![Icom IC-R9500 [132/194] Level set mode](/img/pdf.png)
Icom IC-R9500 [132/194] Level set mode
![Icom IC-R9500 [132/194] Level set mode](/views2/1074327/page132/bg84.png)
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11
SET MODE
■ Level set mode
Sets the bass level of the receive audio in FM mode
from –15 to +15. (default: 0)
FM Tone (Bass)
0
Sets the treble level of the receive audio in FM mode
from –15 to +15. (default: 0)
FM Tone (Treble)
0
Sets the bass level of the receive audio in WFM mode
from –15 to +15. (default: 0)
WFM Tone (Bass)
0
Sets the treble level of the receive audio in WFM
mode from –15 to +15. (default: 0)
WFM Tone (Treble)
0
Sets the bass level of the receive audio in AM mode
from –15 to +15. (default: 0)
AM Tone (Bass)
0
Sets the treble level of the receive audio in AM mode
from –15 to +15. (default: 0)
AM Tone (Treble)
0
Sets the bass level of the receive audio in SSB mode
from –15 to +15. (default: 0)
SSB Tone (Bass)
0
Sets the treble level of the receive audio in SSB mode
from –15 to +15. (default: 0)
SSB Tone (Treble)
0
Sets the bass level of the receive audio in CW mode
from –15 to +15. (default: 0)
CW Tone (Bass)
0
Sets the treble level of the receive audio in CW mode
from –15 to +15. (default: 0)
CW Tone (Treble)
0
Содержание
- Communications receiver 1
- Instruction manual 1
- Ir9500 1
- 7 inch wide color tft lcd 2
- About re exporting this product 2
- Built in baudot fsk demodulator 2
- D features 2
- Explicit definitions 2
- Foreword 2
- High resolution spectrum scope center frequency and fix frequency modes plus mini scope displays 2
- Important 2
- Read this instruction manual carefull 2
- Save this instruction manual 2
- Trademarks 2
- Ultimate receiver performance 109 db wide dynamic range and third order intercept ip3 of 40 dbm hf bands only 2
- About apco project 25 3
- Caution 3
- Precautions 3
- R achtung 3
- R caution 3
- R caution never 3
- R neve 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
- Panel description section 11
- Front panel 12
- 0 pbt clear switch pbt clear p 5 11 push and hold for 1 sec to clear the pbt settings 13
- 1 agc control agc p 5 10 adjusts the continuously variable agc circuit time constant 13
- 2 agc switch agc vr off p 5 10 push to toggle agc control usage on or off 13
- 3 auto notch switch anf p 5 16 turns the auto notch function on or off when pushed in ssb am fm and wfm mode 13
- 4 manual notch switches notch1 notch2 p 5 16 turns the manual notch function on or off when pushed in ssb cw am and fsk mode 13
- 5 manual notch filter controls notch1 notch2 p 5 16 varies the notch frequency of the manual notch fil ter to reject an interfering signal while the manual notch function is on 13
- I squelch control squelch p 3 8 adjusts the squelch threshold level the squelch disables output from the speaker closed condition when no signal is received 13
- O passband tuning controls twin pbt p 5 11 adjusts the if filter passband width via the dsp 13
- Panel description 13
- Switches the manual notch characteristics be tween wide middle and narrow when pushed and held for 1 sec 13
- Turns the agc function off when pushed and held for 1 sec 13
- What is the notch function 13
- What is the pbt control 13
- 3 4 1 2 5 14
- Front panel continued 14
- 8 3 8 0 9 5 6 7 9 0 4 7 6 1 2 16
- Front panel continued 16
- 2 4 5 6 3 7 8 0 18
- 8 5 6 7 9 1 18
- Front panel continued 18
- 9 7 3 4 5 6 9 8 0 1 2 8 20
- Q w e r t y u i o 0 1 2 3 4 5 6 7 20
- Rear panel 20
- 4 6 8 7 9 5 2 22
- Lcd display 22
- Screen menu arrangement 24
- Caution the receiver weighs approx 20 kg 44 lb al ways have two people available to carry lift or turn over the receiver 25
- Installation and connections section 25
- Grounding 26
- R warning neve 26
- Selecting a location 26
- Unpacking 26
- Antenna connection 27
- Caution 27
- Installation and connections 27
- Pl 259 connector installation example 27
- Protect your receiver from lightning by using a lightning arrestor 27
- The ic r9500 requires at least 2 antennas ant 1 hf ant 3 ant 2 for full coverage from 100 khz to 3335 mhz select an antenna such as a well matched 50 ω antenna and feedline when you wish to use a long wire antenna for short wave bands use one as long as possible at least 10 m 32 ft 27
