ ...

Page 20: ...19 11 Contrast Table val A 00 Minimum 01 02 03 04 05 06 07 08 Default 09 10 11 12 13 14 15 16 Maximum ...

Page 21: ...2 343 526 043 174 346 532 047 205 351 546 051 212 356 565 053 223 364 606 054 225 365 612 065 226 371 624 071 243 411 627 072 244 412 631 073 245 413 632 074 246 423 654 114 251 431 662 115 252 432 664 116 255 445 703 122 261 446 712 125 263 452 723 131 265 454 731 132 266 455 732 134 271 462 734 143 274 464 743 145 306 465 754 ...

Page 22: ...nd 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 frequen...

Page 23: ...22 14 DTMF Memory Locations Table DTMF Memory Locations cc Number Name 00 01 02 03 04 05 06 07 08 09 ...

Page 24: ...23 15 DTMF Pause Table val Duration 0 100 ms 1 250 ms 2 500 ms 3 750 ms 4 1000 ms 5 1500 ms 6 2000 ms ...

Page 25: ...24 16 DTMF Speed val Speed 0 Slow 1 Fast ...

Page 26: ...25 17 Dual Mode Table val Mode 0 Single 1 Dual ...

Page 27: ...26 18 Fine Tuning Step Size Table val Step Size 0 33 Hz 1 100 Hz 2 500 Hz 3 1000 Hz ...

Page 28: ...ve 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 no ...

Page 29: ...ncy 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 ...

Page 30: ...29 21 Ham Band Table band Ham Band 0 2m 1 1 25m 2 70cm ...

Page 31: ...30 22 ID Table id TH F6 TH F7 ...

Page 32: ...31 23 Language Table lang Language 0 English 1 Japanese Katakana ...

Page 33: ...32 24 Lock Table val State 0 Unlocked 1 Locked ...

Page 34: ...33 25 Logic Table val State 0 Off 1 On ...

Page 35: ...channels L0 L9 10 lower scan limit channels U0 U9 10 upper scan limit channels I0 I9 10 information channels PR1 PR2 2 priority channels n a 3 call channels one for each of the three bands n a 3 A band VFO settings n a 11 B band VFO settings n a 10 DTMF memories ...

Page 36: ...umn contains the valid character for the respective positions For example position number five 5 may contain either a four 4 character or an ASCII space character If the four character is present the fourth group is linked If the fifth position contains an ASCII space the fourth group is not a member of this link ...

Page 37: ...36 28 Memory Recall Table val Method 0 All bands 1 Current band ...

Page 38: ...37 29 Modulation Mode Table mode Modulation 0 FM 1 WFM 2 AM 3 LSB 4 USB 5 CW ...

Page 39: ...38 30 Name Frequency Mode Table val Mode 0 Name 1 Frequency ...

Page 40: ...39 31 Packet Speed Table val Speed 0 1200 bps 1 9600 bps ...

Page 41: ...40 32 Power Level Table pwr Output 0 H 1 L 2 EL ...

Page 42: ...ode Description N Radio recognized command but it was used incorrectly or the invalid parameters were specified Radio does not recognize the command command Command accepted by radio May be followed by additional values or parameters ...

Page 43: ...42 34 Scan Resume Table val Method 0 Time 1 Carrier 2 Seek ...

Page 44: ...43 35 Serial Port Parameters Table Name Value speed 9600 Baud bits 8 parity none stop bits 1 ...

Page 45: ... 00 No Squelch 01 02 03 04 05 Highest Squelch The squelch values range form 00 no squelch to 05 highest squelch The higher the level the stronger the signals must be to un mute the speaker and allow the signal to be received ...

Page 46: ...45 37 State Table val State 0 Disabled 1 Enabled ...

Page 47: ...46 38 Step Size Table Number Step Size 0 5 0 kHz 1 6 25 kHz 2 10 0 kHz 3 12 5 kHz 4 15 0 kHz 5 20 0 kHz 6 25 0 kHz 7 30 0 kHz 8 50 0 kHz 9 100 0 kHz ...

Page 48: ...47 39 System Reset Table Number Step Size 0 No 1 VFO 2 Menu 3 Full ...

Page 49: ...4 146 2 35 210 7 03 71 9 14 103 5 25 151 4 36 218 1 04 74 4 15 107 2 26 156 7 37 225 7 05 77 0 16 110 9 27 162 2 38 229 1 06 79 7 17 114 8 28 167 9 39 233 6 07 82 5 18 118 8 29 173 8 40 241 8 08 85 4 19 123 0 30 179 9 41 250 3 09 88 5 20 127 3 31 186 2 42 254 1 10 91 5 21 131 8 32 192 8 11 94 8 22 136 5 33 203 5 ...

Page 50: ...49 41 VFO Mode Table mode Mode 0 VFO 1 MR 2 CALL ...

Page 51: ...50 42 VOX Delay Table val Time 0 250 ms 1 500 ms 2 750 ms 3 1000 ms 4 1500 ms 5 2000 ms 6 3000 ms ...

Page 52: ...07 08 09 Most Sensitive The VOX Gain value varies from 00 least sensitive to 09 most sensistive The level should be set to allow the transceiver to reliably switch to transmit mode each time the operator speaks without allowing background noise to trigger the transceiver ...

Page 53: ...52 Commands ...

Page 54: ...CNT Contrast 16 CR Call Channel Read n a CW Call Channel Write n a DATP Packet Speed 28 DL Dual n a DLK DTMF Lock 14 DM Get Set DTMF Memory Number Location 10 DMN Get Set DTMF Memory Name Location 10 DW Down n a ELK Tune Enable 07 FL Frequency Limits n a FQ Current Frequency and Step Size n a FST Fine Tuning Step Size n a ID Identity of Radio n a LAN Get Set Default Language 27 LK Lock n a LMP Lam...

