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1. lo ELECO PIE NEC N 88BASIC M gt 705 gt 74 No 1 MODE VFO 10 REM ICOM CI V Packet Diagram 20 REM 30 REM PRS 1 RES TXS CNS D A FIS 40 REM 50 REM 60 PR CHR 8HFE CHR 8HFE PREAMBLE 70 RES CHR amp H10 TRANSCEIVER ADDRESS IC 275 80 TX CHR amp HEO CONTROLLER ADDRESS 00 FI CHR 8HFD 100 DEFINT G Z CLS 110 OPEN COM N81NN AS 1 120 MD LSB USB C W RTTY F M VFO AVFO BEN D 130 FOR G 1 TO 9 I G 1 5 1 KEY MIDS MD 1 5 140 NEXT G KEY 10 M gt VFO 2 150 ON KEY GOSUB A B C D E H J 160 KEY ON 170 LOCATE 25 10 PRINT f 1 f 2 KEY ON GOTO 170 180 CN CHR 6 DAS CHR 0 GOSUB DATAOUT RETURN 190 B CN CHR 6 DA CHR 1 GOSUB DATAOUT RETURN 200 CN CHR 6 DA CHR 2 GOSUB DATAOUT RETURN 210 CNS CHR 6 DA CHR 3 GOSUB DATAOUT RETURN 220 CN CHR 6 DAS CHR 4 GOSUB DATAOUT RETURN 230 CN CHR 6 DA CHR 5 GOSUB DATAOUT RETURN 2402. e CI V 1 200bps e RS 232C RS 232C 1 CT 17 4 4 2 CT 17 DC9 15V DC BC 25 AC100V DC13 8V
3. STOP RESET END 3 CW CW 0203 4 MEMO CH ra ice ta arde Mes in EK m i er i a PE Mri ON MODE 1100 1110 1120 1140 3000 3020 3040 3050 3100 3140 3150 3200 3210 3220 3230 3235 3240 3245 3260 3270 IF M 8HFD
4. CLV EOG 16 US 7607 5 250A AS 000 17760 C2767 D 2 27 12 271 22979 1271 IC R 1 P FL ADELE ICISOHES K OFOH FFH 08 K 0240 255 df HUI UY CX Uo CI V CI M 15 574 56 ZAI est NO 4 0 SV VU9e SZ 092 09 2 9226 03014 4 20JA s 2 V E SCOH V OJACEIOB EK Ma CY oleo SUSE XC amp ees AO 00025 0 SZ ECJ cO VI dedu 0
5. 1 BC 25 AG d CI VO BE C V C M AO NO A C V 1 C V C vV UX 14 CLM
6. 1 6 1 o 060 9 14 011 251 3888 MUS SMP 982 1 13 48 8 1 00 985 7785 6130 m S B IB R 1 T B 14 8 18 A03 621 8649 466 2 16 3 052 42 7228940 MAREM 547 1 8 35 A06 79 0331 BESSA 0733 2 10 25 082 295 0331 BOGS 760 T B 1 8 5 5 t2 0870 35 37034 MANERA 812 5 17 3 092 281 1296 MERA 921 1 3 3 5 0762 91 8881 A 0984
7. CT 17 COMMUNICATION INTERFACE V CI V LEVEL CONVERTOR INSTRUCTION MANUAL 11 FOREWORD Thank you for purchasing the CT 17 COMMUNICATION INTERFACE V CI V LEVEL CONVERTER from ICOM Using the CT 17 ICOM CI V radios can be externally controlled with a personal computer equipped with an EIA standard RS 232C 1 0 port Up to 4 ICOM CI V radios can be used for frequency mode and memory channel control with your program A sample program is described below on page 22 Enjoy creating your own programs with the CT 17 TABLE OF CONTENTS To CONNECTIONS lt a Bee CEU HEC 1 2 GENERAL 58 2 ADDRESS 2 MODEL AND FUNCTION CORRESPOND LIST 3 3 BASIC PROGRAMS db XU LE US 4 4 SAMPLE PROGRAM 5E RISE U DR 22 5 SCHEMATIC 29 UNPACKING _ Accessories Oty 1 Mini plug cables IOPC O T7AJ isi ep aorta Sede Se eS ee a ar 2 2 Power supply cable 012 1 S RS 232C cable OPC 159 1 CONNECTIONS CAUTION Power to the radios and your personal computer must remain 1 2 4 OFF before connecting each unit Set the
8. 10 o JR gt EMOEOFE amp H2 amp H3 EH MODERAR SHC DIS 10 DIS 8 DIS 13 10 DIS 11 8 DIS 10 DIS 8 IC 731 8 1 1000 1180 OK NG No 1 2 3 1000 1030 OK NG 1100 GOSUB1500 1150 amp HO amp H1 MODE 2
