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Icom IC-756PROIII [27/124] Vfo vfo
![Icom IC-756PROIII [27/124] Vfo vfo](/views2/1074410/page27/bg1b.png)
22
3
BASIC OPERATION
3
■ VFO description
VFO is an abbreviation of Variable Frequency Oscilla-
tor, and traditionally refers to an oscillator.
The transceiver’s VFO is somewhat different. The VFO
of the IC-756PROIII acts like a computer’s window and
can show one frequency and one operating mode.
You can call up a desired frequency to the VFO with
the keypad, memo pad-read switch (see p. 82) or the
memory transfer function (see p. 80). You can also
change the frequency with the tuning dial and select
the operating mode with the mode switches.
During dualwatch or split frequency operation, the sub
VFO is functional (non-outline, non-spotted, larger fre-
quency characters). While pushing [XFC] during split
frequency operation, you can change the transmit
readout frequency with the keypad, memo pad-read
switch or the memory transfer function.
METER
Po
ANT
1
BWBW
2.4k2.4k
SFTSFT
0
VFOVFO
FIL2FIL2
USBUSB
TXTX
1
CWCW
qr.qpp.pp
21.076.5021.076.50
qw:pp
12:0012:00
Select
TUNING DIAL
MEMORY
CHANNEL
MODE
SWITCHES
MEMO PAD
KEYPAD
(BAND KEY)
Transfer
Transfer
Transfer
Change
21.295 MHz
28.025 MHz
7.001 MHz
•Differences between VFO mode and memory mode
VFO MODE
VFO shows a frequency and operating mode. If the
frequency or operating mode is changed, the VFO
automatically memorizes the new frequency or new
operating mode.
When a VFO is selected from another band or mem-
ory mode, the frequency and operating mode last
used for that VFO appear.
[EXAMPLE]
MEMORY MODE (pgs. 77–81)
Each memory channel shows a frequency and oper-
ating mode like a VFO. Even if the frequency or mode
is changed, the memory channel does not memorize
the new frequency or operating mode.
When the memory channel is selected from another
memory channel or VFO mode, the memorized fre-
quency and operating mode appear.
[EXAMPLE]
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
BWBW
2.4k2.4k
SFTSFT
0
VFOVFO
FIL2FIL2
USBUSB
TXTX
1
CWCW
qr.qwe.pp
21.076.5021.076.50
BWBW
500 500
SFTSFT
0
BPFBPF
1
FIL2FIL2
CWCW
TXTX
VFOVFO
USBUSB
wq.puy.tp
14.123.0014.123.00
BWBW
2.4k2.4k
SFTSFT
0
VFOVFO
FIL2FIL2
USBUSB
TXTX
1
CWCW
qr.qwe.pp
21.076.5021.076.50
BWBW
2.4k2.4k
SFTSFT
0
VFOVFO
FIL2FIL2
USBUSB
TXTX
1
CWCW
qr.qpp.pp
21.076.5021.076.50
BWBW
2.4k2.4k
SFTSFT
0
FIL2FIL2
USBUSB
TXTX
VFOVFO
USBUSB
qr.qpp.pp
14.100.0014.100.00
BWBW
2.4k2.4k
SFTSFT
0
FIL2FIL2
USBUSB
TXTX
VFOVFO
USBUSB
wq.wrt.pp
14.100.0014.100.00
BWBW
2.4k2.4k
SFTSFT
0
FIL2FIL2
USBUSB
TXTX
VFOVFO
USBUSB
qr.qwe.pp
14.100.0014.100.00
BWBW
2.4k2.4k
SFTSFT
0
1
FIL2FIL2
USBUSB
TXTX
VFOVFO
USBUSB
qr.qpp.pp
14.100.0014.100.00
1
1212
1
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
METERMETER
PoPo
ANTANT
1
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
qw:pp
12:0012:00
VFO is selected.
The frequency is changed.
Memory mode is selected.
VFO is selected again.
Memory channel 1 is selected.
The frequency is changed.
Another memory channel is selected.
Memory channel 1 is selected again.
Changed frequency (14.123 MHz) appears.
Changed frequency (14.123 MHz) does not appear and
memorized frequency (14.100 MHz) appears instead.
