![Icom IC-7700 [96/216] D scope set mode continued](/img/pdf.png)
Icom IC-7700 [96/216] D scope set mode continued
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5-8
DD
Scope set mode (continued)
5
FUNCTIONS FOR RECEIVE
Set the scope edge frequencies for fixed mode scope
when the 30 to 45 MHz band is selected.
• Set the frequencies within 30.000 to 45.000 MHz
range in 1 kHz steps.
As edge frequencies are set, the other edge fre-
quency will be automatically set for a display
band width of 5 kHz to a maximum of 500 kHz.
(30.00 – 45.00)
30.000 30.500– MHz
Set the scope edge frequencies for fixed mode scope
when the 45 to 60 MHz band is selected.
• Set the frequencies within 45.000 to 60.000 MHz
range in 1 kHz steps.
As edge frequencies are set, the other edge fre-
quency will be automatically set for a display
band width of 5 kHz to a maximum of 500 kHz.
(45.00 – 60.00)
50.000 50.500– MHz
Set the scope edge frequencies for fixed mode scope
when the 26 to 30 MHz band is selected.
• Set the frequencies within 26.000 to 30.000 MHz
range in 1 kHz steps.
As edge frequencies are set, the other edge fre-
quency will be automatically set for a display
band width of 5 kHz to a maximum of 500 kHz.
(26.00 – 30.00)
28.000 28.500– MHz
Содержание
- Hf 50 mhz transceiver 1
- Instruction manual 1
- D features 2
- Explicit definitions 2
- For class b unintentional radiators 2
- Foreword 2
- Important 2
- Read this instruction manual carefull 2
- Save this instruction manual 2
- Trademarks 2
- Ultimate receiver performance third order intercept ip3 of 40 dbm hf bands only built in baudot rtty and psk31 modulator demodulator and direct pc keyboard connection capability for rtty and psk31 operations without a pc high resolution spectrum scope center frequency and fixed frequency modes plus mini scope displays 2
- Caution 3
- Precautions 3
- R caution 3
- R caution neve 3
- R caution never 3
- R warning 3
- R warning high rf voltage never 3
- R warning never 3
- Supplied accessories 4
- Table of contents 5
- Table of contents 6
- Table of contents 7
- Table of contents 8
- Table of contents 9
- Table of contents 10
- Panel description section 11
- Front panel 12
- I o 0 1 2 3 4 12
- 0 rf power control rf pwr p 3 12 continuously varies the rf output power from min imum 13
- 1 break in switch push to turn the break in function on 13
- 2 electronic cw keyer speed control key speed p 4 4 adjusts keying speed for the internal electronic cw keyer 13
- 3 monitor switch p 6 4 monitors your transmitted if signal 13
- 4 break in delay control delay p 6 3 adjusts the transmit to receive switching delay time for cw semi break in operations 13
- 5 agc control agc p 5 11 adjusts the continuously variable agc circuit time constant 13
- 6 squelch control sql outer control p 3 9 adjusts the squelch threshold level the squelch mutes noise output from the speaker closed condi tion when no signal is received 13
- And off during cw mode operation p 6 3 13
- How to set the microphone gain 13
- I mic gain control mic p 3 12 adjusts microphone input gain 13
- O vox switch push to turn the vox function on and off dur ing ssb am and fm mode operation p 6 2 push and hold for 1 sec to enter vox set mode p 6 2 13
- Panel description 13
- To maximum 13
- U microphone connector mic accepts an optional microphone 13
- What is the break in function 13
- What is the vox function 13
- 9 2 3 5 2 6 7 8 9 0 1 4 0 1 14
- Front panel continued 14
- 3 4 5 6 8 7 9 0 1 2 16
- Front panel continued 16
- 5 7 8 9 0 2 6 18
- 8 9 7 0 18
- Front panel continued 18
- 1 2 3 4 5 6 20
- 1 passband tuning controls twin pbt p 5 12 adjusts the receiver s if filter passband width via the dsp 20
- 2 pbt clear switch p 5 12 clears the pbt settings when pushed and held for 1 sec 20
- 3 digital rf selector switch p 5 18 turns the digital rf selector on and off 20
- 4 digital rf selector control digi sel p 5 18 adjusts the digital rf selector center frequency 20
- Front panel continued 20
- Panel description 20
- What is the pbt control 20
- 4 3 5 6 7 8 9 0 1 2 3 4 5 6 7 8 22
- Rear panel 22
- T y q w e r 22
- U i o 0 22
- Lcd display 24
- O e t w y r i 0 24
- Screen menu arrangement 26
- Caution the transceiver weighs approx 22 kg 50 lb always have two people available to carry lift or turn over the transceiver 27
- Installation and connections section 27
- Main dial attachment 28
- Unpacking 28
- Rack mounting handle detachment 29
