background image

Cmd. Sub cmd.

Data

Description

00

see p. 10

Send frequency data (transceive)

01

see p. 10

Send mode data (transceive)

02

see p. 10

Read band edge frequencies

03

see p. 10

Read operating frequency

04

see p. 10

Read operating mode

05

see p. 10

Set operating frequency

06

see p. 10

Set operating mode

07

Select the VFO mode

B0

Exchange main and sub bands

B1

Equalize main and sub bands

C0

Turn OFF Dualwatch

C1

Turn ON Dualwatch

C2*

00 or 01

Send/read the dualwatch setting

(00=OFF, 01=ON)

D0

Select the main band

D1

Select the sub band

D2*

00

Send/read main band selection

01

Send/read sub band selection

08

Select the Memory mode

0001 to 0099 Select the Memory channel

(0001=M-CH01, 0099=M-CH99)

0100

Select program scan edge channel P1

0101

Select program scan edge channel P2

09

Memory write

0A

Memory copy to VFO

0B

Memory clear

0E

00

Cancel the scan 

01

Start a Programmed/memory scan 

02

Start a Programmed scan 

03

Start a 

F scan 

12

Start a Fine programmed scan 

13

Start a Fine 

F scan

22

Start a Memory scan 

23

Start a Select memory scan 

Ax

(x=1 to 7)

Select 

F scan span

( x=1 (±5 kHz), x=2 (±10 kHz),

 x=3 (±20 kHz), x=4 (±50 kHz),

 x=5 (±100 kHz), x=6 (±500 kHz),

 x=7 (±1 MHz))

B0

Clear the Select channel setting

B1

Set as select channel

( The previously set number by CI-V is set 

after turning power ON, or “1” is selected if 

no selection is performed.)

01 to 03

Set the channel as a Select channel

(01=SEL1, 02=SEL2, 03=SEL3)

B2

00 to 03

Set the Select memory scan channel

(00=ALL, 01=SEL1, 02=SEL2, 03=SEL3)

D0

Set Scan resume OFF

D3

Set Scan resume ON

0F

00

Read Split OFF setting

01

Read Split ON setting

00

Turn OFF the Split function

01

Turn ON the Split function

10*

00 to 08

Send/read the tuning step

(

 

00=OFF (10 Hz or 1 Hz),

 

01=100 Hz, 02=1 kHz, 03=5 kHz, 

 

04=9 kHz, 05=10 kHz, 

 

06=12.5 kHz, 07=20 kHz, 

 

08=25 kHz)

11*

00

Send/read attenuator OFF setting

03

Send/read 3 dB attenuator setting

06

Send/read 6 dB attenuator setting

09

Send/read 9 dB attenuator setting

12

Send/read 12 dB attenuator setting

15

Send/read 15 dB attenuator setting

18

Send/read 18 dB attenuator setting

21

Send/read 21 dB attenuator setting

24

Send/read 24 dB attenuator setting

Cmd. Sub cmd.

Data

Description

27

Send/read 27 dB attenuator setting

30

Send/read 30 dB attenuator setting

33

Send/read 33 dB attenuator setting

36

Send/read 36 dB attenuator setting

39

Send/read 39 dB attenuator setting

42

Send/read 42 dB attenuator setting

45

Send/read 45 dB attenuator setting

12* 00*

1

00 or 01

Select/read ANT1 selection

(00=RX ANT OFF, 01=RX ANT ON)

01*

1

00 or 01

Select/read ANT2 selection

(00=RX ANT OFF, 01=RX ANT ON)

13

00

Speech all data with voice synthesizer

(S meter level, frequency and mode)

01

Speech the operating frequency and S meter 

level by voice synthesizer

02

Speech the operating mode by voice synthesizer

L

 The mode is announced after the ongoing 

speech.

14* 01

0000 ~ 0255 Send/read the AF level 

(0000=min. to 0255=max.)

02

0000 ~ 0255 Send/read the RF gain level

(0000=min. to 0255=max.)

03

0000 ~ 0255 Send/read the squelch level

(0000=min. to 0255=max.)

05

0000 ~ 0255 Send/read the APF level (10 Hz steps)

( 0000=Pitch–550 Hz, 0128=Pitch, 

0255=Pitch+550 Hz)

06

0000 ~ 0255 Send/read the NR level

(0000=0%, 0255=100%)

07

0000 ~ 0255 Send/read inner [TWIN PBT] position

( 0000=max. CCW, 0128=center, 0255=max. 

CW)

08

0000 ~ 0255 Send/read outer [TWIN PBT] position

( 0000=max. Counter Clockwise, 0128=center, 

0255=max. Clockwise)

09

0000 ~ 0255 Send/read CW pitch (5 Hz steps)

( 0000=300 Hz, 0128=600 Hz, 0255=900 Hz)

0A

0000 ~ 0255 Send/read RF power 

( 0000=min. to 0255=max.)

0B

0000 ~ 0255 Send/read MIC gain

( 0000=min. to 0255=max.)

0C

0000 ~ 0255 Send/read keying speed

(0000=6 wpm to 0255=48 wpm)

0D

0000 ~ 0255

Send/read Nothc filter setting

( 0000=max. Counter Clockwise, 0128=center, 

0255=max. Clockwise)

0E

0000 ~ 0255 Send/read the COMP level

(0000=0 to 0255=10)

0F

0000 ~ 0255 Send/read the Break-IN Delay setting

(0000=2.0 d to 0255=13.0 d)

12

0000 ~ 0255 Send/read NB level

(0000=0% to 0255=100%)

13

0000 ~ 0255 Send/read the DIGI-SEL shift amount

( 0000=min. to 0255=max.)