Содержание
- Hf 50 mhz all mode transceiver 1
- Instruction manual 1
- 30 dbm class ip3 at 14 mhz band and further improved 3rd order imd character istics real time spectrum scope with mini scope function boudot rtty demodulator and rtty transmit message memory selectable ssb transmission passband width each for higher and lower pass fre quency digital if filter allows you to select 51 types of filter shapes while receiving a station 2
- D features 2
- Explicit definitions 2
- Foreword supplied accessories 2
- Important 2
- Read this instruction manual carefull 2
- Save this instruction manual 2
- Caution 3
- Precautions 3
- R caution never 3
- R neve 3
- R warning high voltage neve 3
- R warning never 3
- R warning rf exposure 3
- Table of contents 4
- Table of contents 5
- Front panel 6
- Panel description 6
- 0 s rf meter p 31 shows the signal strength while receiving shows the relative output power swr alc or compres sion levels while transmitting 7
- 1 monitor switch monitor p 70 monitors your transmitted if signal 7
- 2 antenna tuner switch tuner p 89 turns the internal antenna tuner on and off 7
- Am mode 5 w to 40 w 7
- Bypass 7
- I rf gain control squelch control rf sql outer control adjusts the rf gain and squelch threshold level the squelch removes noise output from the speaker closed condition when no signal is re ceived 7
- Increases max 100 w 40 w for am decreases min 5 w 7
- O rf power control rf power continuously varies the rf output power from min imum 7
- Panel description 7
- Rf gain is fi xed at maximum 7
- Squelch is fi xed open ssb cw rtty only 7
- The cw side tone functions regardless of the moni tor switch setting in cw mode the monitor indicator in this switch lights green when the function is activated 7
- The squelch is particularly effective for fm it is also available for other modes 12 to 1 o clock position is recommended for any setting of the rf sql control the control can be set as auto rf gain control in ssb cw and rtty squelch control in am and fm or squelch control rf gain is fixed at maximum in set mode as follows p 99 7
- The tuner indicator in this switch lights red when the function is activated or blinks during manual tun ing when the tuner cannot tune the antenna the tuning circuit is bypassed automatically after 20 sec 7
- To maximum 7
- When functioning as rf gain control 7
- When functioning as squelch control 7
- When pushed momentarily tunes the antenna manually when pushed for 1 sec 7
- When setting as rf gain squelch control 7
- While rotating the rf gain control noise may be heard this comes from the dsp unit and does not indicate an equipment malfunction 7
- Continued 8
- Front panel 8
- Continued 10
- Front panel 10
- Continued 12
- Front panel 12
- Qr qpp pp 12
- Lcd display 14
- Qr qqy pp 14
- Bw 2 k sft 0 15
- Fil2 cw 15
- Panel description 15
- Pushing exit set several times returns to the start up screen see p 94 for set mode arrangement 15
- Qr qpp pp 15
- Screen menu arrangement 15
- The following screens can be selected from the start up screen choose the desired screen using the fol lowing chart 15
- Rear panel 16
- Microphone 17
- Antenna connection 18
- Grounding 18
- Installation and connections 18
- R warning neve 18
- Selecting a location 18
- Unpacking 18
- Front panel 19
- Installation and connections 19
- Rear panel 19
- Required connections 19
- Advanced connections 20
- Front panel 20
- Installation and connections 20
- Rear panel 20
- Before connecting the dc power cable check the following important items make sure the power switch is off output voltage of the power source is 12 15 v when you use a non icom power supply dc power cable polarity is correct 21
- Caution 21
- Connecting a dc power supply 21
- Connecting a vehicle battery 21
- Connecting ps 125 dc power supply 21
- Detailed installation notes for icom mobile transceivers to be fitted into vehicles are available contact your icom dealer or distribu tor 21
- Important 21
- Installation and connections 21
- Never connec 21
- Power supply connections 21
- R warning never con nec 21
- The transceiver directly to a 24 v battery 21
- To a battery without supplied dc fuses otherwise a fire hazard may occur 21
- Use the optional ps 125 dc power supply with a 25 a capacity when operating the transceiver with ac power refer to the diagrams below 21
- Connecting a non icom linear amplifier 22
- Connecting the ic pw1 euro 22
- Ic pw1 euro 22
- Installation and connections 22
- Linear amplifier connections 22
- R warning 22
- Transceiver 22
- Turn off the transceiver s antenna tuner while tuning the ic pw1 euro s tuner 22
- Use the ant1 connector when connecting a linear ampli fi er 22
- Caution 23
- Connecting the ah 4 ah 3 23
- Do not short pin 2 to ground as this can damage the internal 8 v regulator note dc voltage is applied to pin 1 for micro phone operation take care when using a non icom microphone 23
- External antenna tuner connection 23
