取扱説明書／5.4MB
Contents
1. gt2. 1 2 1 100kHz 2GHz 2 9 AFEREQ R 3
3. eeeeeeeeeeeeeee 35 8 2 1 s 8 8 99949999999 6099 09090060999009949999089 6469096049090996 99 4649929594969 9 460960 60990990 60690990900909429560909400909669955 LL 8 5 3 1 Hii DWE 3 5999995909995 9999009 900999 604909590000050 9509 909095660009950609099999490006590 095649090969499950 7 A 5 8 A 3 2 L ik 9 990999 9990906909099099090900 69 694092899 9 099090994 6009909099440 909 6900990990994 4 9 09594 09090999990690994 y 7 E 1 9
4. H 9 9999 66999 9956999090999999 49994694299 699994 5 zi 999990990906690994999499920999090449 09909 96499090909940949090952090999095290 9999 Ke e 11 11 11 12 12 14 15 15 15 18 19 20 22 23 23 25 26 el 28 28 28 29 29 30 00 4 6 8 eee nennen nenne eene eene etes 31 4 8 4 T MODULATION 32 4 6 5 oo 33 4 6 6 UNS EME 34 4 6 7 MEZCSHMERBO ESSE oe 35 NE 2412 AER 35 EE C DD 35 4 6 8 DC Dres 36 4 7 seen 87 4
5. 9 2 1 00 99 2 3 4 BASTC
6. 2 2 CPU 7 0 CPU 7 2 1 ON CPU Gm 1 CPU GP IB 7 SEXES O0N CPU GP IB E
7. MODULATION DATA ENIRY i I 1 ly paag TE E zn 4 MOD INPUT AOA 27 SEP demere ER NN NER CI E 9 x Lbs L 1Vpoek 80 Q 9 D 7 2 19 32 2 gt gt FREQUNCY MODULATION MODULATION 0 XE ENS BEE gt FREQUNCY i U T MODULATION SB 2 FREQUNCY D
8. 8 8 4 8 8 8 4 8 5 8 8 1 EMF dBu dB u y dBm HI V AJV D OFF 0 ON OFF 3625 BE Sx 2b vii08 DC FM DC FM 2 y 1kHz 400Hz GP IB AM AM
9. 4 1 o 2 9992999099999099099092995909090609992 9509609909090990009009 469096090909090909 909099 4606 4900909990542909009990600909 5 4 8 a A LJ 4 4 RI
10. PI israel NONE AUI a NA 3 8 0 2 Wi ER CBET AREE 0 0 mum SEOARRTRHHOEA XU RERREDARACZ di 3 0 X 4 1 4 0 z ca 5 E 57 1540 unuyuaGn YNDLS 23 G XE 6 gt 42 0 4 BaN ANNK 2 9 200 9 8 0 80 4 5 42 433086 0394 q UREO 3840 Y 6 64 0 80 0 AoNnOSud Der Een ped Ee dE TEE Enel ES EH al 5 Esa 51 AHINI VIVO DHEIN RIKIN LA 342 MM Y AH xxKx9ulLWReIXO d ZA CY 1382 uL 20 22 ES LLYS gt A 6 MS 6 8004 OU 44 GE CHE E x T s oa con ENS E 4 gt 024 0 RA 0 eO DC I 2 3 0 7 gt
11. 4 5 5 4 5 6 4 5 4 1 7 v 4 111 s D 4 5 8 5 zi 4 0 7 1 4 6 1 B x i gt 4 6 2 1
12. c 3 JN o 5 3 5 b 8 x 4 4 7 1 ea 9999499469999099994960649909949694099096099090449090909900990999 64095460 4099499904094090904999 8 3 5 9999969999099 0999 599909 99942069008 090590999990994 9996900099906909609009 299 996959 o om t 2 7 PA 99992994999 6949490909099949090909999490909 909960 6990940944 99649649490600009099299 9 Lll 1 8 58 53 53 53 54 55 57 58 59 60 60 61 61 61 61 61 62 62 62 62 62 62 62 62 63 63 63 65 65 69 71 9 a un 7 y y 2 7 906959906099099099099949290909090609999609494909090950 94 469690656009 696960948069949099900600 999004 9 i 1 BI 999 909909099 90999
13. BEE 4 7 1 SPCLOO i 2000MHz 3g vA 13 9 ENF dB F M i 1kHz F M d B 1 75kHz 4 M 5 1kHz 0 1dB 00 MODULATION FREQUNCY x X XXX XXX XX POL e ove SPCL EERE I cuu vu 0 0 cuo e PES 75 2 000 000 00 SPCL A ome EARRLEORRL EOST 4 7 2 SPCL10 11 100 SPCL10 SPCL11 T MODULATION FREQUNCY XX X KXXX POL wu uw VETERE SPCL uS P EI 1 BER ww w 1 1 SRGB XXX XXXXXXXXX SPCL
14. 2 Bi y 7 1 y 1 2 D 2 D 1 T 2 7 8 5 GP IB FR AP n OFF RO ROF 0 R1 RON 18 AM FM FE 2 EXT S1 4 2 S2 1 S3 OFF S 5 400Hz S 2 1 2 112 531 2 AMOF AMS5 FMS5 DC FM DC DC FM 7 AC SP 0 9 GHz GZ MHz MZ KZ HZ EM DU DM DB PC Xi 26 RC ST dB
15. IN GPIB 8 GP IB 8 1 E 8 1 1 IEEE 488 GP IB 8 1 2 1 IEEE 488 350 2 REMOTE 3 4 AMPLITUDE 8 2 ft 8 2 1 IEEE Std 488 1975 8 8 8 3 1 GP IB 1 GP IB DFA A TELA WES ADDRESS
16. 4 7 7 dE a 54 EMF dB ANPLITUDE 0 TAAR SO T C 16 HAAB 438 0 AdB UNES 6 4 5 6 ANPLITUDE OFF RF OFF 4 5 7 OUTPUT AMPLITUDE EREN Zu T25 0U vybhi 2 4 5 8 We gu ARMES TUBE EMF dB dB u dBm