14

0000 ~ 0255 Send/read DRIVE gain

(0000=0% to 0255=100%)

15

0000 ~ 0255 Send/read Monitor audio [MONI] level

(0000=0% to 0255=100%)

16

0000 ~ 0255 Send/read the VOX gain

(0000=0% to 0255=100%)

17

0000 ~ 0255 Send/read the Anti VOX gain

(0000=0% to 0255=100%)

19

0000 ~ 0255 Send/read LCD backlight brightness

(0000=0% to 0255=100%)

15

01

00 or 01

Read noise or S-meter squelch status

(00=Close, 01=Open)

02

0000 to 0255 Read S-meter level

(0000=S0, 0120=S9, 0241=S9+60 dB)

05

00 or 01

Read various squelch (tone squelch, and so 

on) status

(00=Close, 01=Open)

 

D

Command table

NOTE:  

Operation to the some control dials overrides CI-V commands. If a control dial (such as the AF Volume dial that  

has a mark on it) is rotated after sending a CI-V command, the command will be overwritten by the operation.

11*

Remote control

3

Summary of Contents for IC-7610

Page 1: ...CI V REFERENCE GUIDE i7610 HF 50MHz TRANSCEIVER...

Page 2: ...Table of contents 1 1 Remote control 2 Remote control CI V information 2 D D CI V connection 2 D D Preparing 2 D D About the data format 2 D D Command table 3 D D Command formats 10...

Page 3: ...he CI V system can be written using the following data formats Data formats differ according to command numbers A data area or sub command is added for some commands Controller to IC 7610 IC 7610 to c...

Page 4: ...d read 36 dB attenuator setting 39 Send read 39 dB attenuator setting 42 Send read 42 dB attenuator setting 45 Send read 45 dB attenuator setting 12 00 1 00 or 01 Select read ANT1 selection 00 RX ANT...

Page 5: ...unction 00 OFF 01 ON D D Command table Continued Cmd Sub cmd Data Description 17 3 see p 10 Send CW messages 18 00 Turn OFF the transceiver 01 4 Turn ON the transceiver 19 00 Read the transceiver ID 1...

Page 6: ...Function NOTCH Switch AM 00 Auto 01 Manual 02 Auto Manual 0060 00 or 01 Function FILTER Screen MAIN SUB Select 00 Fix 01 Auto by FILTER PBT Operation 0061 00 or 01 Function SSB CW Synchronous Tuning...

Page 7: ...to REMOTE 0116 00 or 01 Connectors CI V CI V USB Echo Back 00 OFF 01 ON 0117 00 07 Connectors External Meter External Meter Output MAIN 00 Auto 01 S main 02 Po 03 SWR 04 ALC 05 COMP 06 Vd 07 Id 0118 0...

Page 8: ...rge 0178 00 09 SCOPE Waterfall Peak Color Level 00 Grid 1 to 09 Grid 10 0179 00 or 01 SCOPE Waterfall Marker Auto hide 00 OFF 01 ON 0180 00 or 01 SCOPE Dual Scope Type 00 Over Under 01 Side by Side 01...

Page 9: ...01 RX Only 0267 00 or 01 Recorder Set TX REC Audio 00 Direct 01 Monitor 0268 00 or 01 Recorder Set RX REC Condition 00 Always 01 Squelch Auto 0269 00 or 01 Recorder Set File Split 00 OFF 01 ON D D Co...

Page 10: ...ption 1E 00 Read number of available TX frequency band 01 see p 10 Read TX band edge frequencies 02 Read number of user set TX frequency band 03 see p 10 Send read user set TX band edge frequencies 21...

Page 11: ...nd edge frequency settings Command 02 1E 01 1E 03 When obtaining the edge number by command 02 the edge number q is not returned q X X X w e r t y u i o 0 1 2 X X X X X X X 0 0 2 D X X X X X X X X 0 0...

Page 12: ...r the memory channel contents on 1A 00 q w Memory channel 0001 0099 e FF r None 0 X e 0 OFF Fixed 1 1 2 2 3 3 X X 1 0 OFF 1 TONE 2 TSQL 0 OFF 1 DATA 1 2 DATA 2 3 DATA 3 Codes for character entries Com...

Page 13: ...rating mode Command 1A 05 0001 05 0004 05 0007 05 0010 05 0011 05 0012 X X X X LPF Upper edge HPF Lower edge The value of the HPF should be smaller than the LPF HPF 00 Through 01 20 100 2000 Hz LPF 05...

Page 14: ...gs Command 21 00 10 Hz 0 9 100 Hz 0 9 1 Hz 0 9 1 kHz 0 9 X X X X X X 00 plus 01 minus Repeater tone tone squelch frequency settings Command 1B 00 1B 01 100Hz digit 0 2 10 Hz digit 0 9 1 Hz digit 0 9 0...

Page 15: ...gether However when the data is sent through the USB port the data is divided by 15 and sent in sequential order Division number Data length LAN 01 704 USB 15 1st data 15 2nd or later data 53 15th dat...

Page 16: ...t y u i o 0 1 2 X X X X X X X 0 0 X X X X X X X X 0 0 10 Hz digit 0 9 1 Hz digit 0 9 1 kHz digit 0 9 100 Hz digit 0 9 100 kHz digit 0 9 10 kHz digit 0 9 10 MHz digit 0 6 1 MHz digit 0 9 1 GHz digit 0...

Page 17: ...1 1 32 Kamiminami Hirano ku Osaka 547 0003 Japan A7380 7EX 2017 Icom Inc...

Reviews: