![Icom IC-756PROII [85/88] Specifications](/img/pdf.png)
Icom IC-756PROII [85/88] Specifications
![Icom IC-756PROII [85/88] Specifications](/views2/1074407/page85/bg55.png)
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83
SPECIFICATIONS
• General
• Frequency coverage :
Rx 0.030–60.000 MHz*
1
*
2
Tx 1.800– 1.999 MHz*
2
3.500– 3.999 MHz*
2
7.000– 7.300 MHz*
2
10.100–10.150 MHz*
2
14.000–14.350 MHz*
2
18.068–18.168 MHz*
2
21.000–21.450 MHz*
2
24.890–24.990 MHz*
2
28.000–29.700 MHz*
2
50.000–54.000 MHz*
2
*
1
Some frequency bands are not guaranteed.
*
2
Depending on version.
• Mode : USB, LSB, CW, RTTY, AM, FM
•No. of memory channels : 101
(99 regular, 2 scan edges)
• Antenna connector : SO-239×2 and phono
(RCA; 50 Ω)
• Temperature range : –10˚C to +50˚C
; +14˚F to +122˚F
• Frequency stability : Less than ±0.5 ppm 1 min. after
power ON.
(–10 to +50˚C; +14 to
+122˚F)
• Frequency resolution : 1 Hz
• Power supply : 13.8 V DC ±15%
(negative ground)
• Power consumption :
Transmit Max. power 23 A
Receive Standby 3.0 A (typ.)
Max. audio 3.5 A (typ.)
• Dimensions : 340(W) × 111(H) ×285(D) mm
(projections not included) 13
3
⁄8(W) × 4
3
⁄8(H) × 11
7
⁄32(D) in
• Weight (approx.) : 9.6 kg; 21 lb 3 oz
• ACC 1 connector : 8-pin DIN connector
• ACC 2 connector : 7-pin DIN connector
• CI-V connector : 2-conductor 3.5 (d) mm (
1
⁄8″)
• Display : 5-inch
(diagonal) TFT color LCD
• Transmitter
•Output power (continuously adjustable):
SSB/CW/RTTY/FM Less than 5 to 100 W
AM Less than 5 to 40 W
• Modulation system :
SSB PSN modulation
AM Low power modulation
FM Phase modulation
• Spurious emission : 50 dB
(HF bands)
60 dB (50 MHz band)
• Carrier suppression : 40 dB
•Unwanted sideband : 55 dB
suppression
• ∂TX variable range : ±9.999 kHz
• Microphone connector : 8-pin connector
(600 Ω)
• ELEC-KEY connector :
3-conductor 6.35(d) mm
(
1
⁄4″)
• KEY connector :
3-conductor 6.35(d) mm
(
1
⁄4″)
• SEND connector : Phono
(RCA)
• ALC connector : Phono (RCA)
• Receiver
• Receive system : Triple conversion
superheterodyne system
• Intermediate frequencies :
1st 64.455 MHz
2nd 455 kHz
3rd 36 kHz
• Sensitivity (typical) :
SSB, CW, RTTY 0.16 µV
(1.80–29.99 MHz)*
1
(10 dB S/N) 0.13 µV (50.0–54.0 MHz)*
2
AM (10 dB S/N) 13 µV (0.5–1.799 MHz)
2 µV
(1.80–29.99 MHz)*
1
1 µV (50.0–54.0 MHz)
FM (12 dB SINAD) 0.5 µV (28.0–29.99 MHz)*
1
0.32 µV
(50.0–54.0 MHz)*
2
*
1
Pre-amp 1 is ON, *
2
Pre-amp 2 is ON
• Squelch sensitivity (Pre-amp: OFF):
SSB, CW, RTTY Less than 5.6 µV
FM Less than 1 µV
• Selectivity :
SSB, RTTY More than 2.4 kHz/–6 dB
(BW: 2.4 kHz) Less than 3.6 kHz/–60 dB
CW (BW: 500 Hz) More than 500 Hz/–6 dB
Less than 700 Hz/–60 dB
AM (BW: 6 kHz) More than 6.0 kHz/–6 dB
Less than 15.0 kHz/–60 dB
FM (BW: 15 kHz) More than 12.0 kHz/–6 dB
Less than 20.0 kHz/–60 dB
• Spurious and image : More than 70 dB
rejection ratio
(except IF through on 50 MHz band)
• AF output power : More than 2.0 W at 10%
(at 13.8 V DC) distortion with an 8 Ω load
• RIT variable range : ±9.999 kHz
• PHONES connector : 3-conductor 6.35 (d) mm (
1
⁄4″)
• External SP connector : 2-conductor 3.5 (d) mm
(
1
⁄
8
″)/8 Ω
• Antenna tuner
• Matching impedance range:
HF bands 16.7 to 150 Ω unbalanced
(Less than VSWR 3:1)
50 MHz band 20 to 125 Ω unbalanced
(Less than VSWR 2.5:1)
•Minimum operating input : 8 W
power
• Tuning accuracy : VSWR 1.5:1 or less
• Insertion loss
(after tuning) : Less than 1.0 dB
All stated specifications are typical and subject to change without no-
tice or obligation.
IC-756PROII.qxd 02.1.8 15:52 Page 83
Содержание
- Hf 50 mhz all mode transceiver 1
- I756pro 1
- Ic 756proii qxd 02 15 51 page a 1
- Instruction manual 1
- Explicit definitions 2
- Important 2
- Precautions 2
- R neve 2
- R warning high voltage neve 2
- Read this instruction manual carefull 2
- Save this instruction manual 2
- Q dc power cable opc 025d 1 w hand microphone hm 36 1 e spare fuses fgb 30 a 2 r spare fuse fgb 5 a 1 t cw keyer plug ap 330 1 3
- Q w e r 3
- Supplied accessories 3
- Table of contents 3
- The transceiver comes with the following accessories qty 3
- I front panel 4
- Panel description 4
- Continued 6
- I front panel 6
- Continued 8
- I front panel 8
- Continued 10
- I front panel 10
- Qr qpp pp 10
- Caution 11
- 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 11
- Front panel view 11
- Hm 36 schematic diagram 11
- I microphone 11
- Microphone connector 11
- Panel description 11
- Q up down switches up dn change the selected readout frequency or memory channel 11
- W ptt switch push and hold to transmit release to receive 11
- I lcd display 12
- Qr qqy pp 12
- Bw 2 k sft 0 13
- F 2 f 3 f 4 f 5 13
- F 4 f 2 13
- F 5 f 3 13
- Fil2 cw 13
- I screen menu arrangement 13
- Panel description 13
- Pushing exit set several times returns to the start up screen see p 64 for set mode arrangement 13
- Qr qpp pp 13
- The following screens can be selected from the start up screen choose the desired screen using the fol lowing chart 13
- I rear panel 14
- 2 antenna connector 1 ant1 3 antenna connector 2 ant2 pgs 14 15 accept a 50 ω antenna with a pl 259 connector 15
- 4 ground terminal gnd pgs 14 15 connect this terminal to a ground to prevent electri cal shocks tvi bci and other problems 15
- Connect it to the ant1 connector the internal antenna tuner activates for ant2 and deactivates for ant1 when connecting the ah 4 or ah 3 15
- D acc sockets 15
- 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 specified level respectively p 65 15
- Or ah 3 15
- Panel description 15
- When using an optional ah 4 15
- I antenna connection 16
- I grounding 16
- I selecting a location 16
- I unpacking 16
- Installation and connections 16
- R warning neve 16
- Front panel 17
- I required connections 17
- Installation and connections 17
- Rear panel 17
- Front panel 18
- I advanced connections 18
- Installation and connections 18
- Rear panel 18
- 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 19
- Caution 19
- Connecting a dc power supply 19
- Connecting a vehicle battery 19
- Connecting ps 125 dc power supply 19
- I power supply connections 19
- Installation and connections 19
- Never connec 19
- To a 24 v battery 19
- To a battery without supplied dc fuses otherwise a fire hazard may occur 19
- 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 19
- Connecting a non icom linear amplifier 20
- Connecting the ic pw1 20
- I linear amplifier connections 20
- Ic pw1 20
- Installation and connections 20
- R warning 20
- Transceiver 20
- Turn off the transceiver s antenna tuner while tuning the ic pw1 s tuner 20
- Use the ant1 connector when connecting a linear amplifier 20
- I external antenna tuner connection 21
- I transverter jack information 21
- Acc 1 socket rear panel view 22
- Afsk and sstv connections 22
- Afsk and sstv connections via microphone connector 22
- For rtty operation narrow filter settings may not pass rtty signals be sure to select the appropriate if filter settings corresponding to the signal width p 29 22
- Fsk rtty connection 22
- I fsk and afsk sstv connections 22
- Installation and connections 22
- Mic connector front panel view 22
- Terminal node controller tnc or scan converter 22
- Terminal unit tu or terminal node controller tnc 22
- To connect a terminal unit tnc or scan converter refer to the diagram below 22
- Use rtty mode for operation 22
- Use ssb or fm mode for operation 22
- When connected to the mic connector mic gain and af control adjustment is required 22
- Cpu resetting 23
- Frequency setting 23
- I initial settings 23
- I when first applying power 23
- 0 21 76 0 24
- Bw bw 2 k 2 k sft sft 0 24
- Differences between vfo mode and memory mode 24
- 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 24
- Example 24
- Fil2 fil2 24
- Frequency setting 24
- I vfo description 24
- Memory mode pgs 51 55 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 24
- Qr qpp pp 24
- The transceiver s vfo is somewhat different the vfo of the ic 756proii acts like a computer s window and can show one frequency and one operating mode 24
- Usb usb 24
- Vfo is an abbreviation of variable frequency oscilla tor and traditionally refers to an oscillator 24
- 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 24
- Vfo vfo 24
- When a vfo is selected from another band or mem ory mode the frequency and operating mode last used for that vfo appear 24
- When the memory channel is selected from another memory channel or vfo mode the memorized fre quency and operating mode appear 24
- You can call up a desired frequency to the vfo with the keypad memo pad read switch see p 56 or the memory transfer function see p 54 you can also change the frequency with the tuning dial and select the operating mode with the mode switches 24
- For general coverage receiver use 25
- For ham band use 25
- I direct frequency entry with the keypad 25
- I frequency setting with the tuning dial 25
- O uip pp 25
- Qt qpp pp 25
- Usb usb 25
- Vfo vfo 25
- Wq wot pp 25
- Wq wpp pp 25
- I advanced tuning functions 26
- Qr qpp pp 26
- I mode selection 27
- I twin pbt operation 27
- Receive and transmit 27
- I noise reduction 28
- I notch function 28
- I dsp filter shape 29
- I noise blanker 29
- I cw reverse mode 30
- I rtty reverse mode 30
- I rtty filter twin peak filter 30
- Qr qpp pp 30
- Rtty filter selection 30
- Filter passband width setting 31
- I cw pitch control 31
- I if filter selection 31
- If filter selection 31
- 0 14 00 0 32
- Agc agc mid mid 32
- Agc time constant selection 32
- Ant ant 32
- Att att off off 32
- Bw bw 2 k 2 k 32
- Comp comp off off wide wide 32
- Def def 32
- E push agc several times to select fast time constant r rotate the tuning dial to set the desired time con stant for agc fast 32
- Fil2 fil2 32
- I agc function 32
- Meter meter 32
- O select another mode except fm repeat steps e to i if desired 0 push exit set to exit the agc set mode screen 32
- P amp p amp 32
- Q select non fm mode w push agc several times to select agc fast agc medium mid or agc slow 32
- Q select the desired mode except fm mode w push agc for 1 sec to enter agc set mode 32
- Qr qot pp 32
- Receive and transmit 32
- Selectable agc time constant 32
- Setting the agc time constant 32
- Sft sft 0 32
- T push agc to select medium time constant y rotate the tuning dial to set the desired time con stant for agc mid 32
- The agc auto gain control controls receiver gain to produce a constant audio output level even when the received signal strength is varied by fading etc 32
- The fm mode agc time constant is fixed as fast 0 sec and agc time constant cannot be selected 32
- The transceiver has 3 agc characteristics time con stant fast mid slow for non fm mode 32
- U push agc to select slow time constant i rotate the tuning dial to set the desired time con stant for agc slow 32
- Unit sec 32
- Usb usb 32
- Vfo vfo 32
- Vfo vfo usb usb 32
- Vox vox off off 32
- Dualwatch monitors 2 frequencies with the same mode simultaneously 33
- During dualwatch both frequencies should be on the same band because the bandpass filter in the rf cir cuit is selected for the main readout frequency 33
- E select vfo mode for the main readout r set the desired operating frequency for the main readout 33
- 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 33
- I dualwatch operation 33
- I to cancel the scan push exit set 33
- Q program the desired programmed scan edges in the same amateur band see p 53 for program ming 33
- Q set a desired frequency w push dualwatch for 1 sec 33
- Receive and transmit 33
- 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 33
- Scanning during dualwatch 33
- 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 33
- T push dualwatch for 1 sec 33
- T to transmit on the sub readout frequency push change or split 33
- U push f 1 prog or f 2 f to start the pro grammed scan or f scan respectively 33
- Usb usb 33
- Vfo vfo 33
- Vfo vfo usb usb 33
- W push split to turn the split frequency function on 33
- Wq wop pp 33
- Wq wtp pp 33
- Y push f 4 scan to select the scan screen 33
- 1 khz to 1 mhz can be set when you require a minus shift direction push in advance 34
- Convenient 34
- Direct shift frequency input the shift frequency can be entered directly 34
- Dualwatch function the dualwatch function is convenient for tuning the transmit frequency while monitoring both frequencies used for transmitting and receiving 34
- E push split 34
- E rotate the tuning dial while pushing xfc to set the transmit frequency to 21 10 mhz 34
- Example 34
- I split frequency operation 34
- Now you can receive on 21 90 mhz and transmit on 21 10 mhz 34
- Q push f inp w enter the desired shift frequency with the digit keys 34
- Q set 21 90 mhz usb in vfo mode 34
- Receive and transmit 34
- Split frequency operation allows you to transmit and receive in the same mode on two different frequen cies the split frequency operation is basically per formed using 2 frequencies on the main and sub readouts 34
- 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 34
- 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 69 34
- The following is an example of setting 21 90 mhz for receiving and 21 10 mhz for transmitting 34
- The quick split function is much more convenient for selecting the transmit frequency see the next section for details the equalized transmit frequency and appear on the lcd tx appears to show the transmit frequency s readout 34
- The shift frequency is input in the sub readout and the split function is turned on 34
- The transmit frequency can be monitored while pushing xfc or using dualwatch 34
- To change the transmit and receive frequencies push change to exchange the main and sub readouts 34
- Usb usb 34
- Vfo vfo 34
- Vfo vfo usb usb 34
- W push split momentarily then push change for 1 sec 34
- Wq wop pp 34
- E rotate the tuning dial to set the transmit fre quency or input the transmit frequency using the keypad and ent or input a shift frequency using the keypad and split 35
- I quick split function 35
- Operation 1 q push split for 1 sec to standby for split opera tion w if the dx station s operator says up 10 khz 35
- Operation 2 if the dx station s operator says down 5 khz be fore you enter standby for split operation push f inp 5 then split 35
- Practical example 35
- Push 1 0 then split or rotate the tuning dial 35
- Q push split momentarily and push change for 1 sec 35
- Q suppose you are operating at 21 90 mhz usb in vfo mode 35
- Receive and transmit 35
- Split frequency operation is turned on the sub readout is equalized to the main readout fre quency the sub readout enters standby for transmit frequency input 35
- The quick split function is on by default for your convenience it can be turned off in set mode p 69 in this case the split switch does not equalize the main and sub readout frequencies 35
- The split function is turned on and 5 khz down fre quency is entered in the sub readout 35
- The sub readout frequency is equalized to the main readout frequency and appears 35
- The transmit frequency can be monitored while pushing xfc or using dualwatch 35
- This shortens the time needed to start split frequency operation 35
- Usb usb 35
- W push split for 1 sec 35
- W rotate the tuning dial to set your receive fre quency in the main readout e announce your receive frequency r after you catch one of the calling stations call signs push and hold the ptt switch to respond 35
- When you are searching for dx stations and you suspect that a dx station may say up x khz for their receive frequency 35
- When you push the split switch for 1 sec split fre quency operation is turned on the sub readout is equalized to the main readout frequency and enters standby for transmit frequency input 35
- When you receive a pile up and you want to start split frequency operation to simplify picking out sta tions 35
- When you find a dx station an important considera tion is how to set the split frequency 35
- While pushing xfc you can monitor your transmit frequency 35
- Wq wop pp 35
- Calculate function 36
- E to reset the rit frequency push clear for 1 sec 36
- E to reset the tx frequency push clear for 1 sec 36
- I rit and tx 36
- Practical example 36
- Q push rit and tx to turn both the rit and tx functions on w rotate rit tx to find the dx station s receive frequency e when you find the dx station s receive frequency push rit to turn the rit function off 36
- Q push the rit switch 36
- Q push the tx switch 36
- Qr qot pp 36
- Qr qot wt 36
- R start transmitting while the station is standing by 36
- R to cancel the rit function push rit again 36
- R to cancel the tx function push tx again 36
- Receive and transmit 36
- Rit function 36
- The rit function shifts the receive frequency up to 9 99 khz in 1 hz steps 10 hz steps when can celling the 1 hz step readout without moving the transmit frequency 36
- The shift frequency of the rit or tx function can be added subtracted to the displayed frequency 36
- The tx function shifts the transmit frequency up to 9 99 khz in 1 hz steps 10 hz steps when can celling the 1 hz step readout without moving the re ceive frequency 36
- Tx function 36
- Usb usb 36
- Vfo vfo 36
- W rotate the rit tx control 36
- When rit and tx are on at the same time the rit tx control shifts both the transmit and receive frequencies from the displayed frequency at the same time 36
- When you find a dx station on 21 25 mhz cw and the station is picking up stations transmitting slightly up from 21 25 mhz 36
- While displaying the rit and or tx shift frequency push rit or tx for 1 sec 36
- Adjusting the vox function 37
- I monitor function 37
- I vox function 37
- Using the vox function 37
- Analog transmit meter 38
- I meter function 38
- I swr reading 38
- Multi function digital meter 38
- Compression level setting 39
- I preamp 39
- I speech compressor 39
- Speech compressor 39
- E push the desired memory channel switch f 1 r1 f 4 r4 momentarily to playback 40
- I digital voice recorder 40
- If the transmit voice memory channel t1 t4 appears push f 5 t r to select receive voice memory chan nel 40
- Important push one of f 1 r1 f 4 r4 to stop record ing before or when 15 sec has passed from the start of recording the voice recorder memory records the 15 sec max of audio before one of f 1 r1 f 4 r4 is pushed for example when recording 20 sec of audio the first 5 sec audio will be over recorded with the last 5 sec so that the total of audio recorded is 15 sec only 40
- Play appears 40
- Playback is terminated automatically when all of the recorded contents in the channel are played or after 15 sec 40
- Playing the recorded audio 40
- Providing a transmission memory is very convenient for repeated cq and number transmissions at contest times as well as when making consecutive calls in dx pedition 40
- Q push exit set several times to close a multi function screen if necessary w push f 2 voice to call up the voice recorder screen 40
- Q push exit set several times to close a multi function screen if necessary w select the desired mode by pushing ssb cw rtty or am fm e push f 2 voice to call up the voice recorder screen 40
- R push the desired memory channel switch f 1 r1 f 4 r4 for 1 sec to start recording 40
- R push the selected memory channel switch f 1 r1 f 4 r4 again to stop playback if de sired 40
- Rec flashes and the recording timer counts up the operating frequency mode and current time are programmed as the memory names automatically previously recorded contents are cleared 40
- Receive and transmit 40
- Recording a received audio 40
- Recording is automatically terminated after 30 min 40
- T push exit set twice to exit the voice memory screen 40
- T push the selected memory channel switch f 1 r1 f 4 r4 again to stop recording 40
- The transceiver has a total of 8 memory channels 4 each for transmit and receive of digital voice memo ries a maximum message length of 15 sec can be recorded in each receive channel and a total message length of 90 sec can be recorded in transmit channels 40
- Y push exit set twice to exit the voice memory screen 40
- 0 14 00 0 41
- Bw bw 2 k 2 k sft sft 0 41
- Continued 41
- Fil2 fil2 41
- I digital voice recorder 41
- Important push rec play to stop recording before or when 15 sec has passed from the start of recording 41
- One touch playback 41
- One touch voice recording 41
- Qr qot pp 41
- Receive and transmit 41
- The recorded audio in the channel r4 can be play back without selecting the voice memory screen q push rec play to playback 41
- To record the receiving signal contents immediately one touch voice recording is available q push rec play for 1 sec while receiving a sig nal to start recording 41
- Usb usb 41
- W push rec play again to stop playback if de sired 41
- W push rec play momentarily to stop recording 41
- Continued 42
- Confirming a message for transmit 42
- I digital voice recorder 42
- Programming a memory name for transmit 42
- Recording a message for transmit 42
- Continued 43
- E push the desired memory channel switch f 1 t1 f 4 t4 momentarily to transmit the contents r rotate the tuning dial to adjust the transmit voice level 43
- For your information when an external keypad is connected to the pin 3 and pin 7 of the mic connecter the recorded message t1 t4 can be transmitted without open ing the voice recorder set screen see page 73 for details 43
- I digital voice recorder 43
- If the receive voice memory channel r1 r4 appears push f 5 t r to select transmit voice memory chan nel 43
- Push f 3 def for 1 sec to select the default condi tion 43
- Push f 5 def to select the default condition 43
- Q call up the voice recorder screen as described at left w push exit set then f 5 set to select the voice recorder set screen e rotate the tuning dial to turn the monitor function on and off 43
- Q call up the voice recorder screen as described at left w push f 3 tx lev to select the voice memory transmit level set mode screen 43
- Q push exit set several times to close a multi function screen if necessary w select a phone mode by pushing ssb or am fm e push f 2 voice to call up the voice recorder screen 43
- R push exit set to return to the voice recorder screen 43
- R push the desired memory channel switch f 1 t1 f 4 t4 momentarily to transmit the contents 43
- Receive and transmit 43
- Sending a message for transmit 43
- T push exit set to return to the voice recorder screen 43
- T push the selected memory channel switch f 1 t1 f 4 t4 again to stop if desired y push exit set twice to exit the voice memory screen 43
- The monitor function can be automatically turned on while transmitting a voice memory message 43
- Transmit level setting 43
- Transmit monitor function 43
- 0 14 00 0 44
- 4 1 4 off off 44
- Adjust the rtty decoder threshold level if some characters are displayed when no signal is received 44
- Agc agc mid mid 44
- An external terminal unit tu or terminal node con troller tnc is not necessary for receiving a baudot signal 44
- Att att off off 44
- Bw bw 350 350 44
- Def def adj adj wide wide 44
- Fil2 fil2 44
- Hold hold clr clr adj adj wide wide 44
- I rtty decoder 44
- I rtty tuning meter 44
- Meter meter 44
- P amp p amp 44
- Q call up the rtty decoder screen as described at left 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 44
- Q push cw rtty to select rtty mode w push rtty fil to activate the rtty filter and rtty tuning meter 44
- 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 44
- Qr qot pp 44
- R if the rtty filter is turned off push rtty fil to turn the function on 44
- R push exit set to exit the rtty decoder screen 44
- Receive and transmit 44
- Rtty rtty 44
- Rtty rtty decode decode monitor monitor 44
- Rtty rtty fil fil2 44
- Setting the decoder threshold level 44
- Sft sft 0 44
- T push f 1 hold to freeze the current screen 44
- The rtty tuning meter is automatically displayed when the rtty filter is turned on 44
- The transceiver has an rtty decoder for baudot mark freq 2125 hz shift freq 170 hz 45 bps 44
- The transceiver has an rtty tuning indicator to be tuned correctly and easily 44
- The unshift on space usos function and new line code can be set in the miscellaneous others set mode p 71 44
- U push f 2 clr for 1 sec to clear the displayed characters i push exit set to exit the rtty decoder screen 44
- Usb usb 44
- V f o v f o 44
- Y push f 5 wide to toggle the normal or wide screen space 44
- 0 14 00 0 45
- 0 rotate the tuning dial to select the time which the output power becomes the set transmit power 1 push f 2 to select the paddle polarity item 45
- 001 001 001 001 001 style style contest contest number number 45
- 2 rotate the tuning dial to select the paddle polarity between normal and reverse polarity 3 push f 2 to select the keyer type item 4 rotate the tuning dial to set the electronic keyer function to electronic keyer bug key or straight key electronic keyer off 45
- 4 1 4 off off 45
- 5 push f 2 to select the mic up down keyer item 6 rotate the tuning dial to turn the substitute paddle function on or off 45
- 7 push exit set to exit keyer set mode 45
- Agc agc mid mid 45
- Ant ant 45
- Att att off off 45
- Bk in bk in 45
- Bpf bpf 45
- Bw bw 500 500 sft sft 0 45
- Cw cw cw key key memo key elec key cw memo key elec key cw wave wave form form set set 45
- Def def 45
- E push keyer then exit set to select keyer set mode 45
- Edit edit edit memory memory editor editor 45
- Fil2 fil2 45
- I electronic cw keyer 45
- I rotate the tuning dial to select the keying weight 45
- Keying weight example morse code k 45
- Memory keyer memory keyer 45
- Memory keyer menu memory keyer menu 45
- Meter meter 45
- O push f 2 to select the rise time item 45
- Off off 45
- P amp p amp 45
- Q push exit set several times if necessary w push cw rtty to select cw mode 45
- Qr qot pp 45
- R push f 4 cw key to select memory keyer set mode t select the keyer repeat time item using f 1 45
- Receive and transmit 45
- Send send edit edit 001 001 cw key cw key 45
- Send send send max 5 max 5 characters characters x 4ch 4ch 45
- Setting the electronic keyer 45
- The transceiver has an electronic keyer keying speed can be adjusted with key speed keying weight the ratio of dot space dash can be set from 1 1 2 to 1 1 4 in keyer set mode 45
- U push f 2 to select the dot dash ratio item 45
- Usb usb 45
- Y rotate the tuning dial to select the memory keyer repeat interval see the next page for details 45
- 4 1 4 off off 46
- Abc abc 46
- Bk in bk in 46
- Clr 001clr 46
- Contact number can be automatically transmitted from one of the memory keyer channels the morse cut numbers can be used as the contact numbers the maximum number for contact numbers is 9999 46
- Def def 46
- For your information when an external keypad is connected to the pin 3 and pin 7 of the mic connecter the programmed contents m1 m4 can be transmitted without open ing the memory keyer screen see page 73 for details 46
- I memory keyer 46
- I repeat step u until the desired contents are input o push f 5 m1 m4 to select the next memory channel and repeat step u for character input if desired 0 push exit set twice to exit the keyer set mode 46
- M1 m1 m2 m2 m3 m3 m4 m4 1 1 46
- O push f 3 001clr for 1 sec to clear the contact number 0 push exit set twice to exit the keyer set mode 46
- Off off 46
- Programming the memory keyer 46
- Push f 2 to select the count up trigger item 46
- 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 keyer set mode r push f 2 edit to enter the keyer edit screen 46
- 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 keyer set mode r push f 3 001 to enter contact number screen 46
- Q push exit set several times if necessary w push cw rtty to select cw mode e push f 3 keyer to select the memory keyer screen 46
- R push f 1 m1 f 4 m4 momentarily to trans mit the contents one time push these keys for 1 sec to transmit the contents repeatedly 46
- Receive and transmit 46
- Setting the contact serial number 46
- T push exit set twice to exit the memory keyer screen 46
- T push f 5 m1 m4 several times to select the de sired keyer memory channel y select the desired character group by pushing the character group keys abc or abc 123 or etc several times u select the desired character by rotating the tuning dial or by pushing the band key for number input 46
- T rotate the tuning dial to select the cut number type if desired 46
- The memory keyer memorizes and can re transmit 4 cw key codes for often used cw sentences antenna types etc total capacity of the memory keyer is 55 characters in each memory channel 46
- Transmitting memory keyer contents 46
- U rotate the tuning dial to select the desired mem ory channel for contest numbers i push f 2 to select the present number item 46
- Ç å del del space space m1 m4 m1 m4 46
- 0 14 00 0 47
- Bw bw 2 k 2 k sft sft 0 47
- Def def 47
- E push f 1 span several times to select the scope span r push f 2 att several times to activate an atten uator or turn the attenuator off 47
- Fil2 fil2 47
- I spectrum scope screen 47
- If a strong signal is received a ghost waveform may appear push f 2 att several times to acti vate the spectrum scope attenuator in this case 47
- Marker marker 47
- Maximum level hold function 47
- Q call up the scope screen as described at left w push f 5 set to select the spectrum scope set mode e push f 1 to select the scope during tx item r rotate the tuning dial to display the spectrum scope while transmitting or not 47
- Q call up the scope screen as described at left w push f 5 set to select the spectrum scope set mode e push f 2 to select the max hold item r rotate the tuning dial to turn the peak level holding function on or off 47
- Q push exit set several times to close a multi function screen if necessary w push f 1 scope to select the scope screen 47
- Qr qot pp 47
- Receive and transmit 47
- Spectrum scope during transmitting 47
- T push exit set to exit spectrum scope set mode 47
- T push f 3 marker several times to select the marker sub readout or transmit frequency or turn the marker off 47
- The spectrum scope shows the peak level holding function peak levels are displayed in the background of the current spectrum in a different color until the re ceive frequency changes this can be deactivated if desired 47
- The spectrum scope shows the transmit signal wave form while transmitting this can be deactivated if de sired 47
- This function allows you to display the relative strengths of signals around the center frequency the span can be set to 12 khz 25 khz 50 khz and 100 khz ideal for monitoring band conditions in an instant 47
- U push exit set to exit the scope screen 47
- Usb usb 47
- Vfo vfo 47
- Vfo vfo usb usb 47
- When off is selected the spectrum scope holds the received waveform while transmitting and does not show the transmit waveform 47
- Y push f 4 hold to freeze the current spectrum waveform 47
- Antenna switch selection example 48
- I automatic antenna selection 48
- I dial lock function 48
- Push lock speech to toggle the dial lock func tion on and off 48
- Receive and transmit 48
- The dial lock function prevents changes by accidental movement of the tuning dial the lock function elec tronically locks the dial 48
- The lock indicator lights when the dial lock function is in use 48
- The transceiver covers 0 60 mhz over 10 bands each band key has a band memory which can mem orize a selected antenna ant1 ant2 ant1 rx an tenna and ant2 rx antenna when you change the operating frequency beyond a band the previously used antenna is automatically selected for the new band this function is convenient when you use 2 or 3 antennas 48
- To use the band memory enter set mode and confirm that auto is selected as the ant switch item p 70 48
- Under the following condition auto should be se lected as the ant switch set mode item when you use 2 antennas 48
- Under the following conditions manual should be selected as the ant switch set mode item when using 1 antenna when using an external antenna selector for more than 3 antennas except for receive antenna when using an external antenna tuner 48
- When off is selected the ant switch does not function and ant1 is always selected when manual is selected the ant switch functions however band memory does not function in this case you must select an antenna manually when auto is selected default setting the antenna tuner on off condition is also memorized in the band memory when auto or manual is selected the antenna tuner on off condition is consistent with the ant switch 48
- A repeater amplifies received signals and retransmits them at a different frequency when using a repeater the transmit frequency is shifted from the receive fre quency by an offset frequency a repeater can be ac cessed using split frequency operation with the shift frequency set to the repeater s offset frequency 49
- Available repeater tones unit hz 49
- Convenient 49
- E push the desired band key r push am fm several times to select fm mode t set the receive frequency repeater output fre quency 49
- Each memory channel can store an independent set ting 49
- For accessing a repeater which requires a repeater tone set the repeater tone frequency in set mode as described below 49
- I repeater operation 49
- Q select fm mode w push tone for 1 sec to enter tone set mode e push f 1 to select the repeater tone item r rotate the tuning dial to select the desired re peater tone frequency 49
- Q set the offset frequencies hf 50 mhz and turn on the quick split function in set mode others in advance p 69 w push vfo memo to select vfo mode 49
- Receive and transmit 49
- Setting the repeater tone 49
- Some repeaters require subaudible tones to be ac cessed subaudible tones are superimposed over your normal signal and must be set in advance the transceiver has 50 tones from 67 hz to 254 hz 49
- Store repeater tone frequencies and on off settings in memory channels for easy recall 49
- T push exit set to exit tone set mode 49
- U push and hold ptt to transmit release ptt to receive i to return to simplex push split momentarily to clear the sub display 49
- Usb usb 49
- Wo yip pp 49
- Wq wop pp 49
- Y push split for 1 sec to start repeater operation 49
- Available tone squelch tones unit hz 50
- Convenient 50
- I tone squelch operation 50
- Q push vfo memo to select vfo mode 50
- Q select fm mode w push tone for 1 sec to enter tone set mode e push f 2 to select the tone squelch tone item r rotate the tuning dial to select the desired tone squelch frequency 50
- Receive and transmit 50
- Setting the tone squelch tone 50
- Store tone squelch frequencies and on off settings in memory channels for easy recall 50
- T push exit set to exit tone set mode 50
- T when the received signal includes a matching tone squelch opens and the signal can be heard 50
- 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 50
- The transceiver has 50 tones from 67 hz to 254 hz 50
- W push the desired band key e push am fm several times to select fm mode r push tone several times until tsql appears in the function display 50
- Wo yip pp 50
- Wq wop pp 50
- Y operate the transceiver in the normal way u to cancel the tone squelch push tone to clear tsql 50
- Caution 51
- I antenna tuner operation 51
- Ah 4 ah 3 hf automatic antenna tuner 52
- Ah 4 ah 3 operation 52
- Antenna tuner of the ic pw1 52
- I optional external tuner operation 52
- R warning high voltage 52
- F inpent 53
- I memory channel selection 53
- I memory channels 53
- Memory operation 53
- Usb usb 53
- Using the keypad 53
- Using the y or z keys 53
- Vfo memo 53
- Vfo vfo 53
- 0 14 00 0 54
- Agc agc mid mid 54
- Ant ant 54
- Att att off off 54
- Bw bw 2 k 2 k 54
- Comp comp off off wide wide 54
- Confirming programmed memory channels 54
- E push f 3 select to set the memory channel as a select memory or not 54
- E rotate the tuning dial while pushing f 2 set to select the desired memory channel 54
- Fil2 fil2 54
- I memory channel screen 54
- Memory operation 54
- Meter meter 54
- P amp p amp 54
- 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 54
- 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 54
- 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 54
- Qr qot pp 54
- R push exit set to exit the memory channel screen 54
- 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 54
- Roll roll set set select select name name wide wide 54
- 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 54
- Selecting a memory channel using the memory channel screen 54
- Setting a memory channel as a select memory 54
- Setting select memory channels is also possible in the scan screen 54
- Sft sft 0 54
- 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 54
- Usb usb 54
- Vox vox off off 54
- You can select a desired memory channel from the memory channel screen 54
- E push mw for 1 sec to program the displayed fre quency and operating mode into the memory channel 55
- E tpw pp 55
- Example programming 21 80 mhz usb into memory channel 18 55
- Example programming 7 88 mhz lsb into memory channel 12 55
- I memory channel programming 55
- Lsb lsb 55
- Memory channel programming can be preformed ei ther in vfo mode or in memory mode 55
- Memory operation 55
- Programming in memory mode 55
- Programming in vfo mode 55
- Q select the desired memory channel with y z in memory mode 55
- Q set the desired frequency and operating mode in vfo mode w push y z several times to select the desired memory channel 55
- Qr qpp pp 55
- U pii pp 55
- Usb usb 55
- Vfo vfo 55
- W set the desired frequency and operating mode in memory mode 55
- Wq wip pp 55
- E push vfo memo for 1 sec to transfer the fre quency and operating mode 56
- E to return to vfo mode push vfo memo mo mentarily 56
- I frequency transferring 56
- Memory operation 56
- Q select the memory channel to be transferred with y z in memory mode 56
- Q select vfo mode with vfo memo w select the memory channel to be transferred with y z 56
- Qr pqi pp 56
- Qr pwp pp 56
- 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 56
- This is useful for transferring frequency and operat ing mode while operating in memory mode 56
- This is useful for transferring programmed contents to vfo 56
- Transferring example in memory mode operating frequency 14 20 mhz cw m ch 16 contents of m ch 16 14 18 mhz cw 56
- Transferring example in vfo mode operating frequency 21 20 mhz usb vfo contents of m ch 16 14 18 mhz cw 56
- Transferring in memory mode 56
- Transferring in vfo mode 56
- Usb usb 56
- Vfo memo 56
- W push vfo memo for 1 sec to transfer the fre quency and operating mode 56
- 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 56
- Wq ewp pp 56
- 0 14 00 0 57
- 0 14 95 0 vfo vfo 57
- Abc abc 57
- Agc agc mid mid 57
- All memory channels including scan edges can be tagged with alphanumeric names of up to 10 charac ters each 57
- Ant ant 57
- Any unnecessary memory channels can be cleared the cleared memory channels become blank chan nels 57
- Att att off off 57
- Bw bw 2 k 2 k 57
- Comp comp off off wide wide 57
- Cw cw 14 95 0 14 95 0 vfo vfo 57
- E select the desired memory channel 57
- Editing programming memory names 57
- Fil2 fil2 57
- I memory clearing 57
- I memory names 57
- Memory operation 57
- Meter meter 57
- P amp p amp 57
- 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 57
- 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 57
- Qot pp 57
- Qr qot pp 57
- R push f 4 name to edit memory channel name 57
- R to clear other memory channels repeat steps w and e 57
- Roll roll set set select select name name wide wide 57
- Sft sft 0 57
- T input the desired character by rotating the tuning dial or by pushing the band key for number input 57
- 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 57
- Usb usb 57
- Vfo vfo 57
- Vfo vfo usb usb 57
- Vox vox off off 57
- Wr oyp pp 57
- Y push exit set to input and set the name 57
- _ _ and spaces can be used 57
- Ç å del del space space wide wide 57
- Calling up a frequency from a memo pad 58
- I memo pads 58
- Memo pads 58
- Temporary pad 58
- Writing frequencies and operating modes into memo pads 58
- Channels 59
- I preparation 59
- I scan types 59
- Scan resume on off 59
- Scan speed 59
- Squelch condition 59
- 0 14 00 0 60
- 5 khz 10 khz 20 khz 50 khz 100 khz 500 khz and 1000 khz are selectable 60
- Agc agc mid mid 60
- Ant ant 60
- Att att off off 60
- Bw bw 2 k 2 k 60
- Comp comp off off wide wide 60
- Decimal points blink while scanning 60
- Fil2 fil2 60
- I f scan operation 60
- I programmed scan operation 60
- I push f 2 f to start the f scan 60
- If the same frequencies are programmed into the scan edge memory channel p1 and p2 pro grammed scan does not start 60
- Meter meter 60
- 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 60
- P amp p amp 60
- Q push exit set several times to close a multi function screen if necessary w select vfo mode e select the desired operating mode 60
- 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 60
- Qr qot pp 60
- R push f 5 scan to select the scan screen 60
- See previous page 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 3 69 for details 60
- Sft sft 0 60
- T set rf sql open or closed 60
- The operating mode can also be changed while scan ning 60
- U set center frequency of the f span 60
- 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 60
- Usb usb 60
- Vox vox off off 60
- Y push f 1 prog to start the programmed scan 60
- Y set the f span by pushing f 4 f span 60
- 0 14 00 0 61
- Agc agc mid mid 61
- Ant ant 61
- Att att off off 61
- Bw bw 2 k 2 k 61
- Comp comp off off wide wide 61
- Decimal points blink while scanning 61
- Fil2 fil2 61
- Fine program scan or fine f scan ap pears 61
- 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 61
- I fine programmed scan fine f scan 61
- I memory scan operation 61
- Meter meter 61
- Or more memory channels must be programmed for memory scan to start 61
- P amp p amp 61
- 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 61
- 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 61
- Qr qot pp 61
- R set rf sql open or closed 61
- See p 57 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 3 69 for details 61
- Sft sft 0 61
- T push f 1 memo to start the memory scan 61
- T push f 3 fine to start a fine scan 61
- Usb usb 61
- Vfo vfo 61
- Vox vox off off 61
- 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 fine scan 61
- 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 61
- 0 14 00 0 62
- Bw bw 2 k 2 k 62
- Decimal points blink while scanning 62
- Fil2 fil2 62
- I select memory scan operation 62
- I setting select memory channels 62
- Or more memory channels must be designated as select memory channels for select memory scan to start 62
- 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 62
- Qr qot pp 62
- R select the desired memory channel to set as a se lect memory channel 62
- R set rf sql open or closed 62
- S appears for select memory channels 62
- See p 57 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 3 69 for details 62
- Select memory channels can also be set in the memory channel screen p 52 62
- Sft sft 0 62
- T push f 1 memo to start the memory scan 62
- T push f 3 select to set the memory channel as a select memory or not 62
- 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 62
- Usb usb 62
- Vfo vfo 62
- Y push f 3 select to start select memory scan push f 3 select again to return to memory scan if desired 62
- 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 62
- I scan set mode 63
- I tone scan 63
- Scan resume condition 63
- Scan speed 63
- 0 14 00 0 64
- 0 14 00 0 1 64
- Agc agc mid mid 64
- Agc mid 64