- Type n connector installation example 27
- Your antenna plays a very important role in receiver operation if the antenna is poor your receiver cannot give you the best performance 27
- Carrying handle attachment 28
- Rack mounting handle detachment 28
- Tv jumper cable connection except for usa versions 28
- Ac outlet r warning use the supplied ac power cable only 29
- D rear panel 29
- Installation and connections 29
- Required connections 29
- Video in video out tv jumper cable must be connec ted when internal tv tuner and lcd are in use except usa ver sions no signals come out from video out for usa versions 29
- Accepts headphones with 8 16 ω impe dance 30
- Advanced connections 30
- D front panel 30
- D rear panel 1 30
- Headphones 30
- Installation and connections 30
- Rec remote rec out p 2 8 connects a tape re corder or other au dio equipment 30
- D rear panel 2 31
- D recording from the front panel or rear panel 32
- Installation and connections 32
- Recording from the front panel 32
- Recording from the rear panel 32
- Tape recorder connections 32
- The rec out or line out jack has 350 mv rms 4 kω output for connection to other audio equip ment 32
- The rec out or line out jack has 350 mv rms 4 kω output for connection to other audio equipment 32
- The rec remote jack is grounded when a signal is received and squelch opens if a tape recorder has a control terminal this jack can be used for recording control 2 a dc max 32
- D separately recording audio and frequency 33
- Installation and connections 33
- When recording this way you can search ahead of the audio signal recorded in the tape recorder using the frequency recording channel search 33
- When using a stereo tape recorder for recording received audio and a frequency with a synthesized voice can be separately recorded 33
- Monitor display connection 34
- Transceive function 34
- Fsk and afsk sstv connections 35
- Accessory connector information 36
- Installation and connections 36
- Note if the beep level limit is in use the beep tone decreases from the fixed level when the af con trol is rotated above a specified level p 11 6 36
- Basic operations section 37
- After resetting the receiver set controls as shown in the figure below 38
- Basic operations 38
- Before first applying power make sure all connections required for your system are complete by referring to section 2 then reset the receiver using the following procedure 38
- E change the set mode settings after resetting if de sired 38
- In cooler temperatures the lcd may appear dark and unstable after turning power on this is normal and does not indicate any equipment malfunction 38
- Initial settings 38
- Q turn the main power on with i o on the rear panel 38
- Resetting clears all programmed contents in memory channels and returns programmed values in set mode to default values 38
- W while pushing and holding ce and m cl push power to turn power on 38
- When first applying power cpu resetting 38
- Basic operations 39
- Push memo to select memory mode 39
- Push the desired vfo number 0 to 9 using the keypad then push vfo to select the desired vfo mode 39
- Push vfo to select last selected vfo mode 39
- Selecting memory mode 39
- Selecting vfo mode 39
- Vfo is an abbreviation of variable frequency oscilla tor and is commonly referred to as a main tuning func tion frequency mode and other receiver settings are stored as a set of vfo data the main dial is often called the vfo knob the ic r9500 stores ten sets of vfo data you can use the desired vfo to call up a frequency and oper ating mode for operation 39
- D direct frequency entry with the keypad 40
- Frequency setting 40
- D selecting a tuning step 41
- D tuning with the main dial 41
- Default settings 41
- D auto tuning step function 42
- Tuning step function 42
- Operating mode selection 43
- Rf gain adjustment 44
- Squelch level adjustment 44
- Volume setting 44
- Audio tone adjustment 45
- D bass level adjustment 45
- D treble level adjustment 45
- D meter type selection 46
- Meter indication selection 46
- Receive modes section 47
- D convenient functions for fm 48
- Operating fm 48