- Selecting a location 29
- Antenna connection 30
- Antenna swr 30
- Caution 30
- Grounding 30
- R warning neve 30
- Usb memory connection usb memory not supplied by icom 30
- A straight key or bug key can also be used when the keyer type is changed in keyer set mode p 4 12 31
- Ac outlet r warning use the supplied ac power cable only 31
- Agc vr 31
- Ant 1 ant 2 ant 3 ant 4 gnd 31
- Antenna 1 2 3 4 p 2 4 31
- Bk in monitor 31
- Connects an electronic keyer 31
- Cw key 31
- D front panel 31
- D rear panel 31
- Example ant1 for 1 18 mhz bands ant 2 for 21 28 mhz bands ant3 for 50 mhz band ant 4 for receive antenna 31
- Ground p 2 4 use the heaviest gauge wire or strap available and make the connection as short as possible 31
- Grounding prevents elec trical shocks tvi and other problems 31
- Hf 50mhz transceiver 31
- Installation and connections 31
- Key speed 31
- Microphones p 2 10 31
- Note attach the sup plied antenna connec tor cap when no anten na or external equip ment is connected 31
- Optional sm 20 optional hm 36 31
- Required connections 31
- Rtty ps 31
- Ssb cw 31
- Straight key 31
- Transmit 31
- Vox gain moni gain comp drive 31
- Advanced connections 32
- D front panel 32
- D rear panel 1 32
- D rear panel 2 33
- D connecting a non icom linear amplifier 34
- D connecting the ic pw1 euro 34
- Ic pw1 euro 34
- Installation and connections 34
- Linear amplifier connections 34
- R warning 34
- Set the transceiver output power and linear ampli fier alc output level after referring to the linear am plifier instruction manual 34
- The alc input level must be in the range 0 v to 4 v the transceiver does not accept positive volt age non matched alc and rf power settings could overheat or damage the linear amplifier 34
- The maximum signal level of relay jack is 16 v 0 a dc with initial setting and 250 v 200 ma with mosfet setting see p 12 8 for details use an external relay unit if your non icom linear ampli fier requires control voltage and or current greater than specified 34
- Transceiver 34
- D afsk operation 35
- D fsk operation when connecting to acc 1 35
- Fsk and afsk sstv connections 35
- Installation and connections 35
- To connect a tnc or scan converter etc refer to the diagram below 35
- Transverter jack information 35
- When 2 to 13 v is applied to pin 6 of acc 2 the x verter connector is activated for transverter oper ation and the antenna connectors do not receive or transmit any signals 35
- While receiving x verter connector can be acti vated as an input terminal from an external transverter 35
- While transmitting the x verter connector outputs signals of the displayed frequency at 20 dbm 22 mv as signals for the external transverter 35
- Caution 36
- D hm 36 36
- D sm 20 36
- Do not short pin 2 to ground as this can damage the internal 8 v regulator dc voltage is applied to pin 1 for microphone operation use cau tion when using a non icom microphone 36
- E ptt lock switch available for sm 20 only push to toggle between transmit and receive 36
- Front panel view 36
- Installation and connections 36
- Microphone connector information 36
- Microphones options 36
- Q up down switches up dn change the selected readout frequency or memory channel 36
- W ptt switch push and hold to transmit release to receive 36
- Accessory connector information 37
- Installation and connections 37
- Note if the cw side tone level limit or beep level limit is in use the cw side tone or beep tone de creases from the fixed level when the af control is rotated above a specified level p 12 6 37
- Basic operations section 39
- After resetting the transceiver set controls as shown in the figure below 40
- Basic operations 40
- Before first applying power make sure all connections required for your system are complete by referring to section 2 then reset the transceiver using the follow ing procedure 40
- E change the set mode settings after resetting if de sired 40
- In cooler temperatures the lcd may appear dark and unstable after turning power on this is normal and does not indicate any equipment malfunction 40
- Initial settings 40
- Q turn the main power on with i o on the rear panel 40
- Resetting clears all programmed contents in memory channels and returns programmed values in set mode to default values 40
- W while pushing and holding and push to turn power on 40
- When first applying power cpu resetting 40
- Basic operations 41
- D selecting vfo a vfo b 41