- Front panel view 23
- Installation and connections 23
- Microphone connector information 23
- Transverter jack information 23
- When 2 to 13 v is applied to pin 6 of acc 2 the xvert jack is activated for transverter operation and the antenna connectors do not receive or trans mit any signals p 20 23
- While receiving the xvert jack can be activated as an input terminal from an external transverter 23
- While transmitting the xvert jack outputs signals of the displayed frequency at 20 dbm 22 mv as signals for the external transverter 23
- Fsk and afsk sstv connections 24
- Accessory connector information 25
- If the cw side tone level limit or beep level limit is in use the cw side tone or beep tone decreases from the fixed level when the af control is rotated above a speci fi ed level respectively p 96 25
- Installation and connections 25
- Basic operation 26
- Cpu resetting 26
- Initial settings 26
- When first applying power 26
- 0 21 76 0 27
- 00 12 00 27
- Bw bw 2 k 2 k sft sft 0 27
- Differences between vfo mode and memory mode 27
- Fil2 fil2 27
- Qr qpp pp 27
- Usb usb 27
- Vfo description 27
- Vfo vfo 27
- Basic operation 28
- Main sub 28
- Main sub band selection 28
- Push main sub to select access to the main or sub readout 28
- Push vfo memo to switch between vfo and memory modes 28
- Qr qot pp 28
- Qr qpp pp 28
- Selecting vfo memory mode 28
- Usb usb 28
- D using the band stacking registers 29
- Selecting an operating band 29
- Basic operation 30
- D direct frequency entry with the keypad 30
- D tuning with the tuning dial 30
- E push f inp ent to set the input frequency 30
- Examples 30
- Frequency setting 30
- If the dial lock function is activated the lock indica tor lights and the tuning dial does not function in this case push lock speech to deactivate the lock function p 65 30
- Q push the desired band key on the keypad 1 3 times 30
- The transceiver has a keypad for direct frequency entry as described right q push f inp ent 30
- The transceiver has several tuning methods for conve nient frequency tuning 30
- Usb usb 30
- W input the desired frequency 30
- W rotate the tuning dial to set the desired frequency 30
- Wq wot pp 30
- Wq wpp pp 30
- D quick tuning step 31
- D selecting khz step 31
- Qr qpp pp 31
- D selecting 1 hz step 32
- Tuning function ssb data cw rtty only 32
- D auto tuning step function 33
- D band edge warning beep 33
- Basic operation 34
- Microphone signals are muted when data mode is selected 34
- Mode selection 34
- Operating mode selection 34
- Rotate af control clockwise to increase counter clockwise to decrease the audio output level 34
- Selecting am fm mode push am fm to select am or fm 34
- Selecting cw rtty mode push cw rtty to select cw or rtty 34
- Selecting ssb mode push ssb to select usb or lsb 34
- Ssb lsb usb ssb data lsb d usb d cw cw reverse cw r rtty rtty reverse rtty r am am data am d fm and fm data fm d are avail able in the ic 756proiii select the desired operation mode as follows 34
- To select a mode of operation push the desired mode switch momentarily push the switch again to toggle between usb and lsb cw cw r and rtty rtty r am and fm if necessary push the switch for 1 sec to toggle between cw and cw r rtty and rtty r or to select data mode if necessary see the diagram below left for the order of selection 34
- Volume setting 34
- Squelch and receive rf sensitivity 35
- Analog transmit meter 36
- Meter function 36
- Multi function digital meter 36
- Swr reading 36
- Basic transmit operation 37
- D microphone gain adjustment 37
- D transmitting 37
- D convenient functions for receive 38
- Operating ssb 38
- Receive and transmit 38
- D about 5 mhz band operation usa version only 39
- D convenient functions for transmit 39
- D convenient functions for receive 40
- Operating cw 40
- D about cw reverse mode 41
- D convenient functions for transmit 41
- D cw side tone function 41
- Cw pitch 42
- D about cw pitch control 42
- Receive and transmit 42
- Rotate cw pitch to suit your preference 42
- The received cw audio pitch and monitored cw audio can be adjusted to suit your preference 300 to 900 hz in 25 hz steps without changing the operat ing frequency 42
- The fi lter set mode screen graphically displays the cw pitch operations see at left 42
- 00 21 085 00 43
- Bw bw 500 500 sft sft 43
- Electronic cw keyer 43
- Exit set 43
- Fil2 fil2 43
- Memory memory scan scan 43
- Q push exit set several times if necessary w push cw rtty to select cw mode e push f 3 keyer then exit set to select memory keyer menu screen r push one of the multi function keys f 1 to f 4 to select the desired menu see the diagram below 43
- Qr qpp pp 43
- Receive and transmit 43
- Scope scope voice voice 43
- The ic 756proiii has a number of convenient func tions for the electronic keyer that can be accessed from the memory keyer menu 43
- Vfo vfo 43
- Vfo vfo usb usb 43
- D memory keyer send screen 44
- Transmitting 44