17. amp 06990 4996692509099090999090995909909009009099094060092090942 9090599994960099004 058096996600996060009009949299906094909900906099050909 9259406 1 BE EE 1 1 BI 99999690090950099609990099009 6490990600999099046099 909909069990999 9909499909499 96049090999906600299990956090 909900996909009 6696559 1 2 9 3 m YY
18. FM FM 2 1 00 A SG A 14P 1 GP I B GP I B
19. o o ASC 1 RCL A 6 5 1 B CPU GP I B
20. vM 1 4 2 7 1 0 wa 4 3 2 7 R 2 4 4 4 E 1 v 55 fU Lj H 4 4 5 5 Et 4 5 a wa d s ES a 4 5 2 2 1 Pi 7 2 74 frand 1 M 4 a 7 i 7 X 00 g 99999966099090606060090996990990096490699 0 4 4 0 E S B es
21. 10 4 5 4 5 1 8 S ary rp mx c on uu e um 4 o E n DATA ENTRY FREG AMPLITUDE HHHH aane Es E E A s f amy EO A 6 lt JAE 5 X TEN 5 AMPLITUDE SEMESGBQES GHz MHz b L lt il kHz a 10dB AMPLITUDE SAMES XXX X c0 SE Iou w 898 10 idhe MHz 1 0 dB b fj 5dBm T AMPLITUDE soe 10 0 Hapa kHz
22. 7 2 1 y 7 2 2 y 7 y P pete I B 99999699990009999099 0999 6099960909909909099090 9099999090909949090995 099609909090090999089909090 9990 0294909999 0999990909249 960 99 ul 99995060990999999050990990990906090090909090660099909090999090 4096909069909094909099009060095590060909609999905664244509699094909 90090099 8 1 1 S D BR 9 99 99690090999909909694999 6499964999994909 9990999909909090 9996099060 99999999949096099060499 09209649009996692099904 900299 5
23. seX100 la RECALL NOT RECALL SET NOT SET 0zns 99 ID ad la va0 SG 9 5 9 5 1 NEC PC 9801 10 REM program program 40 REM ADDR 6 7 856 9 DVM 11 KSG4700T SG 7 KSG8200 SS6 9 AVMZSR DVM 11 30 SG 7 BASIC 40 9 BASIC 50 DVM 11 BASIC 60 REM MEN 00 00 70 PRINT SG6 FRS8MZ AP 60DM S5AN PUO
24. 5 1 DATA dede E GND 6j 5 4 3 2 HI 7 8 4 5 4 DATA L coNTROL 5 1 Bl 1 0 TTL High Low 1 DAT ES RS 16 18 14 DATA HE DATA DATA 4 Xi 1 2 CONTROL ooo 11 12 HS DATA STROBE 0 7 12 17 0 WEE REQUEST TO READ eem 11 1770 0 3 CONTROL 9 10 1 Hl BUSY 8 10004 LED 2
25. 9 5 2 23 EA 9 SUPPORT ETUR 2 PC 9 83 0 1 9669049 605049040059600949590 9040260 9600900900960496 09900490090 000 6009000000 00940 5400 PS 1 SHAB ee 2 72 72 73 74 74 75 76 77 77 78 79 80 81 82 82 83 83 86 89 89 89 Ll 1 B oS 4 KSGA4700 Ti PLL F MM AM 100kHz 2GHz 1 GHz 1 0 Hz 1G Hz 2 0 Hz MCA 20 0dBg 126 0dB 2Vrms 0 1 dB EMF dB
26. 2 3 1 BUE OO BR 3 2 3 8 4
27. 2 10 X10 100 1 0 0 GB IB HP9816 HP Basic NEC PC 9801 N88 Basic ON OFFS SH1 AH1 T6 L3 1 1 PPO DC1 DTO C1 C2 C3 C28 EHNA 5 2 5mm ABOTA 25mm 2 5 0 2 1 VAF AC 100 115 215 230 50Hz 60Hz 7 6VA 9 430Wx 99HX400D m 445WX119HX455D m 13 5kg o ERHET 5 SSH 5 35 C 85 dE 8 0 40 C 9096 of E d SA556 1 NE 5D 2W 1 2 0A 1 1 0A 1 1 o LAHE 1
28. GP IB HP NEC 9 8 9 3 1 GP IB GP IB ASCII me ue ae om oe me om me me mm me me au amo e n n o Ln SUPPORT GP IB 6P IB 100 TUTECA 9 8 2 HP98 1 6
29. 1 0 MHz 5MHz 1 MHz a 5MHz 100Hz 0 002 b 1MHz 20Hz 0 00296 2 9 5 3 o 1 10MHz 5105 10 6 521 0 57 24 8 2 8 Hoo 10MHz 1x19 10 5090 24H f 35 3 1 Js 3 2 83 ZBE
30. MODULATION BR 1 38 MEMORY 00 99 1 R1 FM 2 2 FM FM RANGE OUTPUT RANGE OUTPUT RANGE OUTPUT dB
31. 2 2 3 2 6 2 2 7 2 018 a DIP SW 8 1 b DIP SW ON 010 0162 0 e 07 2 2 2 7 1 2 3 8 1 00 000000 0 1 100000 0 2 010000 0 3 110000 04 001000 05 101000 06 011000 uu 08 000100 09 100100 1 0
32. ERRE asus 4 5 4 BERII HEE SERE UNES SURESERS E EtBEL ST xc EEG HRE 50dB a Dj 100 EMF dB 6dB F AMPLITUDE HAMP 100 0 i MM 94 0 SBRSTS HYES SURESERS 100 0 FORSIS 4 5 5 AEB UNES AMPLITUDE RREO AdB GANGES ALERAP 5dB
33. 296 HE XS RES HUS ME NUS 250kHz EP 6dB 250kHz 100 125kHz 50 ES 125kHz 4 0 8 DC FM DC FM DC DC MM DC F MM DC FM DC X OD SURJUSAT UC 2 E
34. F M 0 85kHz i 1kHz 1 4kliz EB 1 75kHz d a T MODULATION FREQUNCY XXXXXXXXX HOPEE LENE eee SPCL UE CS DI un TENE 2 1 USPOES 1 75 SPCL 21 1 b NOD INPUT 1Vpeak MODULATION EXE SEIS e T MODULATION FM 0 35 kHz ET ikiz 1kHz 1kHz 0 85 kHz EXT 1kHz 2 d 0 4kHz M jS 1kHz