- D vfo equalization 41
- In vfo mode push and hold for 1 sec to set the undisplayed vfo frequency and mode to those of the displayed vfo 41
- In vfo mode push to toggle vfo a and vfo b 41
- Push to switch between vfo and memory modes 41
- Selecting vfo memory mode 41
- The main dial is often called the vfo knob 41
- Vfo is an abbreviation of variable frequency oscilla tor and is commonly referred to as a main tuning func tion 41
- Vfo selection 41
- D using the band stacking registers 42
- Selecting an operating band 42
- D direct frequency entry with the keypad 43
- D tuning with the main dial 43
- Frequency setting 43
- D quick tuning step 44
- D selecting khz step 44
- Tuning step function 44
- D auto tuning step function 45
- D band edge warning beep 45
- D selecting 1 hz step 45
- Operating mode selection 46
- Basic operations 47
- Note when rf control is adjusted ccw in fm mode audio output decreases then disappears this is nor mal not a malfunction 47
- Rf gain adjustment 47
- Rotate af control clockwise to increase counter clockwise to decrease the audio output level 47
- Rotate rf control clockwise to increase counter clockwise to decrease the receiver sensitivity 47
- Squelch level adjustment 47
- The squelch mutes noise output from the speaker closed squelch when no signal is received 47
- Volume setting 47
- When no signal is received rotate sql control fully counterclockwise first then rotate sql clock wise to the point at which the noise disappears 47
- D multi function digital meter 48
- Meter indication selection 48
- D meter type selection 49
- Voice synthesizer operation 49
- Basic transmit operation 50
- D microphone gain adjustment 50
- D transmitting 50
- D drive gain adjustment 51
- Receive and transmit section 53
- D convenient functions for receive 54
- Operating ssb 54
- D about 5 mhz band operation usa version only 55
- D convenient functions for transmit 55
- D convenient functions for receive 56
- Operating cw 56
- D about cw pitch control 57
- D about cw reverse mode 57
- D convenient functions for transmit 57
- D cw side tone function 57
- D apf audio peak filter operation 58
- Electronic keyer functions 59
- D memory keyer screen 60
- D editing a memory keyer 61
- Count up trigger 62
- D contest number set mode 62
- Normal 62
- Number style 62
- Present number 62
- D keyer set mode 63
- Dot dash ratio 63
- Keyer repeat time 63
- Rise time 63
- D keyer set mode continued 64
- Ele key 64
- Keyer type 64
- Mic up down keyer 64
- Normal 64
- Paddle polarity 64
- Operating rtty fsk 65
- D about rtty reverse mode 66
- D convenient functions for receive 66
- D twin peak filter 66
- D functions for the rtty decoder indication 67
- D setting the decoder threshold level 67
- D automatic transmission reception setting 68
- D rtty memory transmission 68
- D editing rtty memory 69
- 153 255 70
- Cr lf cr lf 70
- D rtty decode set mode 70
- Rtty decode new line code 70
- Rtty decode usos 70
- Rtty diddle 70
- Rtty fft scope averaging 70
- Rtty fft scope waveform color 70
- 106 106 71
- 155 189 71
- 255 128 71
- 255 255 71
- D rtty decode set mode continued 71
- Rtty auto cr lf by tx 71
- Rtty font color receive 71
- Rtty font color time stamp 71
- Rtty font color transmit 71
- Rtty font color tx buffer 71
- Rtty time stamp 71
- Rtty time stamp frequency 71
- Rtty time stamp time 71
- Rtty tx usos 71
- D data saving 72
- Operating psk 73
- D about bpsk and qpsk modes 74
- D convenient functions for receive 74
- D functions for the psk decoder indication 75
- D setting the decoder threshold level 75
- D automatic transmission reception setting 76
- D psk memory transmission 76
- D editing psk memory 77
- 153 255 78
- D psk decode set mode 78
- Psk afc range 78
- Psk fft scope averaging 78
- Psk fft scope waveform color 78
- Psk time stamp 78
- Psk time stamp time 78
- 106 106 79
- 155 189 79
- 255 128 79
- 255 255 79
- D psk decode set mode continued 79
- Psk font color receive 79
- Psk font color time stamp 79
- Psk font color transmit 79
- Psk font color tx buffer 79
- Psk time stamp frequency 79
- D data saving 80
- D convenient functions for receive 81
- Operating am 81
- D convenient functions for transmit 82
- D convenient functions for receive 83
- D convenient functions for transmit 83
- Operating fm 83
- Repeater operation 84
- Available tone frequencies unit hz 85
- D repeater access tone frequency setting 85
- For 1 sec to tone fre quency set mode e push y or z to select repeater tone item r rotate the main dial to select the desired repeater tone frequency 85
- Q select fm mode w push and hold tone 85
- Receive and transmit 85
- Some repeaters require subaudible tones to be ac cessed subaudible tones are superimposed on your normal signal and must be set in advance the trans ceiver has 50 tones from 67 hz to 254 hz 85
- T push to return to the previous indication 85
- Available tone frequencies unit hz 86
- E push and hold tone 86
- For 1 sec to tone fre quency set mode r push y or z to select t sql tone item t rotate the main dial to select the desired tone squelch frequency 86
- I operate the transceiver in the normal way o to cancel the tone squelch push tone 86
- Q set the desired frequency band and select fm mode w push tone 86
- Receive and transmit 86
- 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 86
- To clear tsql 86
- To turn the tone squelch func tion on 86
- Tone squelch operation 86
- Y push to return to the previous indication u when the received signal includes a matching tone squelch opens and the signal can be heard 86
- Data mode afsk operation 87
- Functions for receive section 89
- D center mode 90
- Spectrum scope screen 90
- D fixed mode 91
- D mini scope screen indication 92
- D scope set mode 92
- 110 147 93
- 241 247 93
- Center type display 93
- D scope set mode continued 93
- Filter center 93
- Max hold 93
- Scope during tx center type 93
- Sweep speed 2 k 93
- Waveform color current 93
- Waveform color max hold 93
- 1 0 2 0 94
- 1 50 mhz 94
- 2 0 6 0 94
- 2 00 mhz 94
- 4 00 mhz 94
- 6 0 8 0 94
- 7 00 mhz 94
- D scope set mode continued 94
- Fixed edges 0 3 1 0 94
- 10 50 mhz 95
- 11 0 15 0 95
- 14 50 mhz 95
- 15 0 20 0 95
- 18 68 mhz 95
- 20 0 22 0 95
- 21 50 mhz 95
- 22 0 26 0 95
- 24 90 mhz 95
- 8 0 11 0 95
- D scope set mode continued 95
- 26 0 30 0 96
- 28 00 mhz 96
- 30 0 45 0 96
- 30 00 mhz 96
- 45 0 60 0 96
- 50 00 mhz 96
- D scope set mode continued 96
- Attenuator 97
- Preamplifier 97
- D rit monitor function 98
- Rit function 98
- Agc function 99
- D adjusting the agc time constant 99
- D selecting the preset value 99
- D setting the agc time constant preset value 99
- For 1 sec to enter agc set mode e push agc 99
- Functions for receive 99
- O select another non fm mode repeat steps e to i if desired 0 push to exit the agc set mode screen 99
- Q select any non fm mode w push agc 99
- Q select any non fm mode w push and hold agc 99
- Q select any non fm mode w push then rotate agc control to adjust the agc time constant 99
- Selectable agc time constant 99
- Several times to select agc fast agc medium mid or agc slow 99
- Several times to select fast time constant r rotate the main dial to set the desired time constant for agc fast 99
- T push agc 99
- The agc auto gain control controls receiver gain to produce a constant audio output level even when the received signal strength varies greatly 99
- The fm mode agc time constant is fixed as fast 0 sec and agc time constant cannot be changed 99
- The transceiver has 3 preset agc characteristics time constant fast mid slow for non fm mode 99
- To select medium time constant y rotate the main dial to set the desired time constant for agc mid 99
- To select slow time constant i rotate the main dial to set the desired time constant for agc slow 99
- U push agc 99
- Filter set screen 100
- Functions for receive 100
- Pbt operation example 100
- Pbt passband tuning electronically narrows the if passband width by shifting the if frequency slightly outside of the if filter passband to reject interference the ic 7700 uses dsp for the pbt function moving both twin pbt controls to the same position shifts the if both above and below the received frequency 100
- Push and hold for 1 sec to enter the filter set screen current passband width and shift fre quency is displayed in the filter set screen to set the twin pbt controls to the center posi tions push and hold for 1 sec 100
- The lcd shows the passband width and shift fre quency graphically 100
- The variable range depends on the passband width and mode the edge of the variable range is half of the passband width and pbt is adjustable in 25 ssb cw rtty psk modes or 100 hz am mode steps 100
- Twin pbt operation 100
- D filter passband width setting 101
- D if filter selection 101
- If filter selection 101
- D dsp filter shape 102
- D filter shape set mode 102