9. CN CHR 7 DAS CHR 0 GOSUB DATAOUT RETURN 250 H CN CHR 7 DA CHR 1 GOSUB DATAOUT RETURN 260 J CNS CHR S 7 DAS GOSUB DATAOUT RETURN 270 x 1 KEY OFF CLOSE END 1000 DATAOUT 1010 INS PR RES TX CN DAS FIS 1020 PRINT 1 1NS 1030 RETURN END OF MESSAGE LES 057 LOBES b A SHO IC 275 HBO FURIA si Ce VFO A B seed 270275 No 2 90 FI CHR amp HFD END OF MESSAGE 100 CN CHR 8H5 gt FREQUENCY SET COMMAND 110 FREQUENCY DATA 120 DEFINT G Z DEFDBL F DIM CH 110 130 FOR M 0 TO 9 140 FOR N 0 TO 9 10 REM ICOM CI V Packet Diagram 20 REM 30 REM PR RES TX CNS D A FIS 40 REM 50 REM 60 PR CHR amp HFE CHR amp PREAMBLE 70 RE CHR amp H10 TRANSCEIVER ADDRESS IC 275 80 TX CHR amp HEO CONTROLLER ADDRESS 150 CHS 10 16 M N 160 NEXT N 170 NEXT M 500 OPEN COM NS81NN AS 1 510 REM 5 FREQUENCY 520 CLS LOCATE 20 5 INPUT FREQUENCY INPUT MHz F 530 FzF 1E 12 IF lt 1 THEN 520 540 FS RIGHTS 00000 MIDS STR INT
10. F VAL FS 1E 06 3140 PRINT USING 4 8 MH2 FR 3150 GOTO 3040 3200 IF LEN DI 14 THEN 3230 3210 CsVAL LEFT DIS 2 5 1 IF C gt 37 THEN MO GOTO 3260 3220 MOS MIDS MA C 5 GOTO 3260 3230 IF LEFTS DI 4 0005 THEN MO SSB R7000 3235 IF LEFTS DI 4 0205 THEN MOS FM N 3240 IF LEFTS DI 4 0204 THEN MOS RTTY N 3245 IF LEFT DI 4 2 0203 THEN MO z C MW N 3270 PRINT MO GOTO 3040 LINE CONTENTS NUMBER SAMPLE Radio address 3000 01 000200 Change to required address number See p 2 3020 01 010200FE Change to required address number See p 2 For 1C 735 3100 01 10 01 8 NOTE When the frequency or mode is changed quickly the computer may not read each parameter in M t i tit Patet i M P tt de titi irte ICOM INCORPORATED 1 6 19 KAMIKURATSUKURI HIRANO KU OSAKA 547 JAPAN Printed in Japan 10 nan oo CT 17 2 12 TEO sayaca uakis Pm 12 CU Vy AAA A 13 IESO RE 14 pA rm 14 A AAN 15 ERTO O SL Et te 16 1270277 gt 0 1 MODE VFOOUHR A 16 B7 07724ANo20858L ADDY E 17 01270275 ANo 3 MEMORYS 96 18 BH70774ANo4 ERE 19 A A EE 21 SAMPLE PROGRANM RR ON 2228 n
11. eee edid sss 29 U IDYRFBEICOM COMMUNICATION INTERFACE V CI V CT 17 EIA RS 232C gt 239 E 2 OPC 01288 BRT HMM OPC 159 RS 232 n 1 1 u EE E aE e iadaa anan neeite enaena aana CT 17
12. 1010 INSSZPRS RES4 TX CNS DAS FIS 1020 PRINT 1 1 5 1030 RETURN Radio address amp H10 1C 275A E H See p 2 q PROGRAM 4 PARAMETER READING 10 REM ICOM CI V Packet Diagram 20 REM 30 1 PR 1 RES TX CNS D A i FIS 40 REM 50 REM 60 PR CHR 8HFE CHR 8HFE PREAMBLE 70 80 90 100 110 120 130 150 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1500 1510 1520 1530 1540 1545 1550 2000 2010 2020 2030 2040 2100 2120 2130 2140 2150 2160 2200 2210 2220 2230 2300 2310 2320 RE CHR amp H1 0 TRANSCEIVER ADDRESS IC 275 TX CHR amp HEO CONTROLLER ADDRESS FIS zCHR C amp HFD END OF MESSAGE CN CHR amp H2 U L FREQUENCY READ COMMAND DA FREQUENCY DATA DEFINT A Z CLS OPEN COM N81NN AS 1 MA LSB USB AM CW RTTYF Mo DATAOUT INS PR RES TXS CNS DAS FI5 PRINT 1 INS DATAIN D Z 0 IF LOC 1 0 THEN 1040 IS INPUT LOC 1 1 LzLEN IS FOR K 1 TO L P MID 1I K 1 M ASC PS IE IF PS S CHR 8HFC gt THEN DI GOTO 1120 IF lt 16 THEN 0 ELSE M amp HFD THEN DI S D GOSUB 1500 D X D NEXT K IF Z gt 1 THEN 2000 GOTO 1040 IF LEFT DI 8 FA1O0EOFE THEN PRINT G
13. 8HFE PREAMBLE RE CHR amp H10 TRANSCEIVER ADDRESS IC 275 TX CHR amp HEO CONTROLLER ADDRESS FI CHR 8HFD END OF MESSAGE DEFINT G Z DIM CH 110 CLS FOR M 0 TO 9 FOR N 0 TO 9 CH 10 M N CHR 16 M N NEXT N NEXT M OPEN COM N8INN AS 1 MAIN LOCATE 10 5 PRINT 1 SET MEMORY VFO gt MEMORY LOCATE 10 6 PRINT 2 0 lt SET MEMORY CH LOCATE 10 7 PRINT 3 MEMORY WRITE LOCATE 10 8 PRINT 4 MEMORY gt VFO WRITE LOCATE 10 9 PRINT 5 MEMORY CLEAR LOCATE 10 10 PRINT 6 SCAN START LOCATE 10 11 PRINT 7 SCAN STOP LOCATE 10 12 PRINT 8 E N D LOCATE 35 14 PRINT LOCATE 10 