35. 36 a RC86 b ST86 8 8 6 HP9816 00 09 3 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 Dev 707 Frequeney 100 amp 6 Freqstep 10 1 E 6 Level 0 Levelstep 10 Fn 75 Fmstep 5 CLEAR Dev WAIT 2 OUTPUT Dev R1 OUTPUT Dev AMSS FOR N 0 TO 9 Frea Frequeney Freqstep N Lev Level Levelstep N Fmley Fm Fmsten N OUTPUT Dev FR Freg 1 E 4 6 MZ OUTPUT Dev EMAP Lev DB OUTPUT Dev S2FM Fmlev kZ OUTPUT Dev ST N NEXT N FOR 0 TO 9 OUTPUT Dev RC N WAIT 2 NEXT N END 100 100MHz 102 12048 10dB 75kHz 5kHz
36. 5 9 5 5 4 5 4 1 6 Ep BUSY CONTROL a E ud puro 415 CONTROL b Re CONTROL o lt bb CONTROL d A TATA 8 Fr ER e LL Eu WES E 145 DATA 7 E DATA 6 e E 4 O 6o Q Os 1 1 DATA 5 D TE v 520 1 I S Tm d mL 9 li DATA 3 D NAE SUNE Le ac ELE 1 o DATA 1 AIME 70 1 1 nm 5 4 1 5 1 US CONTROL RS AM v 2 1600866 CONTROL 25 0 74HC244 Enable A B 1 1
37. 07 12 1 10 20 30 40 50 60 70 5 GP IB 2 9 3 1 2 1 KSG4700F 00 2 01 3 02 La Ts REM demo program 1 REM ADDR Sg 707 Ssg 709 Dvm 711 88 707 Ssg 9 Dvm 711 REM MEM 00 demo program 1 KSG4700T Sg 707 KS63200 Ssg 709 AVMZ3R Dvm 711 kv BASIC BASIC BASIC 00 OUTPUT Sg FR83MZ AP 60DN S5AN PUOF ACFM75KZ S1FM KSGA700T 88 0MHz 60dBm AM OFF OFF FM 75kHz FN
38. 1 0 0 12 183 14 P TB 15 10MHz 2 iom o RF o Si 100kHz 2GHz 10Hz gt 1 02GHz 20Hz gt 1 02GHz 9 AFREQSOR RU xz ECCE 5 2 X10 5 52 1 0 10MHz 20 15Vrms 9 0 002 2 0 20 gt 72 0 1 5 8
39. ANPLITUDE 246 0 1 246 0 29 77 66 0 2 b 66dB 60dB AMPLITUDE 66 0 ups 1 66 0 60 0 6 SEES 4 5 8 RRE ENSE ANPLITUDE i 0 1dB FM AM SIONAL GENEA WE epe amu TH E b CI LI Qr Cn EXTn E WA cU Hl LO AM PE 400 400 IK iK MODULATION DATA ENTRY FFEG TEA fac fum anans O00 a 60 EMF dB ENSE 2dB AMPLITUDE ARE EE v60 0 UMEN USTERUAMPS Ke RRE mesi 2 1 262 0 edB AMPLITUDE HERZ ENES
40. 3508 SR 4 6 0 UNES AMPLITUDE oT SPCL 61 SAWBS 5 HJZJV Uv3EECHXE Fo ON OFF ufi 4 7 8 820180 88 308 o BEE 138 4 8 4 8 1 HU c 10 10 100 MEMORY 2 00 01 02 03 04 05 06 07 08 09 10 20 30 40 50 60 70 80 UZz VvoO EBIEE BEDS
41. LED HI L0 REV OFF 4 4 4 4 1 imme ACIE ess ro TT ERED EE T HOA E poca 9 D 9 0 9 FREQUENCY EORR 9 0 2000MHz X 10 20Hz 10 20Hz UE gt gt ES F e
42. SUPPORT demo program 1 PC 8801 iX 8 ASCII deno program 1 HP9816 SUPORT HP9816 HP 9816 3 9 8 8 1 10
43. 10NHz 0 15VYrms LED REFERNCE INPUT REFERNCE OUTPUT 5MHz 1 3 H STABILITY OUTPUT Wi 10MHz 0 15Vrms H STABILITY OUTPUT gt REFERENCE INPUT BNC
44. ANPLITUDE 2 8 8 2 3 CPU 07 Uey pior EE 4 OFF GP IB 8 8 29 1 SXES SEODALS ADDRESS v 0 ADDRESS 2 X CAGL UOS ADDRESS 2 07 CPU 90 SI6 90104 S2
45. 0 0 500kHz z50kHz 50kHz San pup d P d i 0kHz H 1 1 MHz 800 125kHz 255MHz MODULATION 0 130 255MHz EREE 60kHz 60kHz 4 FM2 INT oo NORA FN 5 GPIB SP21 2 FE0 35KZ 0 85kHz FMS21 400Hz 1kHz 531 FM1 75KZ 1
46. a EMF dB 20 0dBu 126 0dBu e 0dB 1V AMPLITUDE EMF dBu b dBu 26 0dB 120 0dB R2 el 0dB 1 V rms T AMPLITUDE dB c dBm 183 0dBm 4 18 0dBm R2 09Bm Y1mMX50O 0 2236V rms ANPLITUDE dBm 4 6 4 6 1 a GER WX C FM 1 75kHz b HE X C PM 3 5kHz e YES AMN 3096 4 6 2 FM AM AZRE ROSE ZU DATA ENTRY jJ EN MODULATION CD MEDE FN AN FH kiz AN
47. ON AN OFF 400Hz FM 9 9 1 P 1B o RCL A V GPIB 1 B
48. 5 000 00 95MHz 5 NERERE 95 000 00 HRE AFREG SABRERS IREN 95MHz FREQUENCY 2100 000 00 ENTRER 0 00 RER Bg 20 oo ww ug 200 oo oo ev 200 00 100 2MHz vuu 200 00 99 6MHz WARE XU 99 800 000 UERERE 4 4 5 1 REFERENCE OUTPUT j 10MHz EE 0 15Yrms REFERENCE INPUT LED 2 REFERENCE INPUT
49. FREQUENCY SURE 4 4 4 RU GENS FREQUENCY ESE AFREQ a Dj 100NHz T FREQUENCY EYRE XXXX XXX XX E USTERGRREQ ww wuwu HE 1 Au AL NL 100 ooo XXXX XXX XX SERES X XXX XX SES loco cxx c 10 oco ww us 100 www oc gs 1 00 00 FREQ wwww v0 00 UNES www 100 00 99 9MHz FREQUENCY ENE WX 100kHz SEE 07 b 100MHz FREQUENCY 2100 000 00 woww 220 00 EE PAM QU 8 tes