- D offset frequency setting 49
- Duplex operation 49
- Available dtcs codes 50
- Available tone frequencies unit hz 50
- E push and hold tone for 1 sec to enter tone fre quency set mode r push f 1 y or f 2 z to select the items t sql tone or dtcs code t rotate the main dial to select the desired tone fre quency or dtcs code 50
- I to open the squelch manually push moni 50
- O to cancel the tone squelch or dtcs squelch push tone several times to clear the tone or dtcs squelch 50
- Q set the desired frequency and select fm mode w push tone several times to turn the tone or dtcs squelch function on 50
- Receive modes 50
- The tone or dtcs squelch opens only when receiving a signal containing a matching subaudible tone or dtcs code you can silently wait for calls from group members using the same tone 50
- Tone dtcs squelch operation 50
- Y push exit set to return to the previous indica tion u when the received signal includes a matching tone or dtcs code squelch opens and the signal can be heard 50
- D convenient functions for wfm 51
- Operating wfm 51
- D convenient functions for am 52
- Operating am 52
- D convenient functions for ssb 53
- Operating ssb 53
- D convenient functions for cw 54
- Operating cw 54
- Cw pitch 55
- D about cw pitch control 55
- D about cw reverse mode 55
- D apf audio peak filter operation 55
- A dsp based high quality baudot fsk decoder is built in to the ic r9500 56
- E push f 3 decode to display the decoder screen 56
- If you would rather use your fsk terminal or tnc con sult the manual that comes with the fsk terminal or tnc 56
- Operating fsk 56
- Q edit the desired frequency using the keypad w push fsk to select fsk 56
- R to tune the desired signal aim for a symmetrical wave form and ensure the signal peaks align with the mark and shift frequency lines in the fft scope 56
- Receive modes 56
- D about fsk reverse mode 57
- D convenient functions for fsk 57
- D twin peak filter 57
- D setting fsk tone frequency 58
- Fsk rx frequency 58
- Fsk shift width 58
- Fsk tone frequency 58
- Mark space center 58
- D functions for the fsk decoder indication 59
- D setting the decoder threshold level 59
- 153 255 60
- Cr lf cr lf 60
- D fsk decode set mode 60
- Fsk decode new line code 60
- Fsk decode usos 60
- Fsk fft scope averaging 60
- Fsk fft scope waveform color 60
- 155 189 61
- 255 128 61
- D fsk decode set mode continued 61
- Fsk font color receive 61
- Fsk font color time stamp 61
- Fsk time stamp frequency 61
- Fsk time stamp time 61
- D setting fsk baud rate 62
- D time stamp function 62
- D data saving 63
- D convenient functions for p25 64
- Operating p25 requires optional ut 122 64
- 0 to cancel digital squelch push d sql several times to clear the digital squelch 65
- Digital squelch operation 65
- Digital squelch set mode 65
- E push and hold d sql for 1 sec to enter p25 digi tal squelch set mode r push f 1 y or f 2 z to select the items nac tgid or unit id t push f 5 edit to enter digital code programming 65
- O to open the digital squelch manually push moni 65
- Q set the desired frequency and select p25 mode w push d sql to turn the digital squelch function on 65
- Receive modes 65
- U push exit set to return to the previous indica tion i when the received signal includes a matching code squelch opens and the signal can be heard 65
- While in p25 mode operation 2 types of digital squelch nac or selective are available 65
- Y push f 5 set to input and set the code 65
- D convenient functions for tv operation 66
- Tv channel operation except for usa versions 66
- Receive functions section 67
- D center mode 68
- Spectrum scope screen 68
- D fixed frequency mode 69
- D peak marker function 70
- E push f 6 cent fix to select center or fixed mode r push f 7 peak once 70
- Q push exit set several times to close a multi function screen if necessary w push f 1 scope to select the scope screen 70
- Receive functions 70
- T push peak to place the marker on the first peak 70
- The peak marker function can display the frequencies of several peaks in order 70
- Y push exit set to return to the previous screen 70
- D wide band pass filter selection 71
- D wide band scope function 71