14 INPUT INPUT COMMAND 1 IF lt 0 OR I gt 9 THEN 260 IF 1 1 THEN CN CHR 8 GOSUB DATAOUT GOTO MAIN IF 1 2 THEN LOCATE 10 16 INPUT MEMORY CH I CN CHR 8 DAS CH 1 GOSUB DATAOUT LOCATE 10 16 PR 310 320 330 340 350 360 370 INT GOTO MAIN IF I3 THEN CN CHR 8H9 DA GOSUB DATAOUT GOTO MAIN IF I4 THEN CN CHR 8HA DA GOSUB DATAOUT GOTO MAIN IF I5 THEN CN zCHR C amp HB DA z GOSUB DATAOUT GOTO MAIN IF 1 6 THEN CN CHR 8HE 1 GOSUB DATAOUT GOTO MAIN IF I7 THEN CN CHR amp HE DAS CHR 0 GOSUB DATAOUT GOTO MAIN IF I8 THEN CLOSE END GOTO MAIN 1000 DATAOUT
14. F 1000000 2 10 550 FOR 1 TO 10 STEP 2 560 DAS CHS VAL MID FS K 2 DAS 570 NEXT K 580 GOSUB DATAOUT CLOSE END 1000 DATAOUT 1010 INS PR RES TX CNS DAS FIS 1020 PRINT 1 INS 1030 RETURN SH10 IC 275 100 SHO amp HD TO10 TO6 sag Fx1000000 2 10 Fx 1000000 2 8 550 TO1O TO8 C 731 8 10 540 F gt 1000000 2 10 F lt 10000 2 6 10 No 3 MEMORY SCAN 10 REM ICOM CI V Packet Diagram 20 REM 30 REM PR RES TXS CNS D FIs 40 REM 50 REM 60 PR CHR amp HFE CHR amp HFE PREAMBLE 70 RE CHR 8H10 TRANSCEIVER ADDRESS IC 275 80 TX CHR amp HEO CONTROLLER ADDRESS 90 FIS CHR 8HFD 1
15. FOODS DEERE 22 7 T 20 SH 10 C 75 E SCAN START STOP 2702575 No 4 10 REM ICOM CI V Packet Diagram 20 REM 30 REM 1 PR RES TX CNS D A 1 FIS 40 REM 50 REM 60 PR CHR amp HFE CHR amp HFE PREAMBLE 70 RE CHR amp H1 0 TRANSCEIVER ADDRESS IC 275 80 TX CHR amp HEO CONTROLLER ADDRESS 90 FI sCHR CSHFD END OF MESSAGE 100 CN CHR amp H2 U L FREQUENCY READ COMMAND 110 DA FREQUENCY DATA 120 DEFINT A Z CLS 130 OPEN COM N81NN AS 1 150 LSB USB CW RTTY F M 1000 DATAOUT 1010 INS sPR RES TX CN DAS S FI 1020 PRINT 1 INS 1030 DATAIN D Z 0 1040 IF LOC 1 0 THEN 1040 1050 I INPUT LOC 1 1 L LENC IS 1060 FOR K 1 TO L 1070 P sMIDS IS K 12 M ASC P 1080 IF PS CHR 8HFC gt THEN DI GOTO 1120 1090 IF M lt 16 THEN X 0 HEXS M ELSE X zHEX M 1100 IF M 8HFD THEN DI D GOSUB 1500 1110 D X D 1120 1130 IF Z gt 1 THEN 2000 1140 GOTO 1040 1150 IF LEFT DI 8 FA10EOFE THE
16. THEN DI D GOSUB 3000 D zX D NEXT K GOTO 1040 X INSTR DI 000200FE IF X lt gt 0 THEN 3100 X INSTR DI 010200FE IF X lt gt 0 THEN 3200 De RETURN F LEFT DI 10 F VAL FS 1E 06 PRINT USING 8 MHZ GOTO 3040 IF LEN DI 14 THEN 3230 C VAL LEFT DI 2 5 1 IF C gt 37 THEN 5 GOTO 3260 5 0 3260 IF LEFT DI 4 0005 THEN MO SSB R7000 IF LEFT DI 4 0205 THEN MOS FM N IF LEFT DI 4 0204 THEN MOS RTTY N IF LEFT DI 4 0203 THEN MOS C W N t PRINT MO GOTO 3040 e No 4 n e DIS DOO2Q0FE 02 UN DIS 010200 02 1 731 S 3100 DI 10 DI 8 p n QE i 4 SAMPLE PROGRAM This sample program is developed for use with the NEC N88 BASIC language for NEC PC 9800 series computer Make modifications as necessary to suit your personal computer using
17. the program CAUTIONS 1 Use controller address EO 2 Do not set address switch inside radio for address numbers OH and FOH FFH 0 and 240 255 3 When a blank status memory channel is selected and appears on the radio display the memory channel is blank even if the computer shows a previously sent frequency on the computer display This discrepancy may occur with some radios 4 This program is made for most radios using 10 byte for frequency reading and setting including band edge data The 735 however uses 8 byte so refer to PROGRAMS 2 and 4 in the BASIC PROGRAMS section when programming for the 735 SAMPLE PROGRAM CV _BASIC C BASIC CLV 10 3k sk bk 3k sk al 3k Ok ade ade e ale ale e ale od ode ale ad R OR ale OR 20 ICOM CI V 30 CT 17 REMOTE CONTROL 40 86 06 06 Ver 1 0 50 Copyright C by ICOM