50. 4 20 0 126 0dB 1 dB 4 ON OFF dBm dB EEMF dB 5 AdB 5dB 0 1 dB 6 FM AMI S SB 7 50mS 8 FM1 75kHz 3 5kHz AM30 ON OFF FM AM DC FM DC FM 9 FM2 10 SG 11 1 10 1 0
51. 1 0 ENARE 10 00 09 10 18 RET 90 99 10 T MEMORY 9 SSTUS 10 a BI 380 49 MEMORY 89 UNES 39 STD 3898 STO SNEXES 40 510 p um 39 T40 41 iom dE l MEMORY 09 19 89 OwdndgicsokL HEE SEES RNE VO a 59 30 49 0 20 80 89 40 49 MEMORY x 89
52. 68 8 8 5 100MHz EMF 120dB 1kHz 75kHz HP9816 1 OUTPUT 707 FR100MZ EMAP120DB SSFM75KZ FN CRLF BOI 2 OUTPUT 707 FR100MZ OUTPUT 707 EMAP120DP OUTPUT 707 SSFM75KZ 3 88 2NHz a FR88 2MZ 4 EMF dB 120dB a AP120DD b EM AP120DB 5 dB 100dB a DU AP100DB b DU AP100DD 6 dBm 3 5dB a AP 3 5DB b DM AP 3 5DB 7 400Hz AM 80 a 80 b S2AMSOPC c S2 M AM3096 8 FM 75kHz a S1FM75KZ b 51 FM75KZ SiO 9 OFF a AMSS b AMOF e FMS5 d FMOF 90
53. MAIN 90 OFF 1kHz AVN2SR 1V 9 8 8 1 B KSG3200 0 FM AM KSGA7OOT AVM23R HP 9816 PC 9801 HP9816 GP I B HP9816 GPIB 7 896470000 2 1 B 07 8 3 2 I B 3 KSG3200 GP TIB 09 KSG3200 6 8 2 GP 1 B 4 AC AVM23R 11 9 8 4 9 8 2 HP9816
54. b 100 02MHz 98 02MHz FREQUENCY ERZ 2100 020 00 HER ERT 2100 020 00 ie 98 020 00 2 EME FREQUENCY EE FREQUENCY Ksa a 370 MODULATION HAE FREG EXT uy 8 HI LO FPEA T UJ ER e Ces E x Em aane 5 um ZOZO ences 9 9 D RES DEA a FREQUENCY HRR GNE X 9kHz FREQUENCY ERRE 1 90 mE 1 21 00 9kHz
55. a FM 25kHz MODULATION ERE HEME XXX oem URS D HERRE 00000885 25 0 b fj AN 80 MODULATION HRM XX LX eem Um ut 30 o SRHES 30 0 4 6 4 T MODULATION PM 500kHz 250kHz 250kHz 1 1 io ng 127 5 255 510 1020 130 260 520 1040 MHz 300NHz 125kHz 255NHz MODULATION 60kHz 300MHz 60kHz 125kHz
56. CONTROL 0 Key Code gt Key Code 0X 0 0 07 fl 4 NN KS NN RR 100 BUE EE EZ ED o NUN ES 1 1 p 5 1 5 2 4 82 5HHz 1 FREN R 5 1 010010 zz 2 CONTROL iE 5 2 ARIZ 10806 10 3 8 5 8 82 CONTROL SES 1msee 1 NO 71 0 T 83 A0 0 1 1 1 1 1 1 1 A0 0 1 NO pod B FREQ 8 2 5 MHz READ 5 8 4 5 110101 7 CONTROL 0 5 MHz 010110 CONTROL HE 6 NHz 010110 CONTROL SES
57. 4 6 5 MODULATION RRACA EDD SESS 5 5 p MODULATION 025 453 EHE SESS EED FM Xii AM a FM Ex 25kHz 35kHz 350kHz _ T MODULATION SEME 25 0 1 25 0 n 35 0 1 b AM 80 2596 MODULATION UAM 30 0 1 30 0 25 0 C 5 SIE UE 2 2 4 6 6 MODULATION RENEI 100 2001 FM 10 20Hz 1 2kHz XIZ AM 0 1 DATA ENTRY EDD Dp 5 SIE 4 dBus v CES TET Q 86 D 6 9 9 oNRScSIELxT FN
58. SA 510 14 PIN DUMP KSG SA 520 14PIN K563100 3210 4100 4700 SA 550 BNC P 50Q RG 58A U 504100 4800 SA 556 N P H 50 5D 2W KSG4500 4700 SA 570 BNC P 75Q 8C 2V KSG8100 3210 25 300 Q 50 lt 2 80 Q S50 75 Q 5062 500 75 Q 75Q A50
59. WHEN JOE IMUN a 123 45678MHz XXXX low 122 123 123 SES 123 4 ud 123 4 us 123 4 um 123 4 us 123 4 2123 b 455kHz FREQUENCY XXX M VLA Mad We Saa 56 567 567 456 XX nd V eu 8 78 FREQUENCY 2123 T m pu 4 4 456 455 78 d A VV 00 e 11MHz 12MHz FREQUENCY SERES wv 455 00 up looo 1 2rHLC 12 looo 1 4 ENRE vull eue el Saad d 000 Sat Son Dad VV Nd Mot 0 0 1 d Bj 85 7MHz T FREQUENCY SERER 11 5 080 UB BU 42242 ww
60. 1 55kHz MBO 7 e 0 35 kHz ikiz 0 40 klHz EXT 1kHz 1 80 kHz EAT 1kHz MS ER NER 1 95 kiz iu Sess SERES 3 1kHz SENE 1 55 1 kHz 1kHz 018 22 1kHz 0 40 kHz EXT MER 0 40 kHz ENT ikiz 1 95 kHz EXT ikiz T MODULATION URGED T MODULATION 20933 0 RE 1 FM EXT
61. 2 5kHz TuS 2o w 2 HDE 2 0 75 AM FN MODULATION RRA MODULATION SENSE HE BE kHz 4 6 7 1 MOD INPUT AXZ4YC XLAU E 10kQ 1Vpeak MODULATION HES MERE XbA ME 2 2 2 0 m kz URES NUES
62. MEMORY 5 5 X CMOS 4511 MEMORY 5 4 5 5 MEMORY 6 61 RANGE OUTPUT RCA 35 0000MHz 1040MHz 1 5V 50mA 100kHz 84 9999MHz 0 X 45 50m 2 T
