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Icom IC-R8500 [39/48] I c r 8 5 0 0
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36
10
COMMAND LIST
•‘OK’ message from IC-R8500 to PC •‘NG’ message from IC-R8500 to PC
•Memory channel contents set & write (1A 00)
The above data packet is an example of programming
the following into memory channel 123 of bank num-
ber 19:
•Frequency:1,234,567,890 Hz
•Mode:FM
•Tuning step:199.5 kHz (programmable step)
•Attenuator:10 dB
•Scan select:specified
•Scan skip:specified
•Memory name:IC-R8500
Scan skip and select channels
FE FE E0 4A FB FD
Preamble code
PC’s address
IC-R8500’s address
OK code
End of message code
FE FE 4A E0 1A 00
1901239078563412
050113
9519
1003
4943205238353030
FD
Memory name
Tuning step
Mode(Sc)
FrequencyCH no.
Bank
SCN
ATT
Preamble code
IC-R8500’s address
PC’s address
Command number
Sub command
(IC-R8500’s command)
10 Hz
1 Hz
1 kHz
100 Hz
100 kHz
10 kHz
10 MHz
1 MHz
1 GHz
100 MHz
End of message code
ASCII code
BCD code area
(only needed when ‘13’
is selected)
IC-R8500
FE FE E0 4A FA FD
Preamble code
PC’s address
IC-R8500’s address
NG code
End of message code
Comment
number
Scan select Scan skip
00 OFF OFF
01 OFF Specified
02 Specified OFF
03 Specified Specified
•Clearing the specified channel data
(Memory channel contents set & write)
•Special bank number and channels (bn)
FE FE 4A E0 1A 00 19 0 1 2 3 FF FD
Preamble code
PC’s address
IC-R8500’s address
Command number
End of message code
Blank data
Memory channel
number
IC-R8500’s command
Bank number
Special bank Bank number
FREE
20
AUTO
21
SKIP
22
PROG
23
PRIO
24
Remarks
•For programmed
scan, channel num-
bers are as follows:
0P1=00, 0P2=01,
1P1=02, 1P2=03,
etc., up to 9P1=18
and 9P2=19.
•There is only one
channel in the prior-
ity bank.
•Gain and level data (gd; BCD data)
AF GAIN
SQUELCH
Max.
counterclockwise
0000
Max.
clockwise
0255
IF SHIFT
APF control
Max.
counterclockwise
0000
Max.
clockwise
0255
center
0128
Содержание
- Ic r8500 1
- Explicit definitions 2
- Important 2
- Precautions 2
- R indoor use only 2
- R neve 2
- Read this instruction manual carefull 2
- Save this instruction manual 2
- Unpacking 2
- Connections 10 3
- Connector information 3 34 3
- Control commands 5 36 3
- Frequency setting 1 12 3
- Important i explicit definitions i precautions i unpacking i table of contents ii 3
- Maintenance 7 3
- Memory channels 7 22 3
- Optional installations 8 40 3
- Options 4 3
- Panel description 6 3
- Receive functions 3 16 3
- Scans 3 28 3
- Set mode 0 3
- Sleep timer 9 3
- Specifications 3 3
- Table of contents 3
- Troubleshooting 1 42 3
- I front panel 4
- Panel description 4
- Attenuator switches 10db 20db push to activate one of the attenuators 5
- Audio peak filter control apf p 15 adjusts the audio peak filter setting to pick up a de sired audio frequency only valid when the apf switch is on 5
- Audio peak filter switch apf p 15 5
- Brake adjustment screw adjusts the main dial tension 5
- Function display p 6 shows the selected frequency mode memory name etc 5
- Main dial changes the operating frequency set mode contents etc 5
- Panel description 5
- Push for 1 sec to activate the lock function p 2 5
- Push momentarily to toggle the audio peak filter circuit on and off 5
- S meter shows the strength of the received signal shows the squelch threshold level when the squelch is rotated past the center position 5
- Speech lock switch spch lock push momentarily to activate the voice synthesiz er function and have the displayed frequency announced 5
- Tuning step switches ts l ts m p 12 select the tuning step for the main dial push ts l to select a larger tuning step push ts m to select a smaller tuning step 5
- When the audio peak filter circuit is on push for 1 sec to toggle the filter setting between normal and narrow 5
- Auto p 24 push momentarily to start stop auto write scan push for 1 sec to select the written memories condition for the auto write scan 7
- Dly p 27 push momentarily to select a scan resume condi tion 7
- Grammed scan 7
- Keypad 7
- Panel description 7
- Prio p 25 push momentarily to start stop priority scan 7
- Push for 1 sec to enter the delay time scan speed setting condition 7
- Push for 1 sec to enter the priority channel pro gramming condition 7
- Push for 1 sec to set the memory channel as a skip channel 7
- Skip p 25 push momentarily to toggle the skip function on and off for any scan 7
- Vsc p 26 push to toggle the voice scan control function on and off 7