Page 55: ... Control n a PT DTMF Pause 13 PV Program VFO Limits 04 RBN Set Band n a RX Receive n a SCR Scan Resume 01 SQ Squelch n a SR Reset 31 SV Battery Saver 17 TH 1750 Hold 24 TXS Transmit Inhibit 08 TXH DTMF Hold 12 TSP DTMF Speed 11 TT Transmit Tone n a TYD Radio Type n a TX Transmit n a UP Up n a VMC Mode of the VFO band n a VOX VOX Transmit n a VR VFO Read n a VW VFO Write n a VXB VOX on Busy 20 VXD ...

Page 56: ... Description of what command does to transceiver Send Format of command sent to transceiver Parameters for each command are enclosed in Return Format of the response from the transceiver Where A description of the parameters for the command Notes Any additional information Example Examples illustrating command use ...

Page 57: ...eption of HF frequencies This function allows the transceiver to automatically switch to the bar antenna when a frequency is selected a below 10 1 MHz for the B band Send Status ANT Modify ANT val Return ANT val Where val see State Table Notes Example Sent ANT Requesting status of bar antenna Return ANT 0 Transceiver says that bar antenna is off Sent ANT 1 Requesting bar antenna to be on Return AN...

Page 58: ...signal is received for the selected time A warning beep sounds one minute before the transceiver switches OFF Send Status APO Modify APO val Return APO val Where val see APO Table Notes Example Sent APO Requesting status of automatic power off Return APO 1 Transceiver says that automatic power off is on Sent APO 0 Requesting automatic power off is off Return APO 0 Confirming that automatic power o...

Page 59: ...lly selects an offset direction according to the frequency that you select on the 2 m and 1 25 m TH F6A only bands Send Status ARO Modify ARO val Return ARO val Where val see Logic Table Notes Example Sent ARO Requesting status of ARO Return ARO 0 Transceiver says that ARO is off Sent ARO 1 Requesting ARO to be on Return ARO 1 Confirming that ARO is now on ...

Page 60: ... see if it is strong enough to allow contact without a repeater Send Status ASC band Modify ASC band val Return ASC band val Where band see Band Switch Table val see Logic Table Notes Example Sent ASC 0 Status of Auto Simplex Check on A band Return ASC 0 0 Auto Simplex Check is off on A band Sent ASC 1 1 Request that B band ASC be on Return ASC 1 1 Transceiver confirms ...

Page 61: ... erroneously control and overload The attenuator is approximately 20 DB when ON Send Status ATT Modify ATT val Return ATT val Where val see Logic Table Notes Example Sent ATT Requesting status of attenuator Return ATT 1 Transceiver says that attenuator is on Sent ATT 0 Requesting attenuator is off Return ATT 0 Confirming that attenuator is off ...

Page 62: ... too loud This function adjusts the volume balance level of the bands Send Status BAL Modify BAL val Return BAL val Where val see Balance Table Notes Default value is 2 both A and b bands equal Example Sent BAL Requesting status of Balance Return BAL 2 Transceiver says that Balance is set to 2 Sent BAL 0 Requesting balance to be A band only Return BAL 0 Confirming that balance to be A band only ...

Page 63: ...d be set to the type of battery that is in use either lithium or alkaline Send Status BAT Modify BAT val Return BAT val Where val see Battery Type Table Notes Example Sent BAT Requesting battery type Return BAT 0 Transceiver says that battery type is lithium Sent BAT 1 Requesting battery type is alkaline Return BAT 1 Confirming that battery type is alkaline ...

Page 64: ... A band or B band for operation Send Status BC Modify BC band Return BC val Where val see Band Switch Table Notes Example Sent BC Requesting band control status Return BC 0 Transceiver says that band is set to A Sent BC 1 Requesting band to be set to B Return BC 1 Confirming that band is set to B ...

Page 65: ...n of entry error status and malfunctions of the transceiver Send Status BEP Modify BEP val Return BEP val Where val see Logic Table Notes Example Sent BEP Requesting status of beep function Return BEP 1 Transceiver says that beep function is on Sent BEP 0 Requesting beep function is off Return BEP 0 Confirming that beep function is off ...

Page 66: ...red frequency Send Status BEL band Modify BEL band val Return BEL band val Where band see Band Switch Table val see Logic Table Notes Example Sent BEL 0 Requesting status of tone alert on A band Return BEL 0 0 Transceiver says that tone alert is off Sent BEL 1 1 Requesting that tone alert is on B band Return BEL 1 1 Confirming that tone alert is on B band ...

Page 67: ...sceiver squelch If the channel is busy the squelch is open If the channel is not busy the squelch is closed Send Status BY band Return BY band stat Where band see Band Switch Table stat see Busy Table Notes Example Sent BY 0 Requesting busy status of A band Return BY 0 1 Transceiver says that A band is busy ...

Page 68: ...nnel If in 1750 Hz mode pressing the Call key forces the transceiver to transmit a 1750 Hz tone Send Status CKEY Modify CKEY val Return CKEY val Where val see Call Key Table Notes Example Sent CKEY Requesting status of Call key Return CKEY 0 Transceiver says that Call key is set to Call Sent CKEY 1 Requesting Call key be set to 1750 Hz Return CKEY 1 Confirming that Call key is 1750 Hz ...

Page 69: ...akest to 16 strongest Send Status CNT Modify CNT val Return CNT val Where val See Contrast Table Notes Default value is 08 Example Sent CNT Requesting status of display contrast Return CNT 08 Transceiver says that display contrast is at 08 Sent CNT 09 Requesting that display contrast be 09 Return CNT 09 Confirming that display contrast is 09 ...