63. SUPPORT 1 HP9816 1000 1010 1020 1030 1040 Start 1050 1060 1070 1080 Loopt 1090 1100 1110 1120 1180 Loop 1140 REM SUPPORT DIM 128 Ese 7 PRINT CHR 12 INPUT Input GPIB address of SG Gpadr IF Gpadr 0 OR 30 Gpadr THEN Start Gpadr 700 Gpadr OFF KEY ON KEY 5 LABEL Download GOSUB Donwload ON KEY 6 LABEL Upload GOSUB Upload DISP SELECT FUNCTION KEY GOTO Loop2 1150 Dounload 1160 1170 File 1180 1190 1200 GOTO Download file not found BEEP DISP I File is not found WAIT 1 5 1210 Download file 1220 1230 1240 1250 1260 ON ERROR GOTO File not found INPUT Source file name Source IF Souree gt 2 E THEN D file assign OFF ERROR RETURN 1270 D file assign 1280 1290 1300 1510 1320 1330 1340 1350 1360 1370 1380 1390 1400 1410 1420 1430 1440 1450 1460 1470 1480 1490 1500 1510 1520 1530 1540 1550 ASSIGN Infile TO Source OFF ERROR Down eheck ON END Infile GOTO Down check end OUTPUT Gpadr SPTA ENTER Gpadr Maxbyte Byte 0 Down check loop ENTER 2 Byte Byte LEN A 2 GOTO Down eheek loop Down check end ASSIGN 8121116 TO Source ON END Infile GOTO Down 4 Byte 1 DISP gt gt gt Bytes of source file Byte lt lt lt PRINT PRINT gt gt gt Bytes of source file Byte lt
64. 2 PC 9801H 1000 1010 10907 1050 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 1510 1320 1330 1340 1350 1360 1870 1380 3 REM SUPPORT ISET IFC ISET REN CMD DELIM 0 ESC 27 CLS START INPUT Input GPIB address of SG GPADR IF GPADR gt 0 OR 30 gt GPADR THEN START x MAIN L00OP PRINT PRINT gt gt gt Select function PRINT KEY 1 Dounload CHR 13 KEY 2 Upload CHR 13 KEY 8 CHR 18 KEY 4 CHR 13 KEY 5 FCHR 13 KEY 6 FCHR 13 KEY 7 CHR 13 KEY 8 13 KEY 9 CHR 13 KEY 10 END CHR 13 LINE INPUT FUNC IF FUNC 8 Download THEN GOSUB DOWNLOAD IF FUNC Upload THEN GOSUB UPLOAD IF FUNC END THEN STOP GOTO MAIN LOOP DOWNLOAD ON ERROR GOTO gt FILE NOT FOUND GOTO DOWN FILE FILE NOT FOUND BEEP PRINT File is not found PRINT FOR N 0 TO 1500 NEXT RESUME DOWN FILE x DOWN FILE PRINT INPUT 500006 file name Source IF SOURCE gt E THEN D FILE ASSIGN ON ERROR GOTO 0 RETURN D FILE ASSIGN OPEN SOURCE FOR INPUT AS 1 ON ERROR GOTO 0 DOWN CHECK PRINT GPADR SPTA 1390 1400 1410 1420 1430 1440 1450 1460 1470 1480 1490 1500 1510 1520 1530 1540 1550
65. 1 1 100 0 SPCL 4 7 8 FM2 SPCL20 21 FN 2 FM 10Hz 1 d o FM O EXT Q 400Hz 400Hz 6 ikiz 1kHz EXT 400Hz EXT 1kHz 6 o o o 10Hz o 1Vpeak 52 HI LO o 16 20Hz 70kHz o EIAJ TR 027 2 5kHz
66. MEMORY HRE Xii REDE X ENS MEMORY 08 2 WESS 4 4 4 6 4 8 2 a MEMORY 328 Cu WES 00 99 S b 10 MEMORY SES 10 e 48 ERGE GE MEMORY GE X 8 48 d IURE OM 85 5 e 56 ERGE M
67. DC FM DC FM FM PLL FM DC FM 2 PLL PLL DC F 1 Hz 5 EXT DC FM DC EFM F M 4 7
68. 400Hz ikiz a 400Hz ikiz b 2 FN AN AN 3 3 FM2 MODULATION FM 2 32 60kHz ME
69. HP9816 KSG4700T KSG3200 2 AC AVM2 3E F MM 3 100Hz 1kHz 10kHz LIFT RIG T 1 a KSG4700 8 3 MHz 6 OdBn AMZESH OFE OFF FM 7 5kHz b KSG3200 3 Vp p 10 MMAIN 90 OFF 1 kHz e KSG3200 100Hz d KSG3200 1 2 FM 0 FM 1 KSG4700T 88 0MHz AVWRZSR L R 60dBm AM OFF FM OFF FM AC 75kHz FN 0dBV KSG3200 3 00V 10
70. C PU 7 1 5 90 GB 50H 8X E 7 RORE CPU 8 8 2 08H 2
71. 5 GND 7 5 2 2 1msec A CONTROL ii 10see 9100 u see QM MM SS T MM 39160 usec CONTROL 3i P BUSY 20msec PASS 1 5 2 5 2 BUSY 0 DATA 1 6 DATA 1 6 10 sec CONTROL HS Insee 0 CONTROL ES 160 0860 100see 0 0 CONTROL EXE 100usee CONTROL EE CONTROL d Of890xr90l CI 1600806 BUSY 1 BUSY 0 5 2 3 51
72. K S 60 25 FM AM 2 KIKUSUI PART NO 21 000 040 M 90101 SUIDPSCIHULUCSOHU IE 1 7 1 2 3 LN CN EN SES ZA RNA NA RA RA b RA RA RARA RARA ls