- D mini scope screen indication 72
- D scope set mode 72
- 150 50 73
- 185 221 73
- 66 176 73
- Center type display 73
- D scope set mode continued 73
- Filter center 73
- Marker color peak 73
- Marker color rx 73
- Max hold 73
- Waveform color current 73
- Waveform color max hold 73
- D scope set mode continued 74
- Peak excursion 74
- Peak threshold 74
- Attenuator 75
- Preamplifier 75
- Agc function 76
- D adjusting the agc time constant 76
- D selecting the preset value 76
- D setting the agc time constant preset value 76
- O select another mode not fm wfm or p25 repeat steps e to i if desired 0 push exit set to exit the agc set mode screen 76
- Q select non fm wfm or p25 mode w push agc several times to select agc fast fast agc medium mid or agc slow slow 76
- Q select non fm wfm or p25 mode w push agc vr off once or twice to select agc volume vr then rotate agc control to adjust the agc time constant 76
- Q select the desired mode not fm wfm or p25 mode w push and hold agc for 1 sec to enter agc set mode e push agc several times to select fast time con stant r rotate the main dial to set the desired time constant for agc fast 76
- Receive functions 76
- Selectable agc time constant 76
- T push agc to select medium time constant y rotate the main dial to set the desired time constant for agc mid 76
- The agc auto gain control controls receiver gain to produce a constant audio output level even when the received signal strength varies greatly 76
- The fm wfm or p25 mode agc time constant is fixed as fast 0 sec and agc time constant cannot be selected 76
- The receiver has 3 preset agc characteristics time constant fast mid slow for non fm wfm or p25 mode 76
- U push agc to select slow time constant i rotate the main dial to set the desired time constant for agc slow 76
- Filter set screen 77
- Pbt operation example 77
- Pbt passband tuning electronically narrows the if passband width by shifting the if frequency slightly outside of the if filter passband rejecting interference the ic r9500 uses dsp for the pbt function moving both twin pbt controls to the same position shifts the if 77
- Receive functions 77
- The lcd shows the passband width and shift fre quency graphically push and hold filter 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 pbt clr for 1 sec 77
- 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 or 50 hz steps 77
- Twin pbt operation 77
- D filter passband width setting 78
- D if filter selection 78
- If filter selection 78
- Cw 500hz 79
- D dsp filter shape 79
- D filter shape set mode 79
- D roofing filter selection 79
- Hf ssb 600hz 79
- Cw 500hz 80
- Cw 600hz 80
- D filter shape set mode continued 80
- V u ssb 600hz 80
- D nb set mode 81
- Nb1 depth 81
- Nb1 width 81
- Nb2 depth 81
- Nb2 width 81
- Noise blanker 81
- Noise reduction 82
- Notch function 82
- Afc function 83
- Autotune function 83
- Voice recorder functions section 85
- About digital voice recording 86
- The ic r9500 has two types of digital voice recorders one is a regular voice recorder for which a continuous long recording is available and the other is a short recorder which temporarily stores the previous period a maximum message length of 30 sec can be recorded into a ram 86
- Voice recorder functions 86
- D regular recording 87
- Recording received audio 87
- D regular playing 88
- Erasing the recorded contents 88
- Playing the recorded audio 88
- Select the cf memory card or usb memory 88
- D playing back 89
- D recording 89
- Short recording 89
- Hq1 16khz 90
- Rec remote 90
- Short play time 90
- Short rec time 90
- Sound quality sampling rate 90
- Voice set mode 90
- Continued 91
- Speech mix 91
- Speech mix level 91
- Voice set mode 91
- Memory operation section 93
- Memory channels 94
- Bank limit function while rotating the m ch selector memory channels are selectable in the current bank only bank limit on or selectable from all banks bank limit off 95
- D using the keypad 95
- D using the m ch bank selectors 95
- E push memo to select the desired memory chan nel 95
- E rotate m ch to select the desired memory channel 95