- D roofing filter selection 102
- Cw 500hz 103
- Cw 600hz 103
- D filter shape set mode continued 103
- Hf ssb 600hz 103
- M ssb 600hz 103
- Ssb d 600hz 103
- D nb set mode 104
- Nb depth 104
- Nb width 104
- Noise blanker 104
- Dial lock function 105
- Noise reduction 105
- Digital selector 106
- Notch function 106
- Autotune function 107
- Functions for transmit section 109
- D adjusting the vox function 110
- D using the vox function 110
- D vox set mode 110
- Vox delay 110
- Vox function 110
- Vox voice delay 110
- Break in function 111
- D full break in operation 111
- D semi break in operation 111
- D tx monitor function 112
- Monitor function 112
- Tx function 112
- Speech compressor 113
- Ssb only 113
- Transmit filter width setting 113
- Split frequency operation 114
- D split lock function 115
- Quick split function 115
- Voice recorder functions section 117
- About digital voice recorder 118
- Q select any mode w push voice to display voice recorder screen e push to display voice recorder menu r push play or mic rec to select the desired memory channel screen then record audio or playback the contents as described below t push twice to exit voice recorder screen 118
- The ic 7700 has digital voice memories up to 4 mes sages for transmit and up to 20 messages for receive a maximum message length of 30 sec can be recorded into receive memory total message length for all channels of up to 209 sec and a total message length of up to 99 sec can be recorded in transmit memory 118
- The transmit memory is very convenient for repeated cq and exchange transmissions in contests as well as when making repeated calls to dxpeditions 118
- Voice recorder functions 118
- D basic recording 119
- D one touch recording 119
- Recording a received audio 119
- D basic playing 120
- D one touch playing 120
- Playing the recorded audio 120
- Erasing the recorded contents 121
- Protect the recorded contents 121
- D confirming a message for transmit 122
- D recording 122
- Recording a message for transmit 122
- Programming a memory name 123
- D transmit level setting 124
- Sending a recorded message 124
- Auto monitor 125
- Normal rec time 125
- Short play time 125
- Voice set mode 125
- C push dir file twice to select the file name e push save 126
- C push to set the file name saving location z push dir file to select tree view screen x select the desired directory or folder in the usb memory 126
- D saving the received audio memory 126
- D saving the tx memory 126
- Or symbol 126
- Q during voice recorder rx memory screen display push save to select voice file save screen 126
- Saving a voice message into the usb memory 126
- The recorded rx memory contents can be saved into the usb memory 126
- The tx memory contents can also be saved into the usb memory however the contents are saved with the message list set mode conditions etc at the same time see page 12 22 for details 126
- The usb memory is not supplied by icom 126
- To select the character group then ro tate the main dial to select the character 126
- Voice file save screen file name edit 126
- Voice recorder functions 126
- Voice recorder rx memory screen 126
- W change the following conditions if desired file name z push edit to select file name edit con dition 126
- When a pc keyboard is connected to usb connec tor on the front panel the file name can also be edited from the keyboard 126
- While saving 126
- X push abc 126
- Memory operation section 127
- D using the keypad 128
- D using the keys 128
- Memory channel selection 128
- Memory channels 128
- D programming in memory mode 129
- D programming in vfo mode 129
- Memory channel programming 129
- D transferring in memory mode 130
- D transferring in vfo mode 130
- Frequency transfers 130
- D confirming programmed memory channels 131
- D selecting a memory channel using the memory list screen 131
- Memory list screen 131
- D editing programming memory names 132
- Memory clearing 132
- Memory names 132
- D calling up a frequency from a memo pad 133
- D writing frequencies and operating modes into memo pads 133
- Memo pads 133
- Scans section 135
- Channels for programmed scan program scan edge frequencies into scan edge mem ory channels p1 and p2 for f scan set the f span f scan range in the scan screen for memory scan program 2 or more memory channels except scan edge memory channels for select memory scan designate 2 or more memory channels as select mem ory channels to designate the channel as a select memory channel choose a memory channel then push select in the scan screen memory mode or in the memory list screen 136