73. RTN a 008 209 b i E NER 09 0 70 IRINE 4 8 8 50E 1 KSG47001 FAZ ERORE RUWE RCL 0 L FM Bori A NEXT 80 AVM28R AVM23R A NEXT GP IB FM 0dBYV 9 4 BAS1IC H P N E C GG OUTPUT ad ms PRINT la ns LOCAL se IRESET REN REMOTE se ISET REN WAIT t REM WAIT t t REM ADDR va ad val ad REM ADDR va ad val 1la ad XiX la REM MEM n mrm msm REM MEM n mrm msm n msn ns SC text ya OE 50 REM
74. dB d Bm OFFSET X 50ms 150ms FM AM FM AM DC FM FM 500kHz 400kHz AM 99 9 80 F MM 0 5 MCA DC F MM DC E F MM AM 50Hz 10kHz FM AM
75. ms 9 0 39 STO SRINS V r 89 STO 4 8 7 1 100 2 ON Q DUMP vA7 oX H8WEi WEE HHNES ik DUMP 14 14 8 10 DUMP SA510 5 5 1 5 1 1 8 14 3 2 5 2 1
76. 250kHz 1 04GHz 2GHz 100 500kllz RF 2 5MHz MARAME RFX109 3 5 FM t1dB 202 7 0kHz 1kHz 0 Hz 1 5kHz 1kHz 22 5kHz 0 5 EAM 5 0 Hz 1 5kHz 1 kHz 6 0288 RF gt 2 5MHz 0 5 DC FM 125Hz 2 250Hz 255 2 500Hz 2 510 1040MHz gt 1KHz 1020 2000MHz E E 100Hz 604r 35998442 517 ERA 51685 DC 7 0kHz 1kHz gt AM lt lt 5 BE BH HN E F M o _ 0 99 9 0 80 120dB 1 02GHz amp 114dB gt 1 02GHz 0 1 3 5 5 1 6 2 5 1 0kHz 1kHz 5 0 Hz 1 5kHz 1kHz 3 0 gt 1 5 s 1 02GHz s 2 596 gt 1 02GHz gt 6 0 s 396 lt 1 02GHz 0 3
77. 100 we ww hr vwu www wu HS D lure Hb 5 1 4242 co c SSPODS Xxx XXXX XXX XX SPCL RANGE OUTPUT 100 00000MHz 1040MHz 1 100kHz 99 99999MHz 0 2 100 00000MHz 1040MHz 0 100kHz 99 99999MHz 1 S3 ER BE SE 9900 WE gt 534 4 SRE MODULATION HN MODULATION 51 52 l FREQUENCY SPCL50 4 7 7 SPCL60 61 44B
78. 3kHz 1kHz 3096275389 7 512042 7dBm gt 200Hz s 1 02GHz HH gt 114dB 1dBm 5 400Hz lt 2 1 2 FM2 8 a 40 0Hzz b 1KHzz DC FM 2 AM F 3 FM 4 5 VYY TPY IBARA ERE 6 1 8 GP TB 2 3 FM 1 7 5kHz 3 5kHz i 1 7 5kHz 1 02GHz 1 7 4kHz AM 3 0 1 100
79. 5 0 dBm HARRE e 120 EMF dBu T ANPLITUDE HAMR 5 0 ud loo um 2 8 132 E loo ur 1 w s 120 8 GHz 120 0 EMF dB EMF dB dB dBm 4 5 8 28 298 4 5 2 AMPLITUDE Zz vJ RE WES a 46dB 66dB EMF dB _
80. cv SPIL OO SPCL 100 000 00 AF 105NHz 10 0 000 00 AF 100MHz COt RFEMESZ2 0cX GROS SM S o 900 5 y 3 5s 6 MODULATION 41 RECE MODULATION FREQUENCY SPCL40 4 75 06 RANGE OUTPUT 650 51 52 RANGE OUTPUT 6 008055 60 a 100MHz MODULATION FREQUNCY wuwu www ww SPCL Uu www le www ww 1 ug
81. 0 1 7 sims im am sm se su cd AX d 7 OdB 1uV EMF dBu dB 50Q dBm 3 24 RIEZ Bu nh Bu amp da 4 0 1dB 4 3 dB OFE SE 3 EMF dB dB 113dB 0dBm 1 1 02GHz 028 gt 7 amarae 6 xus 0 3 05 emo 5dB 0 1 dB AM 508 NE 2342727 V S WR HH s100dB 13dBm gt 3 gt 12 S 8 gt 12 25W DC25V 0dBc 113dB 0dBm gt 6 s lt lt 152 CW 5kHz 60dBc 1 02GHz s 5A4dBc lt 1
82. AMS5 AMOF FM FE FMS5 FMOF DC AC SIAM SIFM S21FM FMS21 S31FM FMS31 S2AM 2 S3AM 53 SP RC 1 E 1 OO 1 3 EE 4 5 4 7 8 FM2 5 43H 4 DC EM 0 OFF BILN 0 dB u y dBm H EMF dBu y OFF G Hz Hz kHz M Hz OFF ON EXT ON 4 00Hz 1kHz OFF S2 S1 S33 81 7 vy 43 GP IB
83. SPTU 1890 UP LOOP 1900 INPUT GPADR AS 1910 IF ASC A ESC THEN GOTO UP END 1920 PRINT 1 A 1930 PRINT 1940 GOTO UP LOOP 1950 gt UP END 1960 CLOSE 1 1970 PRINT PRINT gt gt gt End of upload gt gt PRINT 1980 RETURN 1990 2000 END 9 5 8 1 2 SA 100 2 BNC 3 500 SA 111 FN 1 amp S TH SE RR BNC 50Q SA 115 RN BNC 50Q SA 150 AM FM AM FN BAND SPLITTING FILTER DC 130Miz 50Q SA 151 AM 50Q 50kHz 200NMHz FM 50Q SA 152 AM 50Q 50kHz 200MHz FM 50Q SA 158 AM 50Q DC 200MHz FM 50Q SA 154 AM 50Q DC 200MHz FM 50Q SA 224 BNC 50Q 2 SA 285 N 50 DC 1 6GHz SA 500 RCA 6 E
84. 00 G ARL 4 42444 SAUORSM 766 004 U 6 d30 N0 4 d gpP0 92T 78P0 0 N ERARIO 1 81 42 i GERI 044 4 R OXORRORZISE 2 GE kE4ACk6EXxmGOENMAA U i fg amp At A 2 fA gt 2 00 4440888 PWV 0 0 98 Ox GER H E 9 34 6 0 SOENE 44348804 KEA HK 943804 243888 ARA Hd e 006 YA A RAH 4 LI RE 421430288040 6 TY 1 09 T 4 30 8008 440 0 CICER amp oA A KE OA AUS MORALE AA LUE ASA TCR IER q3aniindwv LZ a Eo punk O gt AWILNS uep x z EJ yr nep Eal A 1E 15 s ger S ENG p Ce E Hac e Amna AHINI viva Aoz HA ME HBA ism UOLYH3NGO IVNOLS PY H 3 9 232 G 1 3 4 YNA 9 3 A a E 0 40 0 44 ARALO UpNegctpssI N WD ZEA KY 330 00 9 5 3 9 5 330 00 ZEX tmy SFER 00 0542 PURKE 94402234 H H ERE AKO MY 008 0 01 LALLE OLEO TEX H