- D editing a memory keyer 45
- Programming contents 45
- Count up trigger count up trigger 46
- D contest number set mode 46
- Number style number style 46
- Present number present number 46
- Setting the contact serial number 46
- D keyer set mode 47
- Dot dash ratio dot dash ratio 47
- Keyer repeat time keyer repeat time 47
- Setting the electronic keyer 47
- D keyer set mode continued 48
- Keyer type keyer type 48
- Mic up down keyer microphone s up dn switches keyer 48
- Paddle polarity paddle polarity 48
- Rise time rise time 48
- D convenient functions for receive 49
- Operating rtty fsk 49
- D about rtty reverse mode 50
- D rtty filter twin peak filter 50
- Qr qpp pp 50
- Rtty filter selection 50
- 4 1 4 off off 51
- Adjust the rtty decoder threshold level if some characters are displayed when no signal is received q call up the rtty decoder screen as described above w push f 4 adj to select the threshold level set ting condition e rotate the tuning dial to adjust the rtty decoder threshold level 51
- An external terminal unit tu or terminal node con troller tnc is not necessary for receiving a baudot signal 51
- Att att off off 51
- D functions for the rtty decoder indication 51
- D setting the decoder threshold level 51
- Def def adj adj wide wide 51
- Hld clr hld clr tx mem tx mem adj adj wide wide 51
- Q push exit set several times to close a multi function screen if necessary w push cw rtty to select rtty mode e push f 3 decode to turn the rtty decoder on 51
- R if the rtty fi lter is turned off push rtty fil to turn the function on 51
- R push exit set to exit the rtty decoder screen 51
- Receive and transmit 51
- Rtty rtty decode decode monitor monitor 51
- T push f 2 hold clr momentarily to freeze the current screen 51
- The transceiver has an rtty decoder for baudot mark freq 2125 hz shift freq 170 hz 45 bps 51
- The unshift on space usos function and new line code can be set in the rtty set mode p 49 51
- Tx mem tx mem hld clr hld clr adj adj wide wide 51
- U push f 2 hold clr for 1 sec to clear the dis played characters i push exit set to exit the rtty decoder screen 51
- Y push f 5 wide to toggle the normal or wide screen space 51
- D rtty memory transmission 52
- D rtty tuning meter 52
- D editing rtty memory 53
- Programming contents 53
- D rtty decoder set mode 54
- Rtty decode new line code 54
- Rtty decode usos 54
- Rtty tx usos 54
- Setting the contents 54
- D convenient functions for receive 55
- D convenient functions for transmit 55
- Operating am 55
- D convenient functions for receive 56
- D convenient functions for transmit 56
- Operating fm 56
- D setting the repeater tone 57
- Repeater operation 57
- Am fm xfc tuning dial 58
- Available tone squelch tones unit hz 58
- Convenient 58
- E push tone for 1 sec to enter tone set mode 58
- I operate the transceiver in the normal way o to cancel the tone squelch push tone to clear tsql 58
- Q set the desired frequency band and select fm mode w push tone several times until tsql appears 58
- R push f 2 z to select the t sql tone item t rotate the tuning dial to select the desired tone squelch frequency 58
- Receive and transmit 58
- Store tone squelch frequencies and on off settings in memory channels for easy recall 58
- The tone squelch opens only when receiving a signal containing a matching subaudible tone you can silently wait for calls from group members using the same tone 58
- Tone squelch operation 58
- Vfo memo split band keys 58
- Wo yip pp 58
- Y push exit set to return to the previous indica tion u when the received signal includes a matching tone squelch opens and the signal can be heard 58
- Data mode sstv psk31 operation 59
- D mini scope screen 60
- Function for receive 60
- Spectrum scope screen 60
- D scope set mode 61
- Max hold 61
- Scope during tx 61
- Attenuator 62
- Preamplifier 62
- Calculate function 63
- Practical example 63
- Rit function 63
- Agc function 64
- Agc time constant selection 64
- Selectable agc time constant 64
- Setting the agc time constant 64
- Twin pbt operation 65
- Filter passband width setting 66
- If filter selection 66
- Dsp filter shape 67
- Dualwatch monitors 2 frequencies with the same mode simultaneously 68
- Dualwatch operation 68
- During dualwatch both frequencies should be on the same band because the bandpass fi lter in the rf cir cuit is selected for the main readout frequency 68
- E select vfo mode for the main readout r set the desired operating frequency for the main readout t push dualwatch for 1 sec 68
- E set another desired frequency using the tuning dial r adjust bal to set a suitable signal strength bal ance between the main and sub readout frequen cies 68
- Function for receive 68
- I to cancel the scan push exit set 68
- Q program the desired programmed scan edges in the same amateur band see p 79 for program ming 68
- Q set a desired frequency w push dualwatch for 1 sec 68