Page 70: ...a for the Call channel Send Status CR band split Return CR band split freq Where band see Ham Band Table split see Split Channel Table freq See Frequency Table Notes Example Sent CR 0 0 Requesting call channel data Return CR 0 0 00141990000 6 0 0 0 0 0 25 09 001 000700000 0 Transceiver returns call channel data ...

Page 71: ... the Call channel Send Modify CW split freq Return CW Where split see Split Channel Table freq see Frequency Table Notes Example Sent CW 0 00141990000 6 0 0 0 0 0 25 09 001 000700000 0 Requesting call channel data be set to 00141990000 6 0 0 0 0 0 25 09 001 000700000 0 see Freq Table Return CW Transceiver confirms setting ...

Page 72: ...speed Options are 1200 or 9600 bps Send Status DATP Modify DATP val Return DATP val Where val see Packet Speed Table Notes Example Sent DATP Request Packet Speed Return DATP 0 Transceiver says Packet Speed in 1200 bps Sent DATP 1 Request a Packet Speed of 9600 bps Return DATP 1 Transceiver confirms ...

Page 73: ...ver from displaying one or two frequencies Send Status DL Modify DL val Return DL val Where val see Dual Mode Table Notes Example Sent DL Requesting Dual Mode status Return DL 0 Transceiver says that Dual Mode is single Sent DL 1 Requesting that Dual Mode be dual Return DL 1 Confirming that Dual Mode is dual ...

Page 74: ...Lock function is on the keypad DTMF transmission is disabled Send Status DLK Modify DLK val Return DLK val Where val see Logic Table Notes Example Sent DLK Requesting status of DTMF Lock Return DLK 0 Transceiver says that DTMF Lock is off Sent DLK 1 Requesting DTMF Lock is on Return DLK 1 Confirming that DTMF Lock is on ...

Page 75: ...ify DM cc num to set number in DTMF memory number location Return DM cc num Where cc see DTMF Memory Locations num see DTMF Digits Table Notes num is a maximum of 16 digits Example Sent DM 00 Requesting the DTMF number stored at 00 Return DM 00 Transceiver says that 00 is an empty location Sent DM 01 18005551212 Requesting that DTMF 01 be 18005551212 Return DM 00 18005551212 Confirming that DTMF 0...

Page 76: ... location Modify DMN cc name to set name in DTMF memory name location Return DM cc name Where cc see DTMF Memory Locations name see Character Table Notes name is a maximum of 8 characters Example Sent DMN 01 Requesting the name contents of DTMF 01 Return DMN 01 John Transceiver says that DTMF 01 contains John Sent DMN 09 Home Requesting that DTMF 09 contents be home Return DMN 09 Home Confirming t...

Page 77: ...ves down one memory channel in MR mode or down one frequency step in VFO mode Send Modify DW Return DW Where n a Notes Same as rotating Tuning Control one click counter clockwise See UP Example Sent DW Requesting that VFO move down Return DW Transceiver confirming that VFO moves down ...

Page 78: ...uning Control may be used to change frequency Send Status ELK Modify ELK val Return ELK val Where val See Logic Table Notes Example Sent ELK Requesting status of Tune Enable Return ELK 0 Transceiver says that Tune Enable is off Sent ELK 1 Request that Tune Enable be set to on Return ELK 1 Confirming that Tune Enable is set to on ...

Page 79: ...and limits Function Returns a list of band limits Send Status FL band Return FL band list Where band see Band Switch Table list see Band Limits Table Notes Example Sent FL 0 Requesting frequency limits of A band Return FL 0 00137 00174 00216 00260 00410 00470 Transceiver returns limits of A band ...

Page 80: ...s FQ Modify FQ freq step Return FQ freq step Where freq is an eleven 11 digit frequency in Hz step see Step Size Table Notes Example Sent FQ Requesting current frequency and step size Return FQ 00444150000 8 Transceiver returns 444 150 MHz with 50 0 kHz step size Sent FQ 00142000000 0 Requesting that transceiver be set to 142 000 MHz with a 5 0 kHz step size Return FQ 00142000000 0 Transceiver con...

Page 81: ...ency step from 33 Hz 100 Hz 500 Hz or 1000 Hz Send Status FST Modify FST val Return FST val Where val see Fine Tuning Step Size Table Notes Example Sent FST Request fine tuning step size Return FST 0 Transceiver says that step size is 33 Hz Sent FST 3 Request that fine tuning step size is 500 Hz Return FST 3 Transceiver confirms ...

Page 82: ... Menu Item n a Function Returns the radio type as a string Can be used to validate that the radio is in communication with computer Send Status ID Return ID id Where n a Notes Example Sent ID Request ID of transceiver Return ID TH F6 Transceiver says that it is a TH F6 ...

Page 83: ...anese Katakana for menu descriptions Send Status LAN to get language Modify LAN lang to set language Return LAN lang Where lang see Language Table Notes Example Sent LAN Request language Return LAN 0 Transceiver says language is English Sent LAN 1 Request that language be Japanese Return LAN 1 Transceiver confirms that language is Japanese ...

Page 84: ...f the keys to prevent accidental activation of a function Send Status LK Modify LK val Return LK val Where val see Lock Table Notes Example Sent LK Requesting status of lock Return LK 0 Transceiver says that it is unlocked Sent LK 1 Requesting transceiver to be locked Return LK 1 Confirming that transceiver is locked ...

Page 85: ...on Used to illuminate the transceiver Send Status LMP Modify LMP val Return LMP val Where val see Logic Table Notes Example Sent LMP Requesting status of transceiver lamp Return LMP 0 Transceiver says lamp is off Sent LMP 1 Requesting lamp to be on Return LMP 1 Confirming that lamp in on ...