- Example to select the memory channel 3 push 3 then push memo to select the memory channel 520 push 5 2 0 then push memo to select the auto write memory channel a24 push 1 0 2 4 then push memo to select the skip channel s65 push 1 1 6 5 then push memo to select the scan edge channel p3b push 1 2 0 7 then push memo 95
- Memory channel selection 95
- Memory operation 95
- Push and hold memo for 1 sec to turn the bank limit function on default or off 95
- Q push memo to select memory mode w push the desired memory channel number using the keypad 95
- Q push memo to select memory mode w rotate bank to select the desired memory bank 95
- R to return to vfo mode push vfo 95
- D programming in memory mode 96
- D programming in vfo mode 96
- Memory channel programming 96
- D transferring in memory mode 97
- D transferring in vfo mode 97
- Frequency transferring 97
- D editing programming memory names 98
- Memory clearing 98
- Memory names 98
- D confirming programmed memory channels 99
- D selecting a memory channel using the memory list screen 99
- Memory list screen 99
- Bank memory channels 100
- Bank memory scan 100
- D memory bank set 100
- D editing memory channel 101
- Scans section 103
- 10 hz steps 104
- Auto memory write scan 104
- Auto memory write scan operates in the same way as programmed scan however when a signal is received the received frequency is automatically written into a memory channel in the auto write bank 104
- Continuously switches between monitoring displayed frequency and specified memory channel priority channel 104
- F frequency f frequency 104
- F scan 104
- Fine scan 104
- Memory scan 104
- Mode select memory scan 104
- Priority scan 104
- Programmed scan 104
- Repeatedly scans a selected mode ignoring other modes while memory scanning 104
- Repeatedly scans all or one of 9 select memory channels 104
- Repeatedly scans all programmed memory channels 104
- Repeatedly scans between two scan edge frequencies scan edge memory channels pxa and pxb 104
- Repeatedly scans within f span 104
- Scan types 104
- Scans in 10 hz steps when squelch is open around the signal while program scan or f scan 104
- Select memory scan 104
- Squelch open 104
- Start frequency 104
- This scan operates in both vfo and memory modes 104
- This scan operates in memory mode 104
- This scan operates in memory mode this scan operates in memory mode 104
- Preparation 105
- Scan speed 105
- Squelch condition 105
- Voice squelch control function 105
- Auto long push 106
- Auto mw scan memory clear 106
- Auto scan screen scan start 106
- Scan set mode 106
- Skip function 106
- D priority scan operation 107
- D setting 107
- Priority scan 107
- D setting 108
- Programmed scan 108
- D programmed scan operation 109
- D f scan operation 110
- D setting 110
- F scan 110
- Fine programmed scan fine f scan operation 111
- Auto memory write scan operation 112
- D memory scan operation 113
- D setting 113
- Memory scan 113
- D erasing the select scan setting 114
- D programming the select memory scan setting 114
- D select memory scan operation 115
- D mode select memory scan operation 116
- D programming skip frequencies for programming scan 117
- D skip scan setting 117
- D specifying skip channels 117
- Skip scan 117
- Tone scan 118
- Scan resume condition 119
- Scan delay 120
- Scan speed 120
- Other functions section 121
- D dial lock function 122
- D panel lock function 122
- Lock function 122
- Voice synthesizer operation 122
- Antenna selection 123
- Dial click function 123
- Clock and timers sectio 125
- Clock2 function 126
- Clock2 name 126
- Clock2 offset 126
- Time now 126
- Time set mode 126
- Daily timer setting 127
- Setting sleep timer 128
- Timer operation 128
- Set mode sectio 129
- D set mode operation 130
- Set mode description 130
- D screen arrangement 131
- Level set mode 132
- Af high cut fm 50k 133
- Continued 133
- De emphasis fm 50k 133
- Fm 15k 133
- Fsk tone bass 133
- Fsk tone treble 133
- Level set mode 133
- Beep level 134
- Beep level limit 134
- Continued 134
- Level set mode 134
- Phones level ratio 134
- Speech level 134
- Acc set mode 135
- External meter level 135
- External meter output 135
- Rec remote external 135
- Ref adjust 135
- Reference in out 135
- S pdif output level 135
- Signal 135
- Speech out level 135