18. 0 DA CH 5 CH 0 GOSUB 2620 GOTO 1390 2620 GOTO 1390 5 CH 2 GOSUB 2620 GOTO 1390 GOSUB 2960 GOTO 590 t VFO CHANGING COM STOP LOCATE 25 1 PRINT VFO A LOCATE 25 2 PRINT VFO B LOCATE 25 3 PRINT M CH MODE gt VFO MODE LOCATE 25 5 PRINT key then return to MENU COM ON LOCATE 25 LY3 COLOR 25 LY3 25 LY3 6 A INKEYS IF A THEN GOTO 1650 N 3 J 25 LY LY3 GOSUB 3050 LY3 LY ON K GOTO 1650 1640 1710 1760 COLOR 25 LY3 25 LY3 0 C LY3 1 ON LY3 GOTO 1740 1740 1750 DA CH C GOSUB 2620 GOTO 1640 DA GOSUB 2620 GOTO 1640 GOSUB 2960 GOTO 590 j MEMORY CALL Y 2 o COM STOP LOCATE 25 1 PRINT VFO MODE gt M CH MODE LOCATE 25 2 PRINT CH INPUT LOCATE 25 8 PRINT ME key then return to MENU COM ON LOCATE 25 LY4 COLOR 25 LY4 25 LY4 0 6 A INKEY IF A THEN GOTO 1880 Nz2 J 25 LY LY4 GOSUB 3050 LY4 LY ON K GOTO 1880 1870 1940 1970 COLOR 25 LY4 25 LY4 0 ON LY4 GOTO 1960 2000 DA GOSUB 2620 GOTO 1870 GOSUB 2960 GOTO 590 COM STOP LOCATE 25 5 PRINT INPUT B COLORQ 36 5 36 52 6 COM ON A INKEY IF A z THEN GOTO 2030 IF INSTR 0123456789 CHR 13 CHR 28 A 0 THEN GOTO 2030 IF AS CHR 13 THEN GOTO 2130 IF A CHR 28 THEN GOTO 1970 1 1 COM STOP LOCATE 37 5 PRINT B1 COM ON 05 q s GOTO 2030 C VA
19. 00 DEFINT G Z DIM CH 110 CLS 110 FOR M 0 TO 9 120 FOR N 0 TO 9 130 CHS 10 M N CHRS 16 M N 140 NEXT N 150 NEXT M 160 OPEN COM N81NN AS 1 170 MAIN 180 LOCATE 10 5 PRINT 1 SET MEMORY VFO gt MEMORY 190 LOCATE 10 6 PRINT 2 SET MEMORY CH 200 LOCATE 10 7 PRINT 3 MEMORY WRITE 210 LOCATE 10 8 PRINT 4 MEMORY gt VFO WRITE 220 LOCATE 10 9 PRINT 5 MEMORY CLEAR 230 LOCATE 10 10 PRINT 6 SCAN START 240 LOCATE 10 11 PRINT 7 SCAN STOP 250 LOCATE 10 12 PRINT 8 E N D 260 LOCATE 35 14 PRINT END OF MESSAGE 270 LOCATE 10 14 INPUT INPUT COMMAND 1 280 IF I lt O OR 1 gt 9 THEN 260 290 IF I 1 THEN CN zCHR 8 DA z GOSUB DATAOUT GOTO MAIN 300 IF I2 THEN LOCATE 10 16 INPUT MEMORY CH I CNS CHR 8 DAS CHS I GOSUB DATAOUT LOCATE 10 16 PRINT GOTO MAIN 310 IF 1 3 THEN CN CHR 8H9 DA GOSUB DATAOUT GOTO MAIN 320 IF I 4 THEN CN CHR 8HA DAS GOSUB DATAOUT GOTO x MAIN 330 IF 1 5 THEN CNS CHR 8HB DA GOSUB DATAOUT GOTO MAIN 340 IF 1 6 THEN CN CHRS 8HE DA CHR 1 GOSUB DATAOUT GOTO MAIN 350 IF 1 7 THEN CN CHR 8HE DA CHR 0 GOSUB DATAOUT GOTO MAIN 360 IF I 8 THEN CLOSE END 370 GOTO MAIN 1000 DATAOUT 1010 INS PR RE TX CN DA FI5 1020 PRINT 1 INS 1030 RETURN
20. 275A E H See p 3 Line numbers 1000 1180 are a confirmation program that can also be used for PROGRAMS 1 2 and 3 line number 1000 1030 on PROGRAMS 1 2 or 3 This program displays OK or on the computer CRT DISPLAY to check the command operation When this program is used GOSUB 1500 in line number 1100 must be replaced with GOSUB 1150 and control codes 00 and 01 can not be accepted This program does not read Narrow mode i e CW Narrow RTTY Narrow When the radio is in such a mode the following mode codes appear on the computer CRT DISPLAY M C o vs o ary _ If the wrong address number is entered in this program it is possible that an infinite loop is made so the computer does not answer n this case the program should be stopped i e push STOP KEY e Continuous parameter reading When making the following modifications for PROGRAM 4 the frequency and mode are shown on the computer CRT DISPLAY each time they change Erase line numbers 60 110 Erase line numbers 1000 1020 Erase line numbers 1100 2320 Turns ON the transceiver flag switch inside the radio Inputs the following program OI GU an 1100 IF M 8HFD THEN DI S D GOSUB 3000 1110 D zX D 1120 NEXT 1140 GOTO 1040 3000 X INSTR DI 000200FE IF X lt gt 0 THEN 3100 3020 X INSTR DI 010200FE IF X lt gt 0 THEN 3200 3040 D z X 3050 RETURN 3100 FS zLEFT DIS 10