85. 010100 11 110100 12 001100 13 101100 14 011100 15 111100 16 000010 17 100010 18 010010 19 110010 20 001010 21 101010 22 011010 23 111010 24 000110 2 5 100110 26 010110 27 110110 28 001110 29 101119 30 011110 1 DIP SW 1 OFE 0 ONW 8 8 3 8 2 HP BASIC REMOTE REMOTE 00 LOCAL GP IB REMOTE CLEAR OFF ON
86. 02GHz S N S SB FM AM 100kHz 127 5MHz S 4 4Hz 55dB 6 6Hz 78dB 6 25kHz z0kHz ET Ide 1 0 8 8kHz 50Hz 15kHz 9 5kHz 75kHz W a i 84d lt 8 8Hz 57dB s 6 6Hz 7848 lt 6 6Hz 51dB FM rms 5 0 4 CW 0 Hz 1 5kHz 5 7 6 620 3956 260 6 FM AM FM AMIRIEESI DC FM 1 2 400Hz 3 1kHz 4 DC FM 1 400Hz 1kHz 356 2 D 1 0kQ X 2 1 Vpeak 2 HI LO gt FM gt 400KHz 0 9 99kHz 10 99 9kHz 100 250kliz 127 5 260MHz 4 09 99kHz 10 60 0kHz 260 520MHz 109 99kHz 10 99 9 2 100 125kHz 10Hz 100Hz 1kHz 520MHz 1 04GHz 0 9 99kHz 10 99 9kHz 100
87. 3 1 00 esse 38 4 72 gt SPECOLUUO 1J em 39 4 75 8 FM2 SPCL20 21 ee ttn 39 1 7 39 2 40 3 FM2 MODULATION 42 4 FM2 eo 48 43 SPCL 30 31 m nennen nennt 48 4 1 5 SPCL40 41 44 4 7 06 RANGE OUTPUT SPCL50 51 52 emm m M nm 45 4 7 7 C CSPCL60O0 61 emm mH m 46 4 7 8 80 ee 46 47 4 8 1 ooo 47 4 8 2 48 4 8 3 oo 50 SEXES 4 8 4 50 4 8 5 1 0 51 4 8 6 oo 51 4 8 7 M 52 5 6 10 8 5 1 8E 5 2 8 1 8 2 y M
88. 75kHz LE 2 0 35kHz 400Hz 1 75kHz 1 4kHz 4 7 4 FM SPCL30 31 FM VARIA AMAA AT 520180 SPCL81 SPCL30 8SPCL 3 1 BER Ag 65 RES HUE SEE QE o 0 4 1 5 SPCL40 41 HORRE USE HE E HES EH HEINR ERPE x ONBHCSHEL PN a 100MHz 5MHz MODULATION XXX SEREH XXX p XXX BON XXX XXX MEZ XXX FARREN XXX X XXX X XXX 1 10 100 gt lt 0 5 4 v V NL Alo 100 FREQUNCY XXX XXX vv vv 000 o d d V V V d 000 Xi XX x X
89. 8 5 1 1 f WE MB 5 2 1 Ut H uvhku M zuRPAZOBH een nennen eene netten enun MET 5 2 4 tnnt 5 2 5 Ut Hk zuvHhku MIEBIDIESIESHE eere 5 2 6 T MEMORY 0 eene nnne nnne nennen nnno eene eeeeeeeeeeeeeetetentns 6 1 RANGE OUTPUT RCA ee y 7 W P U y ico Ky o 7 1 JN 2 Y 7 2 7 2 C U 4z
90. 80 OUTPUT Ssg AP3 00V PL10 M1 AF90 PREO S5 90 OUTPUT Dvm A1 L7 R7 100 PRINT MEMORY 00 110 PAUSE 120 REM MEM 01 130 OUTPUT sg S8 140 PRINT MEMORY 01 150 PAUSE 160 REM MEM 02 170 OUTPUT Ssg ST 180 PRINT MEMORY 02 amp END 190 END KS63200 8 00WV 10 MIN 9096 OFF 1kHz AVM28R R 1 0V 00 eont 01 100Hz 01 eont 02 10kHz 02 NEC PC 9801 9 5 2
91. REM demo program 1 20 REM ADDR 5g 707 5sg 709 Dvm 711 30 Sg 707 40 Ssg 709 50 Dvm 711 60 REM MEM 00 70 OUTPUT Sg FR83MZ AP 60DM S5AN PUOF ACFM75KZ 51 7 80 OUTPUT Ssg AP3 00V PL10 M1 AF90 PREO S5 90 OUTPUT Dvm A1 L7 R7 100 PRINT MEMORY 00 110 PAUSE 120 REM MEM 01 180 OUTPUT sg S8 140 PRINT MEMORY 01 150 PAUSE 160 REM MEM 02 170 OUTPUT Ssg S7 180 PRINT MEMORY 02 amp END 190 END 4 gt 9 8 5 1 HP9816 1 BB KSG3200 o 0 GP IB FM AM AVMAZSR 2 GP IB 100 07 100 107 00 gt gt 8 01 gt 7 02 gt 7 00 01 02
92. UB 5 6 86 0 ooo oc 86 o Goo ww Hd 86 7 joo ww 2 ERT 8 6202 www co 2 11 000 00 WU SES amp ocu Wu XLV 8 5 cc VLL XLV amp 5 XI 022032 85 7 uu LO SP Sa 28 7 0 e 1MHz 11MHz FREQUENCY FEREG 28 5 7 0 0 lo www ww S Ll buses 2 Ve 2 11 00 HER lox www ww MIS 221 0 000 JO 4 4 0 FREQUENCY FREQUENCY HESS IUS DES ISE gt 2 NUBE MS NES a 100MHz 100 02MHz FREQUENCY ERB 2100 000 00 HERES 1 10 200 020 60 2