- Apf width popup apf off on 136
- Display set mode 136
- Display type 136
- Memory name 136
- Meter peak hold 136
- Mn q popup mn off on 136
- On dec 136
- P25 rx id popup 136
- Screen saver function 136
- Signal meter 136
- Continued 137
- Display set mode 137
- External display 137
- External display sync pulse 137
- Opening comment 137
- Opening message 137
- Beep confirmation 138
- Beep sound 138
- Calibration marker 138
- English 138
- Others set mode 138
- Panel lock switch 138
- Speech language 138
- Speech s level 138
- Speech speed 138
- Combination of rec speech and speech mix settings 139
- Continued 139
- Others set mode 139
- Afc limit 140
- Continued 140
- Main dial auto ts 140
- Main dial click 140
- Main dial click mode 140
- Main dial click set mode etc 140
- Main dial operation scan 140
- Others set mode 140
- Up down 140
- Apf type 141
- Continued 141
- Cw normal side 141
- Others set mode 141
- Ssb cw synchronous tuning 141
- Ci v address 142
- Ci v baud rate 142
- Ci v transceive 142
- Continued 142
- Decode baud rate 142
- English 142
- Keyboard type 142
- Others set mode 142
- Rs 232c function 142
- 55 55 0 24bit 143
- 68 0 1 143
- Continued 143
- Ip address valid after reboot 143
- Keyboard repeat delay 143
- Keyboard repeat rate 143
- Others set mode 143
- Subnet mask valid after reboot 143
- Cf card usb memory set menu 144
- D cf usb memory set screen arrangement 144
- Ci v address 145
- D load option set mode 145
- Ip address subnet mask 145
- Load contents 145
- Other memory settings 145
- Ref in out ref adjust 145
- Select 145
- C push exit set to set the file name 146
- C push f 1 dir file twice to select the file name r push f 6 save 146
- File saving 146
- Memory channel contents set mode settings etc can be saved into the cf compact flash memory card or usb memory for backup 146
- Q during set mode menu screen indication push f 7 cf usb to select cf usb memory set menu screen w push f 2 save to select setting save screen e change the following conditions if desired file name z push f 4 edit to select file name edit con dition 146
- Saving location z push f 1 dir file to select tree view screen 146
- Set mode 146
- T push f 6 ok to save 146
- X push abc 123 or symbol to select the character group then rotate the main dial to select the character 146
- X select the desired directory or folder in the cf memory card 146
- File loading 147
- Changing the file name 148
- Q during setting save screen display push f 1 dir file to select tree view screen 148
- Set mode 148
- The file name saved in the cf memory card or usb memory can be re named from the receiver as de sired 148
- W push f 1 dir file to select file list screen e push f 2 y or f 3 z to select the desired file r push f 5 ren del momentarily to select the file name edit condition t push abc 123 or symbol to select the charac ter group then rotate the main dial to select the character 148
- Y push exit set to set the file name 148
- C push f 1 dir file twice to select the file name e push f 6 save 149
- File copying 149
- Memory channel contents set mode settings etc in cf card or usb memory can be copied between memory devices for backup 149
- Q during set mode menu screen indication push f 7 cf usb to select cf usb memory set menu screen w push f 3 copy to select file copy screen 149
- Saving location z push and hold f 1 dir file for 1 sec to select the usb memory x select the desired directory or folder in the usb memory 149
- Select the original file example copying cf card to usb memory z push f 1 dir file to select tree view screen 149
- Set mode 149
- X push f 1 dir file to select file list screen c push f 2 y or f 3 z to select the desired file v push f 4 copy to select the file 149
- Deleting a file 150
- Unmount an usb memory 150
- Formatting the cf card or usb memory 151
- Display set video mode 152
- Ntsc m 152
- Tv standard 152
- Video in bright 152
- Video in contrast 152
- Video in hue ntsc 152
- Video in saturation 152
- Continued 153
- Display set video mode 153
- Video data in output 153
- Video in 153
- Video in trimming 153
- Video in wide full 153
- Video out horizontal size 153
- Video out hue 153