Page 86: ... band name Return MC band name Where band see Band Switch Table name see Memory Channel Table Notes Display must be in MR mode not VFO or CALL Can use VMC command to get to MR mode If command returns an N transceiver is probably not set to MR mode Example Sent MC 0 Requesting memory channel for A band Return MC 0 005 Transceiver says A band set to 005 Sent MC 1 299 Set B Band to memory channel 299...

Page 87: ... the modulation mode of the current active band A B Send Status MD Modify MD mode Return MD mode Where mode See Modulation Mode Table Notes Example Sent MD Request current modulation mode Return MD 0 Transceiver say mode is FM Sent MD 2 Request that mode be set to AM Return MD 2 Transceiver says that mode is AM ...

Page 88: ...ned on Send Status MES to get greeting Modify MES message to set greeting Return MES message Where message see Character Table Notes message is a maximum of eight 8 characters Example Sent MES Request power on message Return MES John May Transceiver says that message is John May Sent MES K6MAY Requesting that message be K6MAY Return MES K6MAY Transceiver confirms new message ...

Page 89: ...oups for scanning Send Status MGL Modify MGL val Return MGL val Where val Are the linked memory groups 0 7 All groups not displayed are assumed to be free Notes Example note a space character Sent MGL Requesting the status of memory group link Return MGL 1 3 5 7 Transceiver says that 1 3 5 7 groups are linked Sent MGL 2 6 Requesting that groups 2 and 6 be linked Return MGL 2 6 Transceiver confirms...

Page 90: ...em name Return MNA mem name Where mem see Memory Channel Table name see Character Table Notes name is a maximum of eight 8 characters Example Sent MNA 001 Request name of memory channel 001 Return MNA 001 RPTR Transceiver says 001 is RPTR Sent MNA 256 NASA TV Request that channel 256 be NASA TV Return MNA 256 NASA TV Transceiver says channel 256 is NASA TV ...

Page 91: ...r an alphanumeric name Send Status MNF Modify MNF val Return MNF val Where val See Name Frequency Mode Table Notes Changes mode of both A and B channels Example Sent MNF Requesting the Name Freq status of display Return MNF 0 Transceiver says display is in Name mode Sent MNF 1 Request that display be in Frequency mode Return MNF 1 Confirming that display is in Frequency Mode ...

Page 92: ...tatus MR split mem Return MR split mem freq Where split see Split Channel Table mem see Memory Channel Table freq see Frequency Table Notes N is returned for an empty memory location Example Sent MR 0 001 Requesting to read memory location 001 Return MR 0 001 00146655000 0 2 0 1 0 0 24 08 000 000600000 0 0 Transceiver returns values associated with location 001 ...

Page 93: ... only the memory channels for the current operating band Send Status MRM Modify MRM val Return MRM val Where val see Memory Recall Table Notes Example Sent MRM Requesting current Memory Recall Mode Return MRM 0 Transceiver says the MRM is All Bands Sent MRM 1 Request that MRM be Current Band Return MRM 1 Confirming that MRM is Current Band ...

Page 94: ...it mem freq Return MW split mem freq Where split see Split Channel Table mem see Memory Channel Table freq see Frequency Table Notes Example Sent MW 0 020 00107980000 0 0 0 0 0 0 00 00 000 000000000 1 0 Set memory channel 020 to 107 98 MHz with a 5 0 kHz step size No offset reverse tone CTCSS DCS or lockout In FM mode Return MW Transceiver confirms ...

Page 95: ...viation or On narrow band FM 2 5 KHz deviation Send Status NAR band Modify NAR band val Return NAR band val Where band see Ham Band Table val see Logic Table Notes Example Sent NAR 0 Request status of 2m FM Return NAR 0 0 Transceiver says FM is wide Sent NAR 1 1 Request that 1 25 m band be narrow FM Return NAR 1 1 Transceiver confirms ...

Page 96: ...croprocessors clock oscillator Send Status NSFT Modify NSFT val Return NSFT val Where val see Logic Table Notes Example Sent NSFT Request status of Beat Shift function Return NSFT 1 Transceiver says the Beat Shift function is on Sent NSFT 0 Request that the beat Shift function be on Return NSFT 0 Transceiver confirms ...

Page 97: ...t band Send Status PC band Modify PC band pwr Return PC band pwr Where band see Band Switch Table pwr see Power Level Table Notes Example Sent PC 0 Requesting the power output for the 2 m band Return PC 0 0 Transceiver says the power output is H Sent PC 1 2 Set the power output to EL for 1 25 m band Return PC 1 2 Transceiver confirms ...

Page 98: ...ace character entered into a DTMF number field Send Status PT Modify PT val Return PT val Where val see DTMF Pause Table Notes Example Sent PT Request DTMF pause duration Return PT 2 Transceiver says pause duration is 500 ms Sent PT 5 Request that pause duration be 1500 ms Return PT 5 Confirming a pause duration of 1500 ms ...

Page 99: ...ere band see Band Table Only used on A band f1 f2 is a five 5 digit frequency representing the lower and upper frequency limits Notes This sets the limits used during VFO scans in the band Example Sent PV 0 Request VFO limit of 2 m band Return PV 0 00137 00173 Transceiver says it s 137 173 MHz Sent PV 1 00216 00259 Set VFO limits of 1 25 m band Return PV 1 00216 00259 Transceiver confirms limits o...

Page 100: ... a Function Gets or sets the current band Transceiver must be in VFO mode Send Status RBN Modify RBN band Return RBN band Where band see Band Table Notes Example Sent RBN Get current band Return RBN 0 Current band is 2 m Sent RBN A Set current band to VHF TV Return RBN A Transceiver confirms ...