- F frequency f frequency 136
- F scan 136
- If you set scan resume on in set mode the scan pauses for 10 sec when detecting a signal then resumes when a signal disap pears while scan is paused scan resumes 2 sec later 136
- Memory scan 136
- Preparation 136
- Programmed scan 136
- Repeatedly scans all or one of 3 select memory channels 136
- Repeatedly scans all programmed memory channels 136
- Repeatedly scans between two scan edge frequencies scan edge memory channels p1 and p2 136
- Repeatedly scans within f span area 136
- Scan pauses on each channel when the scan resume is on not applicable when off 136
- Scan programmed starts scan memory scan with 136
- Scan resume on off you can select the scan to resume or cancel when de tecting a signal in set mode scan resume on off must be set before performing a scan see p 9 3 for on off setting and scan resume condition details 136
- Scan speed 136
- Scan speed can be selected from 2 levels high or low in scan set mode see p 9 3 for details 136
- Scan stops when detecting a signal 136
- Scan types 136
- Select memory scan 136
- Squelch closed 136
- Squelch condition 136
- Squelch open 136
- Start frequency 136
- The scan continues until it is stopped manually and does not pause even if it detects signals 136
- The scan function can be used on the main read out only you can perform a scan while operating on a fre quency using the split functions 136
- This scan operates in both vfo and memory modes 136
- This scan operates in memory mode this scan operates in memory mode 136
- This scan operates in vfo mode 136
- Scan resume 137
- Scan set mode 137
- Scan speed 137
- Voice squelch control function 137
- F scan operation 138
- Programmed scan operation 138
- Fine programmed scan fine f scan 139
- Memory scan operation 140
- Select memory scan operation 140
- D erasing the select scan setting 141
- D setting in memory list screen 141
- D setting in scan screen 141
- Setting select memory channels 141
- Tone scan 142
- Antenna tuner operation sectio 143
- Antenna connection and selection 144
- Antenna memory settings 145
- D antenna type selection 145
- Antenna memory settings continued 146
- D antenna selection mode 146
- D temporary memory 146
- D receive antenna i o setting 147
- Antenna tuner operation 148
- D tuner operation 148
- Antenna tuner of the ic pw1 when using an external antenna tuner such as the ic pw1 s tuner tune with the external antenna tuner and turn off the ic 7700 s tuner after tuning is com pleted turn the internal tuner on otherwise both tuners tune simultaneously and correct tuning may not be obtained 149
- Antenna tuner operation 149
- Antenna tuner operation continued 149
- Check the following and try again 149
- D if the tuner cannot tune the antenna 149
- If the tuner cannot reduce the swr to less than 1 1 after checking the above perform the following 149
- Ptt tuner start the tuner is always re tuned when the ptt is pushed after the frequency is changed more than 1 from last tuned frequency this function replaces the push and hold operation and activates for the first transmission on a new frequency 149
- See the instruction manual included with each antenna tuner for their respective operations 149
- This function is controlled in set mode p 12 13 149
- Clock and timers sectio 151
- Clock2 function 152
- Clock2 name 152
- Clock2 offset 152
- Time now 152
- Time set mode 152
- Daily timer setting 153
- Setting sleep timer 154
- Timer operation 154
- Set mode sectio 155
- D set mode operation 156
- Set mode description 156
- Acc set mode p 12 7 157
- D screen arrangement 157
- Display set mode p 12 9 157
- Level set mode p 12 4 157
- Others set mode p 12 12 157
- Set mode 157
- Set mode menu screen p 12 2 157
- Time set mode p 11 2 157
- Usb memory set menu p 12 19 157
- Am rx hpf lpf 158
- Fm rx hpf lpf 158
- Level set mode 158
- Ssb rx hpf lpf 158
- Tone bass 158
- Tone treble 158
- Am tx tone bass 159
- Continued 159
- Cw rx hpf lpf 159
- Fm tx tone bass 159
- Level set mode 159
- Psk rx hpf lpf 159
- Rtty rx hpf lpf 159
- Ssb tx tone bass 159
- Tone treble 159
- Beep level 160
- Beep level limit 160
- Continued 160
- Level set mode 160
- Phones level ratio 160
- Side tone level 160
- Side tone level limit 160
- Speech level 160