21. 850 IF INSTR 0123456789 CHR 13 CHR 28 A 0 THEN GOTO 850 IF 13 THEN GOTO 1080 IF A CHR 28 THEN GOSUB 2960 GOTO 590 IF K 1 THEN 1000 IF A z THEN 970 FOR N 1 TO 3 MIDS B N 1 MID B N 1 1 NEXT N MID B 4 1 A GOTO 1040 MIDS B 5 1 K 1 GOTO 1040 IF M 12 THEN GOTO 1040 MIDS B M 1 AS M M 1 GOTO 1040 COM STOP LOCATE 30 6 PRINT B COM ON GOTO 850 MID B M 6 000000 FOR N L TO 6 STEP 2 B1 MID B N 2 F VAL B1 NEXT N FOR N 3 TO 1 STEP 2 B1 MIDS B N 2 F VAL B1 DA DA CH IF L 8 THEN GOTO 1200 NEXT N B tt COLOR 26 6 26 6 90 GOSUB 2620 GOSUB 2960 IF FQ 1 THEN GOTO 770 ELSE 2290 MODE WRITE COM STOP LOCATE 25 1 PRINT LSB LOCATE 25 2 PRINT USB LOCATE 25 3 PRINT AM LOCATE 25 4 PRINT 0 CW LOCATE 25 5 PRINT RTTY LOCATE 25 6 PRINT 4 FM LOCATE 25 7 PRINT FM n LOCATE 25 8 PRINT SSB IC R7000 ONLY LOCATE 25 10 PRINT ME key then return to MENU COM ON LOCATE 25 LY1 COLOR 25 LY1 25 LY1 6 A INKEY IF A z THEN GOTO 1400 e A es 4 1420 1430 1440 1450 1460 1470 1480 1490 1500 1510 1520 1530 1540 1550 1560 1570 1580 1690 1600 1610 1620 1630 1640 1650 1660 1670 1680 1690 N 9 J 25 LY LY1 GOSUB 3050 LY1 LY ON K GOTO 1400 1390 1460 1520 COLOR 25 LY1 25 LY1 0 C LY1 1 ON LY1 GOTO 1500 1500 1500 1500 1500 1500 1510 149
22. CATE 50 6 PRINT SET FREQUENCY 480 LOCATE 50 7 PRINT SET MODE 490 LOCATE 50 8 PRINT SET VFO 500 LOCATE 50 9 PRINT 9 SET MEMORY 510 LOCATE 50 10 PRINT MEMORY WRITE 520 LOCATE 50 11 PRINT VFO WRITE M CH gt VFO 530 LOCATE 50 12 PRINT MEMORY CLEAR 540 LOCATE 50 13 PRINT 9 READ OFFSET FREQUENCY 550 LOCATE 50 14 PRINT 9 SET OFFSET FREQUENCY x 560 LOCATE 50 15 PRINT SCAN CONTROL 570 COM ON 580 LOCATE 50 LY2 i 590 COLOR 50 LY2 50 LY2 6 600 A INKEY 610 1 600 620 Ns15 Js50 LY LY2 630 GOSUB 3050 640 LY2 LY 650 ON K GOTO 600 590 660 600 660 COLOR 50 LY2 50 LY2 0 670 ON LY2 GOTO 770 1270 710 710 710 770 1270 1570 1810 710 710 710 710 2290 2400 680 690 ANSWER COMMAND 700 23 710 720 730 740 750 760 770 780 790 810 820 830 840 850 860 870 880 900 910 930 940 950 960 970 980 990 1000 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1110 1120 1130 1140 1150 1160 1170 1180 1190 1200 1210 1220 1230 1240 1250 1260 1270 1280 1290 1300 1310 1320 1330 1340 1350 1360 1370 1380 1390 1400 1410 GOSUB 2620 GOTO 590 FREQUENCY WRITE COM STOP FQ 1 LOCATE 25 4 PRINT FREQUENCY INPUT MH2 LOCATE 29 6 PRINT B LOCATE 25 8 PRINT ME key then return to MENU COLOR 29 6 29 6 6 COM ON L 10 M 6 A INKEYS IF A z THEN GOTO