- I rear panel 8
- Amusblsbcw 9
- I function display 9
- Skip vs 9
- Connections 10
- D location 10
- D optional bracket and carrying handle 10
- D receiver stand 10
- I mounting installation 10
- Connections 11
- I required connections 11
- Antennas play a very important role in receiver opera tion connecting a poor quality antenna to the ic r8500 will result in less than optimum perfor mance 12
- Connections 12
- D using a long wire antenna for hf bands 12
- For best results connect a heavy gauge cable to a water pipe or long earth sunk copper rod make the distance between the gnd terminal and ground as short as possible 12
- Hf ant 12
- I antenna connection 12
- I grounding 12
- Never use a gas pipe or electri cal conduit pipe for grounding 12
- Pl 259 connector installation example 12
- Push sleep for 1 sec to enter quick set mode 12
- Push sleep momentarily to exit quick set mode 12
- R warning 12
- Rotate the m ch selector to select the hf ant item 12
- The ic r8500 has a 500 ω phono rca antenna connector for the hf bands when using a long wire antenna instead of a 50 ω matched antenna use one as long as possible at least 10 m 33 ft and select the active connector as follows 12
- The ic r8500 requires at least 2 antennas for full fre quency coverage one for 0 to 30 mhz and one for 30 to 2000 mhz 12
- To prevent accidents involving electricity and interfer ence from transceivers ground the receiver through the gnd terminal on the rear panel 12
- Type n connector installation example 12
- Connections 13
- Convenient when an optional ut 102 13
- I connecting to a pc 13
- I data demodulation terminal 13
- I tape recorder connections 13
- I transceive function 13
- Icom ci v transceivers or receivers can be connect ed via the remote jack the frequency and mode become the same when either radio is changed 13
- Is installed detected frequencies during scanning can be recorded see pgs 31 32 for settings 13
- See p 16 for details regarding connection and opera tion 13
- The ic r8500 can connect directly to a personal computer providing control of multiple functions such as instant frequency name programming using appropriate software see pgs 35 36 for the control command table 13
- The rec out jack has 350 mv rms 4 k ω output for connection to other audio equipment 13
- Frequency setting 14
- I read me first 14
- I using the keypad 14
- I lock function 15
- I using the main dial 15
- Mhz khz 15
- I initial settings 16
- I mode selection 16
- Receive functions 16
- D center indicator 17
- D if shift 17
- I functions for fm 17
- I functions for ssb cw 17
- I squelch function 17
- Bfo 0 0khz 18
- D agc function 18
- D audio peak filter 18
- D bfo adjustment 18
- D noise blanker 18
- Connect a terminal unit as above 19
- Cw narrow mode setting frequency displayed freq desired freq center of mark and space freq 600 hz 19
- D connections 19
- D receiving method 19
- Fm mode setting frequency displayed freq desired freq 19
- For high speed data 9600 bps reception in fm mode 19
- For regular speed data 1200 bps or lower reception in any mode 19
- Frequency settings depend on the mode used 19
- I data communications 19
- Lsb mode for amateur rtty setting frequency displayed freq desired freq mark freq 19
- Receive functions 19
- Select fm mode or usb cw modes for hf band data communications 19
- Set the connected terminal unit to the appropriate settings 19
- Set the receiver to the desired frequency as below 19
- To use the agc socket for af output change the internal jumper plug as illustrated at right 19
- Usb mode setting frequency displayed freq desired freq center of mark and space freq 19
- I bank selection 20
- I general 20
- Memory channels 20
- D using the keypad 21
- D using the m ch selector 21
- I channel selection 21
- I clearing 22
- I copy and paste memory editing 22
- I programming 22
- D bank name programming 23
- D channel name programming 23
- I channel bank names 23
- D deleting memory channels 24
- I assigning channel numbers 24
- Add 0ch 25
- Add 1ch 25
- D adding inserting memory channels 25
- Del 1ch 25
- For 1 sec 25
- Ins 1ch 25
- Memory channels 25
- Push bank for 1 sec 25
- Push bank for 1 sec to perform the selected operation 25
- Rotate m ch to select the following 25
- Select the bank you wish to add memory chan nel s to 25
- Usr t blank 25
- D memory scan 26
- D memory select scan 26
- I operation 26
- D programmed scan d auto memory write scan 27