- Ssb tbw mid 160
- Ssb tbw nar 160
- Ssb tbw wide 160
- Acc af output level 161
- Acc mod level 161
- Acc set mode 161
- Data off mod 161
- Data1 mod 161
- Data2 mod 161
- Mic acc 161
- S pdif mod level 161
- S pdif output level 161
- Acc set mode 162
- Continued 162
- Data3 mod 162
- External meter level 162
- External meter output 162
- Send relay type 162
- Acc set mode 163
- Backlight switches 163
- Basic 1 163
- Continued 163
- Display font 163
- Display set mode 163
- Display type 163
- Lcd unit bright 163
- Ref adjust 163
- Ref in out 163
- Apf width popup apf off on 164
- Continued 164
- Display set mode 164
- Memory name 164
- Meter peak hold bar 164
- Meter response 164
- Meter type normal screen 164
- Meter type wide screen 164
- Mn q popup mn off on 164
- Standard 164
- Continued 165
- Display set mode 165
- External display 165
- External display sync pulse 165
- My call 165
- Opening message 165
- Screen saver function 165
- Screen saver type 165
- Beep band edge 166
- Beep confirmation 166
- Beep sound 166
- Calibration marker 166
- Others set mode 166
- Quick split 166
- 0 00mhz 167
- Continued 167
- Fm split offset 50m 167
- Fm split offset hf 167
- Others set mode 167
- Split lock 167
- Tuner auto start 167
- Tuner ptt start 167
- Continued 168
- English 168
- Mhz 14 00 0 30 00 0 168
- Normal 168
- Others set mode 168
- Psk tone frequency 168
- Rtty keying polarity 168
- Rtty mark frequency 168
- Rtty shift width 168
- Speech language 168
- Speech speed 168
- Transverter function 168
- Transverter offset 168
- Continued 169
- Main dial auto ts 169
- Memopad numbers 169
- Mic up down speed 169
- Others set mode 169
- Quick rit tx clear 169
- Speech mode switch 169
- Speech s level 169
- Apf type 170
- Auto manual 170
- Continued 170
- Cw normal side 170
- Digi sel 170
- Digi sel vr operation 170
- Notch switch am 170
- Notch switch ssb 170
- Others set mode 170
- Ssb cw synchronous tuning 170
- Ci v address 171
- Ci v baud rate 171
- Ci v transceive 171
- Continued 171
- External keypad keyer 171
- External keypad voice 171
- Others set mode 171
- 168 0 1 172
- 255 255 0 24bit 172
- Continued 172
- Decode baud rate 172
- English 172
- Ip address valid after reboot 172
- Keyboard repeat delay 172
- Keyboard repeat rate 172
- Keyboard type 172
- Others set mode 172
- Rs 232c function 172
- Subnet mask valid after reboot 172
- D usb memory set screen arrangement 173
- Firmware update p 16 4 173
- Format menu p 12 26 173
- Load option set mode p 12 21 173
- Save option set mode p 12 20 173
- Set mode 173
- Setting load screen p 12 23 173
- Setting save screen p 12 22 173
- The usb memory is not supplied by icom 173
- Unmount usb memory p 12 25 173
- Usb memory set menu 173
- D save option set mode 174
- Memory settings 174
- Save contents 174
- Voice rx memory 174
- Voice tx memory 174
- Ant memory 175
- Ci v address 175
- D load option set mode 175
- Ip address subnet mask 175
- Load contents 175
- Other memory settings 175
- Ref in out ref adjust 175
- Select 175
- Voice rx memory 175
- Voice tx memory 175
- File saving 176
- File loading 177
- Changing a file name 178
- Or symbol 178
- Q during setting save screen display push dir file to select tree view screen 178
- Set mode 178
- The file name saved in the usb memory can be re named from the transceiver as desired 178
- To select the character group then rotate the main dial to select the character 178
- W push dir file to select file list screen e push y or z to select the desired file r push ren del momentarily to select the file name edit condition t push abc 178
- When a pc keyboard is connected to usb connec tor on the front panel the file name can also be edited from the keyboard 178
- Y push to set the file name 178
- Deleting a file 179
- Unmounting usb memory 179
- Formatting the usb memory 180
- Maintenance sectio 181
- D transceiver power 182
- D transmit and receive 182
- Maintenance 182
- Problem possible cause solution ref 182
- 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 you near est icom dealer or service center 182
- Troubleshooting 182
- D display 183
- D format usb memory 183
- D scanning 183
- Main dial brake adjustment 183
- Maintenance 183
- Problem possible cause solution ref 183
- Slide the brake adjustment to a comfortable tension level while turning the dial continuously and evenly in one direction 183
- The brake adjustment is located on the bottom side of the front panel see the figure at left 183