23. CLOSE END IF LEFT DI 8 FB10EOFE THEN PRINT CLOSE END Ds de RETURN X INSTR DI 0210EOFE IF X lt gt 0 THEN Z X INSTR DI OS310EOFE IF X lt gt 0 THEN Z X INSTR 01 0410 IF X lt gt 0 THEN Z X INSTR DI OCIOEOFE IF X lt gt 0 THEN Z D PRINT DI Z RETURN ON 2 1 GOTO UPLO FRQU MODE UPLO FHS LEFT DI 10 FLS MID DI 13 10 PRINT VAL CFH Hz2 H2 CLOSE END MODE IF LEN DI 14 THEN 2150 C VAL LEFTS DI 2 5 1 IF C gt 37 THEN MOS 1GOTO 2160 MOS MID MA C 5 GOTO 2160 IF LEFT DI 4 0005 THEN MO SSB R7000 ELSE MOS LEFTS DI 4 PRINT MOS CLOSE END FRQU IF LEFT DI 2 FF THEN GOTO 2230 FS LEFT DI 10 F VAL F 1000000 PRINT 2 CLOSE END OSET FS LEFT DI 6 F VAL F 10000 PRINT F amp MHz CLOSE END n n H i gt CC t NY NOTE 1 NOTE 2 CONTENTS Radio address 70 amp H10 IC 275A E H See p 2 Control command 100 amp H2 Band edge reading 8 H3 amp H4 or amp HC is acceptable See p 3 For 735 2020 01 10 gt DIS 8 DI 13 10 DI 11 8 01 10 DIS 8 EXIT or Wide Noma oz 1 2 1 FM i e CW Narrow 0203 NOTE 3 SAMPLE LINE NUMBER 1150 1160 FA10EOFE IC 275A E H See p 3 1500 1530 0210 IC
24. CONTROLLER ADDRESS END OF MESSAGE PREAMBLE TRANSCEIVER ADDRESS I G 1 5 1 KEY G 1 5 140 NEXT KEY 10 gt 150 ON KEY GOSUB A B C D F H PRINT f 1 180 CN CHR 6 DA CHR 0 GOSUB 190 B CNS CHR 6 DAS CHR 1 GOSUB 200 C CN CHR 6 DAS CHR 2 GOSUB 210 D CN CHRS 6 DAS CHR 3 GOSUB 220 CN CHR 6 DAS CHR 4 GOSUB 230 CN CHR 6 5 GOSUB 240 CN CHR 7 DAS CHRS 0 GOSUB 250 H CN CHR 7 DAS CHR 1 GOSUB 260 J 7 270 I KEY OFF CLOSE END 1000 DATAOUT GOSUB 1010 INS PR RES TXS5 CNS DA FI 1020 PRINF 1 INS 1030 RETURN CONTENTS LINE NUMBER SAMPLE Radio address amp H10 1C 275A E H See 2 f 2 KEY ON GOTO 170 DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN DATAOUT RETURN 10 275 4 PROGRAM 2 FREQ OR OFFSET SETTING 90 FI CHR amp HFD END OF MESSAGE 100 CN CHR amp H5 FREQUENCY SET COMMAND 110 DA FREQUENCY DATA 120 DEFINT G Z DEFDBL DIM CH 110 130 FOR M 0 TO 9 140 FOR N 0 TO 9 10 REM ICOM CI V Packet Diagram 20 REM 30 REM PR I RES
25. CTION Each radio can be controlled by your computer as described on p 3 ali iet em en m m tarea i m 0 te nta i HOO pase da si wei6oid ay u ay uauM uonisod ssaippe yoea 0 pue 00 QNVINIWOO TOYLNOO peiosjas si OJA AluO aBueyo op g pue v OJA 310N S9 5 43 135 AGOW 11 13 0343 S9 ES S pasn eq 3snu yL xM H 3 VWSGLS 91 VL ZL Q 3 VLZW DI T H 3 VSLV 9I aNVININO2 H 3 VLiZV 2I 194 91 00043 51 VG 1 IOHLNOD 3 942 91 WV8dS0dd NOILINN3 12 91 VLSZ Ol 1811 NOILONNA ICON E A sf 3 BASIC PROGRAMS ES This section explains how to use each control command Please study the section carefully to thoroughly understand the capabilities of the System and create your own program using these basic programs PROGRAM 1 MODE AND VFO SETTING 10 REM 30 REM PR 40 REM 50 REM 60 PR CHR 8HFE CHR 8HFE 70 RE CHR amp H10 80 TX CHRS amp HEO 90 FI CHR S 8HFD ICOM CI V Packet Diagram 20 REM 100 DEFINT 6 2 CLS 110 OPEN COM N81NN AS 1 120 MD LSB USB CW RTTY F M VFO AVFO BEN D 130 FOR G 1 TO 9 160 KEY ON 170 LOCATE 25 10
26. INC 60 aaa ae ale ole ale ole ade ade ade ale ale ode ode ale ale ade ade ae ole de ade ale ad de 70 80 ICOM CI V Packet Diagram 90 Y d KIM 100 PR 1 RES TX CNS D A 1 FIS 1 110 120 130 PR CHR amp HFE CHR 8HFE PREAMBLE 140 RES CHR S 8H8 TRANSCEIVER ADDRESS IC R7000 150 TX CHR amp HEO CONTROLLER ADDRESS 0 160 CN z CONTROL CODE 170 DATA 180 FIS CHRS 8HFD END OF MESSAGE 190 200 MDAS LSB USB A M W RTTYF 210 WIDTH 80 25 CONSOLE 20 5 0 0 220 DIM CH 110 FQ 110 MO 110 MM 110 FFS 110 230 DEFDBL B DEFINT C Z 240 0 CY 20 LYl 1 LY2 1 LY3 1 LY4 1 LY5 1 250 Bl z 260 MESZCHRSC8H1IB CHR 8HAB CHR 8H22 CHR 8H2A CHR amp 8H1B CHR 8HA1 270 ON STOP GOSUB 3410 280 STOP ON 290 FOR M 0 TO 9 300 FOR N 0 TO 9 310 CH 10 M N CHR S 16 M N 320 NEXT N 330 NEXT M 340 OPEN COM N81NN AS 1 350 ON COM GOSUB 2730 360 GOSUB 3260 370 LOCATE 6 9 PRINT MODE 380 LOCATE 6 11 PRINT FREQUENCY 390 400 MENU ROUTINE 410 420 LOCATE 50 1 PRINT SET FREQUENCY TRANSCIEVE 430 LOCATE 50 2 PRINT SET MODE TRANSCIEVE 440 LOCATE 50 3 PRINT READ UPPER LOWER FREQUENCY 450 LOCATE 50 4 PRINT READ FREQUENCY 460 LOCATE 50 5 PRINT READ MODE 470 LO