- D priority scan 28
- I mode select function 28
- I specifying skip channel and frequency 28
- I automatic bank limit skip functions 29
- I voice scan control function 29
- D scan resume condition 30
- I programming scan edge frequencies 30
- I scan speed delay functions 30
- D assigning a function to the delay speed control 31
- D scan delay 31
- D scan speed 31
- Vr dly spd max 31
- Vr spd dly 3s 31
- D operation 32
- Sleep timer 32
- I general 33
- Set mode 33
- Auto ts 34
- Dimmer 34
- Hf ant 34
- I quick set mode items i initial set mode items 34
- Rec remo 34
- Rec spch 34
- Civ 731 35
- Civ addr 35
- Civ baud 35
- Civ tran 35
- Spch lan 35
- Spch spd 35
- Connector information 36
- D agc out jack 36
- D external speaker 36
- D if out jack 36
- D remote jack 36
- D rs 232c socket 36
- Connector information 37
- D dc 13 v and dc in sockets 37
- D phones jack 37
- D rec out jack 37
- D rec remote jack 37
- Dc 13 v 37
- Basic format from pc to ic r8500 answer from ic r8500 to pc 38
- Control commands 38
- I command table 38
- I data format 38
- The ic r8500 can be connected to a pc via the pc s rs 232c port this allows you to control the receiver from the pc and or transfer data from the receiver to the pc 38
- Clearing the specified channel data memory channel contents set write special bank number and channels bn 39
- Command list 39
- Frequency 1 234 567 890 hz mode fm tuning step 199 khz programmable step attenuator 10 db scan select specified scan skip specified memory name ic r8500 39
- Gain and level data gd bcd data 39
- I c r 8 5 0 0 39
- Memory channel contents set write 1a 00 39
- Ok message from ic r8500 to pc ng message from ic r8500 to pc 39
- Scan skip and select channels 39
- The above data packet is an example of programming the following into memory channel 123 of bank num ber 19 39
- Caution 40
- I cleaning 40
- I cpu resetting 40
- I disassembly 40
- I fuse replacement 40
- I level adjustments 40
- I memory backup 40
- Maintenance 40
- Cw narrow filter 41
- I fl 52a 41
- I ut 102 41
- Optional installations 41
- Voice synthesizer unit 41
- High stability crystal unit 42
- I cr 293 42
- D connections 43
- D operation 43
- D tv r7100 specifications 43
- I tv r7100 43
- Tv receive adapter 43
- Front panel control 44
- Possible cause solution ref 44
- Problem 44
- Receive functions 44
- Solve it through the use of this chart contact your nearest icom dealer or service center 44
- 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 44
- Troubleshooting 44
- Memory channels 45
- Possible cause solution ref problem 45
- Troubleshooting 45
- 287 w 112 h 309 d mm 1 46
- 4 8 ω 46
- All specifications are subject to change without notice or obligation 46
- Antenna connector below 30 mhz so 239 50 ω phono 500 ω above 30 mhz type n 50 ω usable temperature range 10 c to 50 c 14 f to 122 f frequency stability below 30 mhz 100 hz 20 hz above 30 mhz 0 003 0 0006 46
- D in weight 7 kg 15 lb intermediate frequencies 46
- Frequency coverage 46
- I general 46
- I receiver 46
- If shift variable range more than 1 khz external speaker connector 2 conductor 3 mm 46
- Number of memory channels 1000 46
- Power supply requirement 13 v dc 15 negative ground 117 v ac u s a version with supplied ad 55a 230 or 240 v ac other versions with the optional ad 55 v current drain at 13 v dc standby 1 a max audio 2 a dimensions 46
- Receive system superheterodyne sensitivity 46
- Selectivity wfm more than 150 khz 6 db fm am w more than 12 khz 6 db fm n am more than 5 khz 6 db am n ssb cw more than 2 khz 6 db cw narrow more than 500 hz 6 db 46
- Specifications 46
- Spurious and image rejection ratio below 30 mhz more than 60 db 30 1000 mhz 50 db typical 1240 1300 mhz audio output power more than 2 w 46
- Squelch sensitivity 46
- Unit mhz 46
- Ah 7000 super wideband om nidirectional an tenna 47
- Cr 293 high stability crystal unit provides improved frequency stability 47
- Ct 17 ci v level converter ad 55 a v ac adapter 47
- Fl 52a cw narrow filter 455 khz 500hz 6 db 47
- Mb 23 carrying handle ic mb12 mobile mounting bracket 47
- Options 47
- Sp 7 external speaker 47
- Tv r7100 tv receive adapter sp 21 external speaker 47
- Ut 102 voice synthesizer unit 47
- 1 32 kamiminami hirano ku osaka 547 0003 japan 48
- Count on us 48
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Ответы 1
Какие меры предосторожности следует соблюдать при распаковке и использовании IC-R8500?
2 года назад