- The tension of the main dial may be adjusted to suit your preference 183
- Screen type and font selections 184
- Swr reading 184
- Approximate 185
- Frequency calibration 185
- Clock backup battery replacement 186
- Opening the transceiver s case 186
- All clear 187
- Fuse replacement 187
- Resetting the cpu 187
- About protection indications 188
- Screen saver function 188
- Control command sectio 189
- Control command 190
- Controller to ic 7700 190
- D ci v connection example 190
- D data format 190
- Fe fe 74 e0 cn sc data area fd 190
- Fe fe e0 74 cn sc data area fd 190
- Fe fe e0 74 fa fd 190
- Fe fe e0 74 fb fd 190
- Ic 7700 9 15 v dc 190
- Ic 7700 to controller 190
- Mini plug cable 190
- Ng message to controller 190
- Ok message to controller 190
- Personal computer 190
- Remote jack ci v information 190
- The ci v system can be operated using the following data formats data formats differ according to com mand numbers a data area or sub command is added for some commands 190
- The transceiver can be connected through an optional ct 17 190
- To a pc equipped with an rs 232c port the icom communications interface v ci v controls the transceiver 190
- Up to 4 icom ci v transceivers or receivers can be connected to a pc equipped with an rs 232c port see p 12 17 for setting the ci v condition using set mode 190
- Control command 191
- D command table 191
- Control command 192
- D command table continued 192
- Control command 193
- D command table continued 193
- Control command 194
- D command table continued 194
- Control command 195
- D command table continued 195
- Control command 196
- D command table continued 196
- Character s code 197
- Character s code symbols 197
- Control command 197
- D band stacking register 197
- D codes for memory keyer contents 197
- D codes for memory name opening message and clock2 name contents 197
- D to send read memory contents 197
- Register code 197
- To send or read the desired band stacking register s contents combined codes of the frequency band and register codes as follows are used for example when sending reading the oldest con tents in the 21 mhz band the code 0703 is used frequency band code 197
- To send or read the desired memory keyer contents the channel and character codes as follows are used channel code 197
- To send or read the desired memory name settings the character codes instructed codes for memory keyer contents as above and follows are used character s code alphabetical characters 197
- When sending or reading memory contents additional codes must be added to append the memory channel as follows additional code 0000 0101 0100 p1 0101 p2 197
- Control command 198
- D antenna memory setting 198
- D bandscope edge frequency setting 198
- D color setting 198
- D data mode with filter width setting 198
- D offset frequency setting 198
- D repeater tone tone squelch frequency setting 198
- D ssb transmission passband width setting 198
- The following codes are used when sending or read ing the antenna memory setting 0 ant1 1 ant2 2 ant3 3 ant4 4 tx ant1 rx ant4 5 tx ant2 rx ant4 6 tx ant3 rx ant4 198
- The following data sequence is used when sending or reading the bandscope edge frequency setting 198
- The following data sequence is used when sending or reading the color setting 198
- The following data sequence is used when sending or reading the data mode with filter width setting 198
- The following data sequence is used when sending or reading the offset frequency setting 198
- The following data sequence is used when sending or reading the ssb transmission passband width setting 198
- The following data sequence is used when sending or reading the tone frequency setting 198
- Specifications and options sectio 199
- D general 200
- D transmitter 200
- Specifications 200
- D antenna tuner 201
- D receiver 201
- Options 202
- Updating the firmware sectio 203
- Caution 204
- General 204
- D file downloading 205
- D firmware and firm utility 205
- Preparation 205
- Firmware update usb memory 206
- Connect the ic 7700 and the pc through a lan local area network as follows 208
- D connections 208
- Firmware update pc 208
- Updating the firmware 208
- D ip address setting 209
- D updating from a pc 210
- Firm utility 210
- Installation notes 213
- About ce 214
- Declaration of conformity 214
- Icom europe gmbh 214
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