Page 101: ...scription Switches transceiver to receive mode Menu Item n a Function Sets transceiver to receive Send Modify RX Return RX Where n a Notes Example Sent RX Set transceiver to receiver mode Return RX Transceiver confirms ...

Page 102: ...nue scanning after the transceiver stops on a detected signal Send Status SCR Modify SCR val Return SCR val Where val see Scan Resume Table Notes Example Sent SCR Request scan resume method Return SCR 0 Transceiver says it is Time Sent SCR 2 Request that scan resume method be Seek Return SCR 2 Transceiver confirms ...

Page 103: ... Send Status SQ band Modify SQ band lev Return SQ band lev Where band see Band Switch Table lev is a value from 00 05 Notes 00 is open squelch Example Sent SQ 0 Request that squelch value for A band Return SQ 0 05 Squelch value for A band is 05 Sent SQ 1 01 Request that B band squelch be 01 Return SQ 1 01 Transceiver confirms ...

Page 104: ... Sets and performs the reset function Menu Item 31 Function Resets various portions of transceiver Send Modify SR val Return No return Where val see System Reset Table Notes Example Sent SR 1 Perform VFO Reset Return No return value ...

Page 105: ...transceiver Used to reduce energy consumption extending battery life Send Status SV Modify SV val Return SV val Where val see Battery Saver Table Notes Example Sent SV Get Battery Saver time Return SV 5 Transceiver says Battery Saver time is 1 0 sec Sent SV 7 Request that Battery Saver time be 3 0 sec Return SV 7 Transceiver confirms ...

Page 106: ...old the transmitted 1750 Hz tone TH F7E only Send Status TH Modify TH val Return TH val Where val see Logic Table Notes Example Sent TH Request status of 1750 Hz Hold function Return TH 0 Transceiver says 1750 Hz Hold is off Sent TH 1 Request that 1750 Hz Hold be on Return TH 1 Transceiver confirms ...

Page 107: ...nction Prevents accidental or unauthorized transmission Send Status TXS Modify TXS val Return TXS val Where val see Logic Table Notes Example Sent TXS Get state of Transmitter Inhibit Return TXS 0 Transmitter Inhibit is off Sent TXS 1 Request that Transmitter Inhibit be on Return TXS 1 Transceiver confirms new value ...

Page 108: ...ion Causes the transceiver to remain in transmit mode for two Send Status THX Modify THX val Return THX val Where val see Logic Table Notes Example Sent TXH Request status of DTMF Hold Return TXH 0 Transceiver says DTMF Hold is off Sent TXH 1 Request that DTMF Hold be on Return TXH 1 Transceiver confirms ...

Page 109: ...ion Adjust DTMF number transmission speed Send Status TSP Modify TSP val Return TSP val Where val see DTMF Speed Table Notes Example Sent TSP Get current DTMF Speed Return TSP 0 DTMF Speed is slow Sent TSP 1 Request that DTMF Speed be fast Return TSP 1 Transceiver confirms new speed ...

Page 110: ...Hz tone Menu Item n a Function Will transmit a 1750 Hz tone until a RX command is received Send Modify TT Return TT Where n a Notes May be stopped by RX command Example Sent TT Have transceiver send a 1750 Hz tone Return TT Transceiver acknowledges ...

Page 111: ...scription Displays the radio type Menu Item n a Function Unknown Send Status TYD Return TYD val1 val2 Where val1 KK for TH F6 val2 0F for TH F6 Notes Example Sent TYD Request radio type Return TYD KK 0F Transceiver responds ...

Page 112: ... transmit mode Menu Item n a Function Transceiver will transmit until an RX command is received Send Modify TX Return TX Where n a Notes Can be stopped by RX command Example Sent TX Have transceiver enter the transmit mode Return TX Transceiver confirms ...

Page 113: ...ep in VFO mode Menu Item n a Function Moves up one memory channel in MR mode or up one frequency step in VFO mode Send Modify UP Return UP Where n a Notes Same as rotating Tuning Control one click clockwise See DW Example Sent UP Have transceiver move up Return UP Transceiver confirms ...

Page 114: ...Send Status VMC band to get the mode of band Modify VMC band mode to set the mode of band Return VMC band mode Where band see Band Switch Table mode see VFO Mode Table Notes Example Sent VMC 0 Request mode of A band Return VMC 0 0 Transceiver says A band is in VFO mode Sent VMC 1 1 Request that B band be in MR mode Return VMC 1 1 Transceiver confirms ...

Page 115: ...transmit when the VOX circuitry senses sound in the microphone Send Status VOX Modify VOX val Return VOX val Where val see Logic Table Notes Example Sent VOX Request status of VOX transmit Return VOX 0 Transceiver says VOX transmit mode is off Sent VOX 1 Request that VOX transmit mode be on Return VOX 1 Transceiver confirms ...

Page 116: ...ed with a VFO Send Status VR band Get VR band freq Where band see Band Table freq See Freq Table Lockout value excluded Notes Example Sent VR 0 Request data for 2 m VFO band Return VR 0 00142060000 0 0 0 0 1 0 25 09 001 000700000 0 A frequency of 142 06 MHz CTCSS is on at a frequency of 88 5 Hz An offset of 700 KHz ...

Page 117: ...a VFO Send Modify VW band freq Return VW Where band See Ham Band Table freq See Freq Table Lockout value excluded Notes Example Sent VW 0 00142060000 0 0 0 0 1 0 25 09 001 000700000 0 Request that VFO be set to a frequency of 142 06 MHz CTCSS be on at a frequency of 88 5 Hz An offset of 700 KHz Return VW Transceiver confirms ...