- Ant ant 64
- Att att off off 64
- Bw bw 2 k 2 k 64
- Clock and timers 64
- Comp comp off off wide wide 64
- Fil2 fil2 64
- I setting the current time 64
- I timer function activity 64
- Meter meter 64
- P amp p amp 64
- Q push exit set several times to close a multi function screen if necessary w push exit set for 1 sec then f 4 time to enter timer set mode e push f 1 y or f 2 z to select the timer func tion item 64
- Q push exit set several times to close a multi function screen if necessary w push exit set for 1 sec then f 4 time to enter timer set mode e push f 1 y to select the time now item 64
- R select the timer function activity using the tuning dial 64
- R set the current time using the tuning dial 64
- Set set 64
- Sft sft 0 64
- T push exit set twice to exit timer set mode 64
- T push f 4 set to enter the set time 64
- The timer functions can be switched on and off 64
- The transceiver has a built in 24 hour clock with power off and power on timer functions this is useful when logging qso s and so on the clock indication is always displayed except after pushing f inp 64
- Usb usb 64
- Vfo vfo 64
- Vfo vfo usb usb 64
- Vox off 64
- Vox vox off off 64
- Y push exit set twice to exit timer set mode 64
- Clock and timers 65
- E push power for 1 sec to turn the power off 65
- I setting power off period 65
- I setting power on time 65
- I timer operation 65
- Push exit set to cancel the setting 65
- Q preset the power on time and power off period as described previously w push power momentarily to turn the timer func tion on 65
- Q push exit set several times to close a multi function screen if necessary w push exit set for 1 sec then f 4 time to enter timer set mode e push f 1 y or f 2 z to select the power on timer set item 65
- Q push exit set several times to close a multi function screen if necessary w push exit set for 1 sec then f 4 time to enter timer set mode e push f 2 z to select the power off period item 65
- R set the desired power off time using the tuning dial 65
- R set the desired power on time using the tuning dial 65
- 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 65
- T push f 4 set to enter the set time 65
- The power light blinks while beeping push power momentarily to cancel the power off timer if desired 65
- The power light lights continuously 65
- The power light lights when the timer function is on 65
- The timer function in timer set mode must be turned on to eanbles the timer operation see page 68 for details 65
- 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 65
- The transceiver can be set to turn on automatically at a specified time 65
- Timer set push set blinks 65
- Y push exit set twice to exit timer set mode 65
- 0 14 00 0 66
- 0 14 00 0 1 66
- Bw bw 2 k 2 k 66
- Exit set 66
- Fil2 fil2 66
- I set mode description 66
- Others others 66
- Set mode 66
- Set mode operation 66
- Sft sft 0 66
- Usb usb 66
- Usb usb 14 00 0 14 00 0 1 66
- Vfo vfo 66
- Vfo vfo usb usb 66
- Wide wide 66
- Beep level 67
- Beep level limit 67
- I level set mode 67
- Monitor level 67
- Side tone level 67
- Side tone level limit 67
- Ssb tx tone bass 67
- Ssb tx tone treble 67
- Backlight lcd 68
- Backlight switches 68
- Contrast lcd 68
- Display font 68
- Display type 68
- Horizon 68
- I display set mode 68
- Memory name 68
- Continued 69
- I display set mode 69
- I dsp filter set mode 69
- I756pro i756pro i756pro 69
- Ja3yua 69
- My call 69
- Opening screen example 69
- Beep band edge 70
- Beep confirmation 70
- Calibration marker 70
- I miscellaneous others set mode 70
- I timer set mode 70
- Power off period 70
- Power on timer set 70
- Time now 70
- Timer function 70
- Continued 71
- Fm split offset 50m 71
- Fm split offset hf 71
- I miscellaneous others set mode 71
- Quick dualwatch 71
- Quick split 71
- Rf sql control 71
- Split lock 71
- Ant switch 72
- Continued 72
- I miscellaneous others set mode 72
- Rtty keying polarity 72
- Rtty mark frequency 72
- Rtty shift width 72
- Tuner auto start 72
- Tuner ptt start 72
- Continued 73
- I miscellaneous others set mode 73
- Memo pad numbers 73
- Rtty decode new line code 73
- Rtty decode usos 73
- Speech language 73
- Speech s level 73
- Speech speed 73
- Continued 74
- Cw normal side 74
- I miscellaneous others set mode 74
- Main dial auto ts 74
- Mic up down speed 74
- Quick rit tx clear 74
- Selects the carrier point of cw mode from lsb and usb 74
- Set mode 74
- Ssb cw synchronous tuning 74
- The frequency shifting value may differ according to the cw pitch setting 74
- There are 2 type of auto tuning steps high fastest and low faster 74
- This item selects the displayed frequency shift func tion from on and off 74
- This item selects the rit tx frequency clearing in struction with the clear switch 74
- This item sets the auto tuning step function when ro tating the tuning dial rapidly the tuning step automat ically changes several times as selected 74
- This item sets the rate at which frequencies are scanned when the microphone up dn switches are pushed and held high or low can be selected 74
- When this function is activated the receiving signal can be kept to receive even when the operating mode is changed between ssb and cw 74
- Ci v address 75
- Ci v baud rate 75
- Ci v transceive 75
- Ci v with ic 731 75
- Continued 75
- External keypad 75
- I miscellaneous others set mode 75
- Caution 76
- I opening the transceiver s case 76
- I ut 102 76
- Option installation 76
- I troubleshooting 77
- Maintenance 77
- 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 77
- Caution 78
- I clock backup battery replacement 78
- I fuse replacement 78
- Approximate 79
- Caution 79
- I frequency calibration 79
- I tuning dial brake adjustment 79
- Bottom view 80
- Internal views 80
- Top view 80
- Ci v connection example 81
- Command table 81
- Control command 81
- Data format 81
- I remote jack ci v information 81
- Command table continued 82
- Control command 82
- Command table continued 83
- Control command 83
- Band stacking register 84
- Channel code for memory keyer 84
- Character s code for my call 84
- Control command 84
- Fm split frequency hf 50 mhz setting 84
- To send read memory contents 84
- Antenna tuner 85
- General 85
- Receiver 85
- Specifications 85
- Transmitter 85
- About dc power supply 86
- About ic pw1 86
- Options 86
- About ce 87
- Installation notes 87
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Установка и подключения Дополнительные подключения Передняя панель Задняя панель
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Какие меры предосторожности следует соблюдать при эксплуатации трансивера IC-756PROII?
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