- Rit function can be used for the main readout only tx function can be used for the transmit readout main readout when the split function is off sub readout when the split function is on 68
- Scanning during dualwatch 68
- Scanning operates only for the main readout to op erate the scan during dualwatch scan on the main readout and use the sub readout for your qso using both dualwatch and split frequency operation 68
- T to transmit on the sub readout frequency push change or split 68
- U push f 1 prog or f 2 f to start the pro grammed scan or f scan respectively 68
- Usb usb 68
- Vfo vfo 68
- Vfo vfo usb usb 68
- W push split to turn the split frequency function on 68
- Wq wop pp 68
- Wq wtp pp 68
- Y push f 5 scan to select the scan screen 68
- Noise blanker 69
- Notch function 69
- Dial lock function 70
- Noise reduction 70
- Function for transmit 71
- Vox function 71
- Break in function 72
- D full break in operation 72
- D semi break in operation 72
- Compression level setting 73
- Speech compressor 73
- Transmit filter width setting ssb only 73
- Calculate function 74
- Practical example 74
- Tx function 74
- Monitor function 75
- Convenient 76
- Direct shift frequency input the shift frequency can be entered directly 76
- Dualwatch function the dualwatch function is convenient for tuning the transmit frequency while monitoring both frequencies used for transmitting and receiving 76
- E push split 76
- E rotate the tuning dial while pushing xfc to set the transmit frequency to 21 10 mhz 76
- Example 76
- F inp ent split 76
- F inpent 76
- Function for transmit 76
- Q push f inp ent w enter the desired shift frequency with the digit keys 76
- Q set 21 90 mhz usb in vfo mode 76
- Split frequency operation 76
- Split frequency operation allows you to transmit and receive in the same mode on two different frequencies the split frequency operation is basically performed using 2 frequencies on the main and sub readouts 76
- Split lock function accidentally releasing the xfc switch while rotating the tuning dial changes the receive frequency to pre vent this use both the split lock and dial lock func tions to change the transmit frequency only the split lock function cancels the dial lock function while push ing xfc during split frequency operation 76
- The dial lock s effectiveness during split frequency op eration can be selected in the set mode for both re ceive and transmit frequencies or only the receive frequency p 100 76
- The following is an example of setting 21 90 mhz for receiving and 21 10 mhz for transmitting 76
- To change the transmit and receive frequencies push change to exchange the main and sub readouts 76
- Usb usb 76
- Vfo vfo 76
- Vfo vfo usb usb 76
- W push split momentarily then push change for 1 sec 76
- Wq wop pp 76
- Xfc change 76
- Quick split function 77
- Digital voice recorder 78
- Playing the recorded audio 78
- Recording a received audio 78
- Voice recorder functions 78
- Continued 79
- Digital voice recorder 79
- One touch playback 79
- One touch voice recording 79
- Continued 80
- Confirming a message for transmit 80
- Digital voice recorder 80
- Programming a memory name for transmit 80
- Recording a message for transmit 80
- Continued 81
- Digital voice recorder 81
- Sending a message for transmit 81
- Transmit level setting 81
- Transmit monitor function 81
- F inpent 82
- Memory channel selection 82
- Memory channels 82
- Memory operation 82
- Usb usb 82
- Using the keypad 82
- Using the y or z keys 82
- Vfo memo 82
- Vfo vfo 82
- 0 14 00 0 83
- Agc agc mid mid 83
- Ant ant 83
- Att att off off 83
- Bw bw 2 k 2 k 83
- Comp comp off off wide wide 83
- Confirming programmed memory channels 83
- E push f 3 select to set the memory channel as a select memory or not 83
- E rotate the tuning dial while pushing f 2 set to select the desired memory channel 83
- Fil2 fil2 83
- Memory channel screen 83
- Memory operation 83
- Meter meter 83
- P amp p amp 83
- Q push exit set several times to close a multi function screen if necessary w push f 4 memory to select the memory chan nel screen 83
- Q select the memory channel screen as described above w rotate the tuning dial while pushing f 1 roll to scroll the screen e push f 2 set to select the highlighted memory channel if desired 83
- Q select the memory channel screen as described at left w rotate the tuning dial while pushing f 1 roll or f 2 set to select the desired memory chan nel 83
- R push exit set to exit the memory channel screen 83
- R repeat steps w to e to program another memory channel as a select memory channel if desired t push exit set to exit the memory channel screen 83
- Roll roll set set select select name name wide wide 83
- Select memory channels are used for select memory scan select memory scan repeatedly scans the se lect memory channels only this is useful to speed up the memory scan interval of course select memory channels are also scanned during normal memory scan 83
- Selecting a memory channel using the memory channel screen 83