Page 118: ...on even if the transceiver is receiving a signal on A or B band Send Status VXB Modify VXB val Return VXB val Where val see Logic Table Notes Example Sent VXB Requesting status of VOX on Busy Return VXB 0 Transceiver says VOX on Busy is off Sent VXB 1 Request that VOX on Busy be on Return VXB 1 Transceiver confirms that VOX on Busy is on ...

Page 119: ...ansmit and receive after sound input stops Send Status VXD Modify VXD val Return VXD val Where val see VOX Delay Table Notes Example Sent VXD Request VOX delay time Return VXD 1 Transceiver says VOX delay time is 500 ms Sent VXD 0 Request that VOX delay time is 250 ms Return VXD 0 Conformation that VOX delay time is 250 ms ...

Page 120: ...e presence or absence of sound Send Status VXG Modify VXG val Return VXG val Where val is a number from 0 to 9 The default value is 4 Notes Example Sent VXG Requesting the VOX level Return VXG 4 Transceiver says the VOX level is 4 Sent VXG 9 Request the VOX level to be 9 Return VXG 9 Confirmation of VOX level of 9 ...

Page 121: ...ack 09 DM DMN Get Set DTMF Memory Location 10 TSP DTMF Speed 11 TXH DTMF Hold 12 PT DTMF Pause 13 DLK DTMF Lock 14 MES Get Set Power on Message 15 CNT Contrast 16 SV Battery Saver 17 APO Automatic Power Off APO 18 BEP Beep Function 19 VXB VOX on Busy 20 VXG VOX Gain 21 VXD VOX Delay 22 CKEY Call Key 23 TH 1750 Hold 24 NSFT Beat Shift 25 ANT Bar Antenna 26 LAN Get Set Default Language 27 DATP Packe...

Page 122: ...Entry mode CALL CALL Select Call Channel BATT F LOW Battery Remaining MODE F BAND Select Receiving Mode DUAL F A B DL Select Single Dual Band Operation key F F Enter Locked Mode VISUAL F INFO Enable Visual Scan VOX F SQL VOX Enable VOX PRI F BAL Priority Scan M V F VFO Transfer Memory to VFO T SEL F TONE Select Tone Frequency SHIFT F REV Set Offset Direction MN IN F MN f Enter Memory Name Input Mo...

Page 123: ... Scan Start MHz 1s FINE 1s ENT 1s CALL 1s F LOW 1s F BAND 1s F A B 1s F F 1s F INFO 1s F SQL 1s F BAL 1s F VFO 1s CTCSS DCS ID Scan F TONE 1s F REV 1s F MN f 1s F MR 1s F MHz 1s F FINE 1s F ENT 1s Call Scan Start CALL 1s 1 2 3 A 4 5 6 B 7 8 9 C 0 D VOL TUNING PTT ...

Page 124: ...123 LAMP MONI Scroll Key Power PTT MR PTT u PTT MNU MR PWR PTT CALL A B PWR PTT VFO PWR PTT MR PWR F PWR MHz PWR ...

Page 125: ...124 Splash Screen ...

Page 126: ...125 Memory Screen ...

Page 127: ...126 Menu1 Screen ...

Page 128: ...127 Menu2 Screen ...

Page 129: ...128 Memory Channel Entry Screen ...

Page 130: ...129 VFO Entry Screen ...

Page 131: ...130 Call Channel Entry Screen ...

Page 132: ...131 DTMF Entry Screen ...

Page 133: ...132 Hardware Interface for Macintosh ...

Page 134: ...ADIO MENU__ KENWOOD Memory Control Program for TH FX __COMMENT__ character string __MEMORY DATA__ MR MW 0 mem MR MR 0 freq MR MW 1 freq MNA name __CALL DATA__ CR CW 0 band CR CW 0 freq CR CW 1 freq __VFO DATA__ VR VW band VR VW freq __DTMF DATA__ DM cc DM num DMN name __RADIO MENU__ PV band PV F1 PV f2 UNKNOWN BC val BAL val DL val ATT val LK val LMP val MNF val PC A Band pwr PC B Band pwr 1 2G A ...

Page 135: ...4 TSP val PT val DLK val TXH val MES message CNT val SV val APO val BEP val VXB val VXG val VXD val CKEY val TH val NSFT val ANT val LAN lang DATP val NAR 0 val NAR 1 val NAR 2 val UNKNOWN UNKNOWN BAT val ...

Page 136: ...08 000 001600000 0 CW 0 00440000000 8 0 0 0 0 0 08 08 000 005000000 0 DATP 0 DL 1 DLK 0 DM 00 DM 01 DM 02 DM 03 DM 04 DM 05 DM 06 DM 07 DM 08 DM 09 DMN 00 DMN 01 DMN 02 DMN 03 DMN 04 DMN 05 DMN 06 DMN 07 DMN 08 DMN 09 ELK 0 FL 0 00137 00174 00216 00260 00410 00470 FL 1 0000010 0000180 0000180 0002970 0002970 0005400 0005400 0010800 001 08 00137 00137 00174 00174 00216 00216 00400 00400 00470 00470...

Page 137: ...04 MNA 005 MNA 006 MNA 007 MNA 008 MNA 009 MNA 010 MNA 011 MNA 012 MNA 013 MNA 014 MNA 015 MNA 016 MNA 017 MNA 018 MNA 019 MNA 020 MNA 021 MNA 022 MNA 023 MNA 024 MNA 025 MNA 026 MNA 027 MNA 028 MNA 029 MNA 030 MNA 031 MNA 032 MNA 033 MNA 034 MNA 035 MNA 036 MNA 037 MNA 038 MNA 039 MNA 040 MNA 041 ...