27. L B1 Bl IF C lt 100 THEN 2190 C1 INT C 100 100 1 DA CH C1 COLOR 36 6 36 6 0 GOSUB 2620 COM STOP LOCATE 25 5 PRINT 2 COM ON GOTO 1870 OFFSET WRITE COM STOP FQ 2 LOCATE 25 4 PRINT OFFSET FREQ INPUT 2 LOCATE 25 8 PRINT MES key then return to MENU COLORA 29 6 29 6 6 COM ON L 8 M 6 GOTO 850 1 SCAN CONTROL COM STOP LOCATE 25 1 PRINT SCAN STOP LOCATE 25 2 PRINT SCAN START LOCATE 25 4 PRINT ME key then return to MENU COM ON LOCATE 25 LY5 COLOR 25 LY5 25 LY5 6 A INKEY IF A THEN GOTO 2470 Nz2 J 25 LY LY5 GOSUB 3050 LY5 LY ON K GOTO 2470 2460 2530 2570 COLOR 25 LY5 25 LY5 0 C LY5 1 ON GOTO 2560 2560 DA CH C GOSUB 2620 GOTO 2460 GOSUB 2960 GOTO 590 COMMAND OUTPUT CNT CHR LY2 1 INSS TXS CNTS DAS FIS IF LY2 lt 3 THEN 2660 INS PR RE INS GOTO 2670 INS PR CHR 0 INS LOCATE 3 23 PRINT PRINT 1 INSS DAS oe t RETURN ON COM IF LOC 1 0 THEN RETURN I INPUTS LOC 1 1 L LEN 1 FOR K 1 TO L PS MID 1 K 1 M ASC PS IF M 8HFC THEN GOTO 2810 IF M lt 16 THEN 0 ELSE X HEX M IF M 8HFD THEN V Z Z XS Z X Z NEXT K IF V THEN RETURN 26 M N L LEN V LOCATE 5 23 PRINT Vs IF INSTR V RC 00FEFE lt gt 0 THEN 3460 IF LEFTS V 8 FA
28. N PRINT CLOSE END 1160 IF LEFT DIS 8 z FB10EOFE THEN PRINT O CLOSE END 1170 D z X 1180 RETURN 1500 X INSTR DI 0210EOFE IF X lt gt 0 THEN 2 2 1510 X INSTR 01 0310 0 IF X lt gt 0 THEN Z 3 1520 X INSTR DI OA410EOFE IF X lt gt 0 THEN Z 4 1530 X INSTR DIS OCIOEOFE IF X lt gt 0 THEN 2 5 1540 D s 1545 PRINT DI Z 1550 RETURN 2000 ON Z 1 GOTO UPLO FRQU MODE OSET 2010 UPLO 2020 FH LEFT DI 10 FL MID DI 13 10 2030 PRINT VAL FH Hz VAL FL Hz 2040 CLOSE END 7 TS deeem gt 2100 MODE 2120 IF LEN DI 14 THEN 2150 2130 C VAL LEFT DI 2 5 1 1F C gt 37 THEN MOS GOTO 2160 2140 MOS MIDS MA C 5 gt GOTO 2160 2150 IF LEFTS DI 4 0005 THEN MO SSB R7000 ELSE MOS LEFTS DI 4 2160 PRINT MO CLOSE END 2200 FRQU 2210 IF LEFT DI 2 FF THEN F GOTO 2230 2220 FS LEFT DI 10 F VAL FS 1000000 2230 PRINT 2 CLOSE END 2300 OSET 2310 FS LEFT DI 6 10000 2320 PRINT F MHz CLOSE END n a a iaaa anai M 8 ss 70 1150 amp H10 C 275 CA ENSE ae
29. Q 1E 06 LOCATE 6 12 PRINT USING MHzZ 5 FQ V z gt RETURN MODES IF L 12 THEN 3600 IF 4 0203 THEN MOS C W N GOTO 3620 IF LEFT V 4 0204 THEN MOS RTTY N GOTO 3620 IF LEFTS V 4 0205 THEN MOS F M N GOTO 3620 IF LEFT V 4 2 0005 THEN MO SSB R GOTO 3620 MO GOTO 3620 C VAL LEFTS V 2 4 1 1F C gt 35 THEN MOS GOTO 3620 MO MID MDAS C 4 LOCATE 16 9 PRINT MOS RETURN FH LEFTS V 10 FL MID V 13 10 LOCATE 5 16 PRINT UPPER LOWER FREQUENCY FH VAL FH 1E 06 FL VAL FL 1E 06 LOCATE 4 17 PRINT USING MHz FH4 PRINT USING SH RHRHHHMHZ FLS V RETURN LOCATE 5 19 PRINT OFFSET FREQUENCY OS LEFT V 6 F VAL 0S 10 LOCATE 6 20 PRINT KHz iV zUn RETURN 28 lt O lt I O 2 5 O Ko O Oval 3 pu TN en o O v lt gt uaindWwOO OL 2 2 54 lo 00 O O P ef o O 9 6 6 8 Ol 2 973 i 9 MH 913122 89 o O T OOO 221 HN OO O 19 202 ox PE ASL TZZ 2 O HTOO Z1 VUJOZ O ASAS ue A pe tro Eu a L a PA E eh y A9L drzz Go 25 1 WODI WO4 A9L Tcc 0O NL IQ pe L1 SOO 182V1 tZ2H11 150 LOI O LM Je 29 N W547