- Setting a memory channel as a select memory 83
- Setting select memory channels is also possible in the scan screen 83
- Sft sft 0 83
- The memory channel screen simultaneously shows 7 memory channels and their programmed contents 13 memory channels can be displayed in the wide mem ory channel screen 83
- Usb usb 83
- Vox vox off off 83
- You can select a desired memory channel from the memory channel screen 83
- E push mw for 1 sec to program the displayed fre quency and operating mode into the memory channel 84
- E push mw for 1 sec to program the displayed frequency and operating mode into the memory channel 84
- E tpw pp 84
- Example programming 21 80 mhz usb into memory channel 18 84
- Example programming 7 88 mhz lsb into memory channel 12 84
- Lsb lsb 84
- Memory channel programming 84
- Memory channel programming can be preformed ei ther in vfo mode or in memory mode 84
- Memory operation 84
- Programming in memory mode 84
- Programming in vfo mode 84
- Q select the desired memory channel with y z in memory mode 84
- Q set the desired frequency and operating mode in vfo mode w push y z several times to select the desired memory channel 84
- Qr qpp pp 84
- U pii pp 84
- Usb usb 84
- Vfo vfo 84
- W set the desired frequency and operating mode in memory mode 84
- Wq wip pp 84
- E push vfo memo for 1 sec to transfer the fre quency and operating mode 85
- E to return to vfo mode push vfo memo mo mentarily 85
- Frequency transferring 85
- Memory operation 85
- Q select the memory channel to be transferred with y z in memory mode 85
- Q select vfo mode with vfo memo w select the memory channel to be transferred with y z 85
- The frequency and operating mode in a memory chan nel can be transferred to the vfo frequency transferring can be performed in either vfo mode or memory mode 85
- This is useful for transferring frequency and operat ing mode while operating in memory mode 85
- This is useful for transferring programmed contents to vfo 85
- Transferring example in memory mode operating frequency 14 20 mhz cw m ch 16 contents of m ch 16 14 18 mhz cw 85
- Transferring example in vfo mode operating frequency 21 20 mhz usb vfo contents of m ch 16 14 18 mhz cw 85
- Transferring in memory mode 85
- Transferring in vfo mode 85
- Usb usb 85
- Vfo memo 85
- Vfo vfo 85
- W push vfo memo for 1 sec to transfer the fre quency and operating mode 85
- When you have changed the frequency or operat ing mode in the selected memory channel displayed frequency and mode are transferred programmed frequency and mode in the mem ory channel are not transferred and they remain in the memory channel 85
- 0 14 00 0 86
- 0 14 95 0 vfo vfo 86
- Abc abc 86
- Agc agc mid mid 86
- All memory channels including scan edges can be tagged with alphanumeric names of up to 10 charac ters each 86
- Ant ant 86
- Any unnecessary memory channels can be cleared the cleared memory channels become blank chan nels 86
- Att att off off 86
- Bw bw 2 k 2 k 86
- Comp comp off off wide wide 86
- Cw cw 14 95 0 14 95 0 vfo vfo 86
- E select the desired memory channel 86
- Editing programming memory names 86
- Fil2 fil2 86
- Memory clearing 86
- Memory names 86
- Memory operation 86
- Meter meter 86
- P amp p amp 86
- Q push exit set several times to close a multi function screen if necessary w push f 4 memory to select the memory chan nel screen 86
- Q select memory mode with vfo memo w select the desired memory channel with y z e push m cl for 1 sec to clear the contents 86
- Qot pp 86
- Qr qot pp 86
- R push f 4 name to edit memory channel name 86
- R to clear other memory channels repeat steps w and e 86
- Roll roll set set select select name name wide wide 86
- Sft sft 0 86
- T input the desired character by rotating the tuning dial or by pushing the band key for number input 86
- U repeat steps e to y to program another memory channel s name if desired i push exit set to exit the memory channel screen 86
- Usb usb 86
- Vfo vfo 86
- Vfo vfo usb usb 86
- Vox vox off off 86
- Wr oyp pp 86
- Y push exit set to input and set the name 86
- _ _ and spaces can be used 86
- Ç å del del space space wide wide 86
- Calling up a frequency from a memo pad 87
- Memo pads 87
- Temporary pad 87
- Writing frequencies and operating modes into memo pads 87
- Channels 88
- Preparation 88
- Scan resume on off 88
- Scan speed 88
- Scan types 88
- Squelch condition 88
- 0 14 00 0 89
- Agc agc mid mid 89
- Att att off off 89
- Bw bw 2 k 2 k 89
- Comp comp off off wide wide 89
- Comp comp off wide wide 89
- F scan operation 89
- Fil2 fil2 89
- I push f 2 f to start the f scan 89
- If the same frequencies are programmed into the scan edge memory channel p1 and p2 pro grammed scan does not start 89
- Meter meter 89
- O when the scan detects a signal the scan stops pauses or ignores it depending on the resume set ting and the squelch condition 0 to cancel the scan push f 2 f 89
- P amp p amp 89