Page 138: ...54 MNA 055 MNA 056 MNA 057 MNA 058 MNA 059 MNA 060 MNA 061 MNA 062 MNA 063 MNA 064 MNA 065 MNA 066 MNA 067 MNA 068 MNA 069 MNA 070 MNA 071 MNA 072 MNA 073 MNA 074 MNA 075 MNA 076 MNA 077 MNA 078 MNA 079 MNA 080 MNA 081 MNA 082 MNA 083 MNA 084 MNA 085 MNA 086 MNA 087 MNA 088 MNA 089 MNA 090 MNA 091 MNA 092 ...

Page 139: ...05 MNA 106 MNA 107 MNA 108 MNA 109 MNA 110 MNA 111 MNA 112 MNA 113 MNA 114 MNA 115 MNA 116 MNA 117 MNA 118 MNA 119 MNA 120 MNA 121 MNA 122 MNA 123 MNA 124 MNA 125 MNA 126 MNA 127 MNA 128 MNA 129 MNA 130 MNA 131 MNA 132 MNA 133 MNA 134 MNA 135 MNA 136 MNA 137 MNA 138 MNA 139 MNA 140 MNA 141 MNA 142 MNA 143 ...

Page 140: ...56 MNA 157 MNA 158 MNA 159 MNA 160 MNA 161 MNA 162 MNA 163 MNA 164 MNA 165 MNA 166 MNA 167 MNA 168 MNA 169 MNA 170 MNA 171 MNA 172 MNA 173 MNA 174 MNA 175 MNA 176 MNA 177 MNA 178 MNA 179 MNA 180 MNA 181 MNA 182 MNA 183 MNA 184 MNA 185 MNA 186 MNA 187 MNA 188 MNA 189 MNA 190 MNA 191 MNA 192 MNA 193 MNA 194 ...

Page 141: ...07 MNA 208 MNA 209 MNA 210 MNA 211 MNA 212 MNA 213 MNA 214 MNA 215 MNA 216 MNA 217 MNA 218 MNA 219 MNA 220 MNA 221 MNA 222 MNA 223 MNA 224 MNA 225 MNA 226 MNA 227 MNA 228 MNA 229 MNA 230 MNA 231 MNA 232 MNA 233 MNA 234 MNA 235 MNA 236 MNA 237 MNA 238 MNA 239 MNA 240 MNA 241 MNA 242 MNA 243 MNA 244 MNA 245 ...

Page 142: ...58 MNA 259 MNA 260 MNA 261 MNA 262 MNA 263 MNA 264 MNA 265 MNA 266 MNA 267 MNA 268 MNA 269 MNA 270 MNA 271 MNA 272 MNA 273 MNA 274 MNA 275 MNA 276 MNA 277 MNA 278 MNA 279 MNA 280 MNA 281 MNA 282 MNA 283 MNA 284 MNA 285 MNA 286 MNA 287 MNA 288 MNA 289 MNA 290 MNA 291 MNA 292 MNA 293 MNA 294 MNA 295 MNA 296 ...

Page 143: ...09 MNA 310 MNA 311 MNA 312 MNA 313 MNA 314 MNA 315 MNA 316 MNA 317 MNA 318 MNA 319 MNA 320 MNA 321 MNA 322 MNA 323 MNA 324 MNA 325 MNA 326 MNA 327 MNA 328 MNA 329 MNA 330 MNA 331 MNA 332 MNA 333 MNA 334 MNA 335 MNA 336 MNA 337 MNA 338 MNA 339 MNA 340 MNA 341 MNA 342 MNA 343 MNA 344 MNA 345 MNA 346 MNA 347 ...

Page 144: ...60 MNA 361 MNA 362 MNA 363 MNA 364 MNA 365 MNA 366 MNA 367 MNA 368 MNA 369 MNA 370 MNA 371 MNA 372 MNA 373 MNA 374 MNA 375 MNA 376 MNA 377 MNA 378 MNA 379 MNA 380 MNA 381 MNA 382 MNA 383 MNA 384 MNA 385 MNA 386 MNA 387 MNA 388 MNA 389 MNA 390 MNA 391 MNA 392 MNA 393 MNA 394 MNA 395 MNA 396 MNA 397 MNA 398 ...

Page 145: ...U8 MNA U9 MNA I 0 WEATHER MNA I 1 WEATHER MNA I 2 WEATHER MNA I 3 WEATHER MNA I 4 WEATHER MNA I 5 WEATHER MNA I 6 WEATHER MNA I 7 WEATHER MNA I 8 WEATHER MNA I 9 WEATHER MNA PR1 MNA PR2 MNF 0 MW 0 000 MW 0 001 MW 0 002 MW 0 003 MW 0 004 MW 0 005 MW 0 006 MW 0 007 MW 0 008 MW 0 009 MW 0 010 MW 0 011 MW 0 012 MW 0 013 MW 0 014 MW 0 015 MW 0 016 ...

Page 146: ...MW 0 031 MW 0 032 MW 0 033 MW 0 034 MW 0 035 MW 0 036 MW 0 037 MW 0 038 MW 0 039 MW 0 040 MW 0 041 MW 0 042 MW 0 043 MW 0 044 MW 0 045 MW 0 046 MW 0 047 MW 0 048 MW 0 049 MW 0 050 MW 0 051 MW 0 052 MW 0 053 MW 0 054 MW 0 055 MW 0 056 MW 0 057 MW 0 058 MW 0 059 MW 0 060 MW 0 061 MW 0 062 MW 0 063 MW 0 064 MW 0 065 MW 0 066 MW 0 067 ...