30. RC TC FE THEN LOCATE 5 23 PRINT N G IF LEFT V 8 FB RC TC FE THEN LOCATE 5 23 PRINT O IF L 32 THEN 3640 S 2 03 RC TC FE IF INSTR VS S lt gt 0 THEN 3470 S 04 RCS TCS FE IF INSTR V S lt gt 0 THEN 3540 S z OC RCS TC FE IF INSTR V S lt gt 0 THEN 3700 CX POS 0 CY CSRLIN 1 RETURN SUB ROUTINE CLEAR COM STOP FOR K 1 TO 11 LOCATE 25 K PRINT COM ON RETURN SUB ROUTIN ON INSTR CHR 30 CHR 31 CHR 13 CHR 27 CHR 28 A GOTO 3070 3120 3170 3180 3220 K 1 RETURN COM STOP LOCATE J LY PRINT COM ON IF LY 1 THEN LY N ELSE LY LY 1 K 2 RETURN COM STOP LOCATE J LY PRINT e COM ON IF LYzN THEN LY 1 ELSE LY LY 1 K 2 RETURN K 3 RETURN COM STOP GOSUB 3260 COM ON 1 RETURN K 4 RETURN ADDRESS SET LOCATE 5 2 PRINT CONTROLLER LOCATE 10 3 PRINT T LOCATE 5 3 INPUT ADDRESS T IF T THEN LOCATE 16 3 PRINT HEX ASC TX j GOTO 3310 TX zCHR VAL 8H T LOCATE 5 5 PRINT TRANCEI VER LOCATE 10 6 PRINT LOCATE 5 6 INPUT ADDRESS R IF R THEN LOCATE 16 6 PRINT HEXS ASC RE GOTO 3360 RE CHR VAL amp H R 1 00 RES 2 TCS RIGHTS 00 HEXS ASC TX 2 RETURN STOP CLOSE 1 CONSOLE 0 25 1 CLS END FRQIN IF L lt 17 THEN 3540 IF LEFT V 2 FF THEN LOCATE 6 12 PRINT GOTO 3520 FQ LEFT V 10 FQ VAL F
31. i TXS 1 CNS D A i FIS 40 REM 50 60 PR CHR 8HFE CHR 8HFE PREAMBLE 70 RES CHR amp H10 TRANSCEIVER ADDRESS IC 275 80 TX CHR S 8HE0 CONTROLLER ADDRESS 150 CH 10 M N CHR 16 M N 160 NEXT N 170 NEXT M 500 OPEN COM N81NN AS 1 510 REM S T FREQUENCY 520 CLS LOCATE 20 5 INPUT FREQUENCY INPUT MHz F 530 F F 1E 12 1F lt 1 THEN 520 540 FS RIGHT S 00000 MID STRSCINTCF 1000000 2 10 550 FOR K 1 TO 10 STEP 2 560 DAS CHS VAL MID S FS K 2 DA 570 NEXT K 580 GOSUB DATAOUT CLOSE END 1000 DATAOUT 1010 INS PR S RE TX CN DAS FI 1020 PRINT 1 INS 1030 RETURN LINE _ 21 NUMBER SAMPLE Radio address amp H10 IC 275A E H See p 2 amp H5 FREO SET Control command Change to amp D for offset See p 3 For offset frequency 540 F 1000000 2 10 F 1000022 2 6 550 CONTENTS 21580 TO 10 gt TO6 For 1C 735 F 1000000 2 10 gt F 1000000 2 8 TO 10 gt TO 8 en 300 PROGRAM 3 MEMORY AND SCAN OPERATION REM ICOM CI V Packet Diagram REM REM PR RES TX CNS 1 D A FIS REM REM amp CHR amp
32. same baud rate for your computer and radio Refer to your computer instruction manual e The radio is set at the standard ICOM CI V baud rate of 1200bps Connect the supplied mini plug cable and RS 232C cable e he inch type screws are used on the supplied RS 232C cable If the RS 232C terminal of your computer uses meter type screws the supplied meter type screws must be used to connect the cable Connect the power source to the 9 15V DC IN JACK using the supplied DC cable The optional BC 25U BC 25E BC 26E or BC 27 WALL CHARGER can also be used Turn power to the radios and your personal computer ON NOTE If the radio is set near a computer it may receive computer noise 9 15V DC White Black O 2 GENERAL FUNCTIONS ADDRESS NUMBER Address numbers of the radios are fixed with the ADDRESS SWITCH or ADDRESS CONNECTOR inside the radios The ICOM standard address numbers are as follows ADDRESS ADDRESS MODEL NUMBER MODEL NUMBER ADDRESS 761 30 1C 735 04H 4 IC 471A E H 22H 34 IC 275A E H 10H 16 7000 08H 8 IC 1271A E 24H 36 IC 475A E H 14H 20 1C 751A 1CH 28 IC R71A E D 1AH 26 IC 375A 12H 18 IC 751 28 IC 575A E H 16H 22 IC271A E H 20H 32 Address numbers are fixed by the UX 14 Bracketed figures are decimals and figures marked with an H are hexadecimals FUN
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