- Programmed scan operation 89
- Q push exit set several times to close a multi function screen if necessary w select vfo mode e select the desired operating mode 89
- Q push exit set several times to close a multi function screen if necessary w select vfo mode or a memory channel e select the desired operating mode 89
- Qr qot pp 89
- R push f 5 scan to select the scan screen 89
- Sft sft 0 89
- T set rf sql open or closed 89
- U set center frequency of the f span 89
- U when the scan detects a signal the scan stops pauses or ignores it depending on the resume set ting and the squelch condition i to cancel the scan push f 1 prog 89
- Usb usb 89
- Vox vox off off 89
- Y push f 1 prog to start the programmed scan 89
- Y set the f span by pushing f 4 f span 89
- 0 14 00 0 90
- Agc agc mid mid 90
- Agc mid 90
- Ant ant 90
- Att att off off 90
- Att off 90
- Bw bw 2 k 2 k 90
- Comp comp off off wide wide 90
- Decimal points blink while scanning 90
- Fil2 fil2 90
- Fine program scan or fine f scan ap pears 90
- Fine programmed scan fine f scan 90
- Fine scan functions as programmed or f scan but scan speed decreases when the squelch opens but does not stop the scanning tuning step shifts from 50 hz to 10 hz while the squelch opens 90
- Memory scan operation 90
- Meter meter 90
- Or more memory channels must be programmed for memory scan to start 90
- P amp p amp 90
- Q push exit set several times to close a multi function screen if necessary w push f 5 scan to select the scan screen e set for programmed scan or f scan as described on previous page r push f 1 prog or f 2 f to start a scan 90
- Q push exit set several times to close a multi function screen if necessary w select memory mode e push f 5 scan to select the scan screen 90
- Qr qot pp 90
- R set rf sql open or closed 90
- See p 83 for scan condition if the rf sql control function is set as auto the squelch is always open in ssb cw and rtty modes see pgs 2 30 99 for details 90
- Sft sft 0 90
- T push f 1 memo to start the memory scan 90
- T push f 3 fine to start a fi ne scan 90
- Usb usb 90
- Vfo vfo 90
- Vox off 90
- Vox vox off off 90
- Y when the scan detects a signal the scan speed decreases but does not stop u push f 1 prog or f 2 f to stop the scan push f 3 fine to cancel the fi ne scan 90
- Y when the scan detects a signal the scan stops pauses or ignores it depending on the resume set ting and the squelch condition u to cancel the scan push f 1 memo 90
- 0 14 00 0 91
- Agc agc mid mid 91
- Ant ant 91
- Att att off off 91
- Bw bw 2 k 2 k 91
- Comp comp off off wide wide 91
- Comp comp off wide wide 91
- Fil2 fil2 91
- Meter meter 91
- Or more memory channels must be designated as select memory channels for select memory scan to start 91
- P amp p amp 91
- Q push exit set several times to close a multi function screen if necessary w select memory mode e push f 5 scan to select the scan screen 91
- Qr qot pp 91
- R select the desired memory channel to set as a se lect memory channel 91
- R set rf sql open or closed 91
- Select memory channels can also be set in the memory channel screen p 78 91
- Select memory scan operation 91
- Setting select memory channels 91
- Sft sft 0 91
- T push f 1 memo to start the memory scan 91
- T push f 3 select to set the memory channel as a select memory or not 91
- U when the scan detects a signal the scan stops pauses or ignores it depending on the resume set ting and the squelch condition i to cancel the scan push f 1 memo 91
- Usb usb 91
- Vfo vfo 91
- Vox vox off off 91
- Y push f 3 select to start select memory scan push f 3 select again to return to memory scan if desired 91
- Y repeat steps r to t to program another memory channel as a select memory channel if desired u push exit set to exit the scan screen 91
- Scan resume condition 92
- Scan set mode 92
- Scan speed 92
- Tone scan 92
- Agc agc mid mid 93
- Antenna tuner operation 93
- Automatic antenna selection 93
- Comp comp off off wide wide 93
- Vox vox off off 93
- Antenna tuner operation 94
- Caution 94
- Ah 4 ah 3 hf automatic antenna tuner 95
- Ah 4 ah 3 operation 95
- Antenna tuner of the ic pw1 95
- Optional external tuner operation 95
- R danger high voltage 95
- Clock and timers 96
- Clock2 function 96
- Clock2 offset 96
- Power off period 96
- Power on timer set 96
- Time now 96
- Time set mode 96
- Timer function 96
- 0 14 00 0 97
- 0 14 00 0 1 97
- Agc agc mid mid 97
- Ant ant 97
- Att att off off 97
- Bw bw 2 k 2 k 97
- Clock and timers 97
- Comp comp off off wide wide 97
- Comp comp off wide wide 97
- D clock2 function activity 97
- D clock2 offset setting 97
- D setting the current time 97
- D timer function activity 97
- E push exit set twice to exit time set mode 97
- E push f 4 set to enter the set time 97
- Fil2 fil2 97
- Meter meter 97
- P amp p amp 97
- Q entering time set mode push f 1 y or f 2 z to select the clock2 function item w select the timer function activity using the tuning dial e push exit set twice to exit time set mode 97