Page 147: ...MW 0 082 MW 0 083 MW 0 084 MW 0 085 MW 0 086 MW 0 087 MW 0 088 MW 0 089 MW 0 090 MW 0 091 MW 0 092 MW 0 093 MW 0 094 MW 0 095 MW 0 096 MW 0 097 MW 0 098 MW 0 099 MW 0 100 MW 0 101 MW 0 102 MW 0 103 MW 0 104 MW 0 105 MW 0 106 MW 0 107 MW 0 108 MW 0 109 MW 0 110 MW 0 111 MW 0 112 MW 0 113 MW 0 114 MW 0 115 MW 0 116 MW 0 117 MW 0 118 ...

Page 148: ...MW 0 133 MW 0 134 MW 0 135 MW 0 136 MW 0 137 MW 0 138 MW 0 139 MW 0 140 MW 0 141 MW 0 142 MW 0 143 MW 0 144 MW 0 145 MW 0 146 MW 0 147 MW 0 148 MW 0 149 MW 0 150 MW 0 151 MW 0 152 MW 0 153 MW 0 154 MW 0 155 MW 0 156 MW 0 157 MW 0 158 MW 0 159 MW 0 160 MW 0 161 MW 0 162 MW 0 163 MW 0 164 MW 0 165 MW 0 166 MW 0 167 MW 0 168 MW 0 169 ...

Page 149: ...MW 0 184 MW 0 185 MW 0 186 MW 0 187 MW 0 188 MW 0 189 MW 0 190 MW 0 191 MW 0 192 MW 0 193 MW 0 194 MW 0 195 MW 0 196 MW 0 197 MW 0 198 MW 0 199 MW 0 200 MW 0 201 MW 0 202 MW 0 203 MW 0 204 MW 0 205 MW 0 206 MW 0 207 MW 0 208 MW 0 209 MW 0 210 MW 0 211 MW 0 212 MW 0 213 MW 0 214 MW 0 215 MW 0 216 MW 0 217 MW 0 218 MW 0 219 MW 0 220 ...

Page 150: ...MW 0 235 MW 0 236 MW 0 237 MW 0 238 MW 0 239 MW 0 240 MW 0 241 MW 0 242 MW 0 243 MW 0 244 MW 0 245 MW 0 246 MW 0 247 MW 0 248 MW 0 249 MW 0 250 MW 0 251 MW 0 252 MW 0 253 MW 0 254 MW 0 255 MW 0 256 MW 0 257 MW 0 258 MW 0 259 MW 0 260 MW 0 261 MW 0 262 MW 0 263 MW 0 264 MW 0 265 MW 0 266 MW 0 267 MW 0 268 MW 0 269 MW 0 270 MW 0 271 ...

Page 151: ...MW 0 286 MW 0 287 MW 0 288 MW 0 289 MW 0 290 MW 0 291 MW 0 292 MW 0 293 MW 0 294 MW 0 295 MW 0 296 MW 0 297 MW 0 298 MW 0 299 MW 0 300 MW 0 301 MW 0 302 MW 0 303 MW 0 304 MW 0 305 MW 0 306 MW 0 307 MW 0 308 MW 0 309 MW 0 310 MW 0 311 MW 0 312 MW 0 313 MW 0 314 MW 0 315 MW 0 316 MW 0 317 MW 0 318 MW 0 319 MW 0 320 MW 0 321 MW 0 322 ...

Page 152: ...MW 0 337 MW 0 338 MW 0 339 MW 0 340 MW 0 341 MW 0 342 MW 0 343 MW 0 344 MW 0 345 MW 0 346 MW 0 347 MW 0 348 MW 0 349 MW 0 350 MW 0 351 MW 0 352 MW 0 353 MW 0 354 MW 0 355 MW 0 356 MW 0 357 MW 0 358 MW 0 359 MW 0 360 MW 0 361 MW 0 362 MW 0 363 MW 0 364 MW 0 365 MW 0 366 MW 0 367 MW 0 368 MW 0 369 MW 0 370 MW 0 371 MW 0 372 MW 0 373 ...

Page 153: ... 0 L0 MW 0 L1 MW 0 L2 MW 0 L3 MW 0 L4 MW 0 L5 MW 0 L6 MW 0 L7 MW 0 L8 MW 0 L9 MW 0 U0 MW 0 U1 MW 0 U2 MW 0 U3 MW 0 U4 MW 0 U5 MW 0 U6 MW 0 U7 MW 0 U8 MW 0 U9 MW 0 I 0 00163275000 0 0 0 0 0 0 08 08 000 000000000 0 0 MW 0 I 1 00162550000 0 0 0 0 0 0 08 08 000 000000000 0 0 MW 0 I 2 00162400000 0 0 0 0 0 0 08 08 000 000000000 0 0 MW 0 I 3 00162475000 0 0 0 0 0 0 08 08 000 000000000 0 0 MW 0 I 4 00162...

Page 154: ...00144000000 0 0 0 0 0 0 08 08 000 000600000 0 VW 1 00223000000 7 0 0 0 0 0 08 08 000 001600000 0 VW 2 00440000000 8 0 0 0 0 0 08 08 000 005000000 0 VW 4 00000540000 4 0 0 0 0 0 08 08 000 000000000 2 VW 5 00003500000 0 0 0 0 0 0 08 08 000 000000000 3 VW 6 00051000000 4 0 0 0 0 0 08 08 000 000000000 0 VW 7 00087900000 B 0 0 0 0 0 08 08 000 000000000 1 VW 8 00118000000 5 0 0 0 0 0 08 08 000 000000000...

Page 155: ...154 ...

Page 156: ...form with a number of fields The Program VFO section only on the three A bands corresponds to Menu item 4 The Offset on all bands corresponds to Menu item 6 Therefore these two menu items 4 6 actually store multiple fields Two other menu items that also store multiple fields are item 10 DTMF store and item 29 FM narrow These items can be configured on the radio but are not present in this program ...

Page 157: ...156 Notes ...

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