- Video out saturation 153
- Video out setup level 153
- Backlight switches 154
- Bright lcd 154
- Contrast lcd 154
- Lcd set mode 154
- Lcd unit bright 154
- Maintenance sectio 155
- D receiver power 156
- D receiving 156
- Maintenance 156
- Problem possible cause solution ref 156
- 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 156
- Troubleshooting 156
- D display 157
- D format memory media 157
- D scanning 157
- D voice recorder 157
- Maintenance 157
- Problem possible cause solution ref 157
- Main dial brake adjustment 158
- Screen type selection 158
- Approximate 159
- Frequency calibration 159
- Opening the receiver s case 160
- Opening the shield case 160
- Clock backup battery replacement 161
- Ut 122 installation 161
- D ac power input fuse 162
- D dc output fuse 162
- Fuse replacement 162
- All clear 163
- Ir9500 163
- Resetting the cpu 163
- Screen saver function 163
- Control command sectio 165
- 15 v dc 166
- Control command 166
- Controller to ic r9500 166
- D ci v connection example 166
- D data format 166
- Fe fe 72h e0 cn sc data area fd 166
- Fe fe e0 72h cn sc data area fd 166
- Fe fe e0 72h fa fd 166
- Fe fe e0 72h fb fd 166
- Ic r9500 166
- Ic r9500 to controller 166
- Mini plug cable 166
- Ng message to controller 166
- Ok message to controller 166
- Personal computer 166
- Remote interface ci v information 166
- The ci v system uses the following data formats data formats differ according to command numbers a data area or sub command is added for some com mands 166
- The receiver can be connected through an optional ct 17 166
- To a pc equipped with an rs 232c port the icom communications interface v ci v controls the receiver 166
- Up to 4 icom ci v transceivers or receivers can be connected to a pc equipped with an rs 232c port see p 11 14 for configuring the ci v using set mode 166
- Control command 167
- D command table 167
- Control command 168
- D command table continued 168
- Control command 169
- D command table continued 169
- Control command 170
- D command table continued 170
- Control command 171
- D command table continued 171
- Control command 172
- D command table continued 172
- Control command 173
- D command table continued 173
- Character s code symbols 174
- Control command 174
- D codes for memory name bank name opening message and clock 2 name contents 174
- D dtcs squelch code setting 174
- D offset frequency setting 174
- D to send read memory contents 174
- D tone squelch frequency setting 174
- Memory bank code 174
- The following data sequence is used when sending or reading the dtcs code setting 174
- The following data sequence is used when sending or reading the offset frequency setting 174
- The following data sequence is used when sending or reading the tone frequency setting 174
- To send or read the desired memory name settings the character codes as follows are used character s code 174
- When sending or reading memory contents additional codes must be added to appoint the memory channel as follows additional code 0000 1219 memory channel code 174
- Control command 175
- D color setting 175
- D nac squelch code setting 175
- D selective squelch code settings 175
- Tgid setting the following data sequence is used when sending or reading the tgid code setting 175
- The following data sequence is used when sending or reading the color setting 175
- The following data sequence is used when sending or reading the nac code setting 175
- Unit id setting the following data sequence is used when sending or reading the unit id code setting 175
- Specifications and options sectio 177
- D general 178
- Specifications 178
- D receiver 179
- Options 180
- Updating the firmware sectio 181
- Caution 182
- General 182
- D file downloading 183
- D firmware and firm utility 183
- Preparation 183
- Firmware update usb memory 184
- Connect the ic r9500 and the pc through a lan local area network as follows 186
- D connections 186
- Firmware update pc 186
- Updating the firmware 186
- D ip address setting 187
- D updating from the pc 188
- Firm utility 188
- About ce 190
- Declaration of conformity 190
- Icom europe gmbh 190
- Ir9500 190
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