- Q entering time set mode push f 1 y or f 2 z to select the clock2 offset item w rotate the tuning dial to set the offset time within 24 00 to 24 00 in 5min steps e push exit set twice to exit time set mode 97
- Q entering time set mode push f 1 y or f 2 z to select the timer function item 97
- Q entering time set mode push f 1 y to select the time now item w set the current time using the tuning dial 97
- R push exit set twice to exit time set mode 97
- Set set 97
- Sft sft 0 97
- The timer functions can be switched on and off 97
- Usb usb 97
- Vox vox off off 97
- W select the timer function activity using the tuning dial 97
- Clock and timers 98
- D setting power off period 98
- D setting power on time 98
- D timer operation 98
- E push f 4 set to enter the set time 98
- E push power for 1 sec to turn the power off 98
- Q entering time set mode push f 1 y or f 2 z to select the power on time set item 98
- Q entering time set mode push f 2 z to select the power off period item 98
- Q preset the power on time and power off period as described previously w push power momentarily to turn the timer func tion on 98
- R push exit set twice to exit time set mode 98
- R push exit set twice to exit timer set mode 98
- R when the set time arrives the power is automati cally turned on t the transceiver emits 10 beeps and turns off after the power off period elapses 98
- The timer function in time set mode must be turned on to enable the timer operation see above for details 98
- The transceiver can be set to turn off automatically after being activated via the power on timer the power off period can be set to 5 120 min in 5 min steps 98
- The transceiver can be set to turn on automatically at a speci fi ed time 98
- W set the desired power off time using the tuning dial 98
- W set the desired power on time using the tuning dial 98
- 0 14 00 0 99
- 0 14 00 0 1 99
- Bw bw 2 k 2 k 99
- Exit set 99
- Fil2 fil2 99
- For 1 sec 99
- Others others 99
- Qr wpt pp 99
- Set mode 99
- Set mode description 99
- Sft sft 0 99
- Usb usb 99
- Usb usb 14 00 0 14 00 0 1 99
- Vfo vfo 99
- Vfo vfo usb usb 99
- Wide wide 99
- Level set mode 100
- Ssb tbw mid h 100
- Ssb tbw mid l 100
- Ssb tbw nar l 100
- Ssb tbw wide h 100
- Ssb tbw wide l 100
- Ssb tx tone bass 100
- Ssb tx tone treble 100
- Beep level 101
- Beep level limit 101
- Continued 101
- Level set mode 101
- Monitor level 101
- Side tone level 101
- Side tone level limit 101
- Ssb tbw nar h 101
- Backlight lcd 102
- Backlight switches 102
- Contrast lcd 102
- Display font 102
- Display set mode 102
- Display type 102
- Horizon 102
- Memory name 102
- Display set mod 103
- Ja3yua 103
- Beep band edge 104
- Beep confirmation 104
- Calibration marker 104
- Dsp filter set mode 104
- Miscellaneous others set mode 104
- Rf sql control 104
- Continued 105
- Fm split offset 50m 105
- Fm split offset hf 105
- Miscellaneous others set mod 105
- Quick dualwatch 105
- Quick split 105
- Split lock 105
- Ant switch 106
- Continued 106
- Miscellaneous others set mod 106
- Rtty keying polarity 106
- Rtty mark frequency 106
- Rtty shift width 106
- Tuner auto start 106
- Tuner ptt start 106
- Continued 107
- Memopad numbers 107
- Miscellaneous others set mod 107
- Speech language 107
- Speech s level 107
- Speech speed 107
- Continued 108
- Cw normal side 108
- Main dial auto ts 108
- Mic up down speed 108
- Miscellaneous others set mod 108
- Quick rit tx clear 108
- Ssb cw synchronous tuning 108
- Ci v address 109
- Ci v baud rate 109
- Ci v transceive 109
- Ci v with ic 731 109
- Continued 109
- External keypad 109
- Miscellaneous others set mod 109
- Caution 110
- Opening the transceiver s cases 110
- Option installation 110
- Ut 102 110
- Bottom view 111
- Internal views 111
- Top view 111
- Maintenance 112
- The following chart is designed to help you correct problems which are not equipment malfunctions if you are unable to locate the cause of a problem or solve it through the use of this chart contact your near est icom dealer or service center 112
- Troubleshooting 112
- Caution 113
- Clock backup battery replacement 113
- Fuse replacement 113
- Approximate 114
- Caution 114
- Frequency calibration 114
- Tuning dial brake adjustment 114
- Control command 115
- Remote jack ci v information 115
- Command table 116
- Control command 116
- Command table continued 117
- Control command 117
- Command table continued 118
- Control command 118
- Band stacking register 119
- Channel code for memory keyer 119
- Character s code for my call 119
- Control command 119
- Fm split frequency hf 50 mhz setting 119
- To send read memory contents 119
- Antenna tuner 120
- General 120
- Receiver 120
- Specifications 120
- Transmitter 120
- About dc power supply 121
- Options 121
- About ce 122
- Installation notes 122
- About ce 123
- Declaration of conformity 123
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