93. lt lt PRINT IF Maxbyte Byte THEN DEEP DISP Source file is too long OFF ERROR RETURN END IF DISP gt gt gt Start of download lt lt lt PRINT OUTPUT Gpadr SPTD 1560 Down loop 1570 1580 1590 1600 ENTER e 2 OUTPUT Gpadr A PRINT GOTO Down loop 1610 Down end 1620 1630 1640 OFF ERROR ASSIGN Infile TO OUTPUT Gpadr CHR 27 1650 DISP gt gt gt End of download lt lt lt 1660 PRINT 1670 RETURN 1680 1690 Upload 1700 INPUT Distination file name Dist 8 1710 IF Dist E THEN RETURN 1720 OUTPUT Gpadr SPTB 1730 ENTER Gpadr Text byte 1740 60 1 INT Text byte 250 1750 ON ERROR GOTO Already exist 1760 CREATE ASCII Dist Ree 1770 GOTO 001080 start 1780 Already exist 1790 OFF ERROR 1800 DEEP 1810 INPUT File is already exist over write OK Y N 1820 IF C AND C y THEN Upload 1830 PURGE Dist 1840 CREATE ASCII Dist Ree 1850 Upload start 1860 ASSIGN GOutfile TO Dist 8 1870 PRINT 1880 DISP gt gt gt Start of upload lt lt lt 1890 OUTPUT Gpadr SPTU 1900 Upload loop 1910 ENTER Gpadr A 1920 IF NUM A Ese THEN GOTO Upload end 1930 OUTPUT GOutfile A 1940 PRINT A 1950 GOTO Upload loop 1960 Upload end 1970 ASSIGN GOutfile TO 1980 DISP gt gt gt End of upload lt lt lt 1990 PRINT 2000 RETURN 2010 END
94. 090909640009949942990909990949209990909090999090900990099090990099090999092099099009 990990 0000060900900009609509009009 0094 9 2 h 9 3 599090990690 609944909909090900900909000904000990090099509660909949009490640000608600949 6699600 90406649690 0904996499990 0009990 6909909099 964 9 3 1 9 3 2 HP9816 vM 8M M9 9 3 8 serrereeesrereeseeeeesesresreseesorooeoecoesecesrens 9 8 4 oe 1 1 2 ee D eeeeeeeeee 9 3 5 ee 9 4 BAS1IC 2 9 5 1 NEC PC 9801
95. 1560 1570 1580 1590 1600 1610 1620 1630 1640 1650 1660 1670 1680 1690 1700 1710 1720 1730 1740 1750 1760 INPUT 6 GPADR MAXBYTE BYTE 0 DOWN CHECK LOOP IF EOF 1 THEN gt DOWN CHECK END LINE INPUT 1 9 BYTE BYTE LEN A 2 GOTO gt DOWN CHECK LOOP x DOWN CHECK END BYTE BYTE 1 PRINT PRINT gt gt gt Bytes of source file BYTE RINT CLOSE 1 IF MAXBYTE gt BYTE THEN gt START BEEP PRINT I Source file is too long PRINT FOR 0 TO 1500 NEXT N ON ERROR GOTO 0 RETURN x DOWN START PRINT gt gt gt Start of download PRINT PRINT GPADR SPTD OPEN SOURCE FOR INPUT AS 1 DOWN LOOP IF EOF 1 THEN gt DOWN END LINE INPUT 1 A PRINT e GPADR AS PRINT GOTO gt DOWN LOOP x DOWN END CLOSE 1 PRINT GPADR CHR ESC PRINT PRINT gt gt gt End of download lt lt PRINT RETURN UPLOAD PRINT INPUT Distination file name DISTS IF DIST E THEN RETURN ON ERROR GOTO NOT EXIST OPEN DIST FOR INPUT AS 1 1770 CLOSE 1 1780 DEEP 1790 PRINT 1800 INPUT File is already exist over write OK Y N C 1810 IF 608 lt gt AND CS 2 y THEN x UPLOAD 1820 xNOT EXIST 1830 RESUME 3 UPLOAD START 1840 UPLOAD START 1850 ON ERROR GOTO 0 1860 OPEN DIST FOR OUTPUT AS 1 1870 PRINT PRINT gt gt gt Start of upload 227 PRINT 1880 PRINT 6 GPADR
96. 9 0 QUE CONTROL SES 0 o 10000800 1 5 4 BUSY 0 CONTROL SES 1msec DATA 8 7 14 8 18 74HC244 1 5 2 6 T MEMORY 5 5 5o 4572 un o mm G pe 2 DATA 8 HHH Ero Ol ayr D 144 DATA 7 BD RUE LED 2 g DATA 6 Il Ex i 5 DATA 5 M 4 amp DATA 4 3 DATA 3 amp DATA 2 Aa 2 Erg x t 1 o DATA 1 gt EHI LED gt END
97. E Q UNE XXX X m T o NOMEN 276 0 Xi 0 7 7 T AMPLITUDE HAH SM Hx XX X MES S088 30 0 25 Xii WES X EROS STO 10 b 183 MEMORY D ERGEN HE 2 12 Q O HEE 18 18 e 45 O SRE SENE X MEMORY SE USE 1 SPCL11 STO LED t2 SEL S
98. Eja ak rome s C ded 9 9 Q 8 DATA ENTRY X MODULATION SUUS FM EHE AM E 8 MODULATION singing RERE qox cuu FM 2 4 6 4 82 Hp ox 0 130MHz z50kHz 10Hz 100Hz 1kHz 127 5MHz 72 60kHz 10Hz Xii 100Hz 255MHz 72 125kHz 10Hz 10052 1kHz 510NHz 72 250kHz 10Hz 100Hz XX 2 1020MHz 2 500kHz 40Hz 200Hz 2kHz AN 99 9 C 0 1
99. F ACFN75KZ S1FM KSG4700T 83 0MHz 60dBm AN OFF OFF FM AC 75kHz 80 PRINT e SSG AP3 00V PL10 M1 AF90 PREO S5 KSG3200 8 00WV 10 MIN 90 OFF ikiz 90 PRINT e DVM A1 L7 Al AVM2SR OL R 1 0 100 PRINT MEMORY 00 00 110 STOP eont 120 REM MEN 01 01 180 PRINT e SSG S3 100Hz 140 PRINT MEMORY 01 01 150 STOP cont 160 REM MEM 02 02 170 PRINT e SSG S7 10kHz 180 PRINT MEMORY 02 amp END 02 190 END 9 5 2
100. IUS SES 5 5 SUEHDEZE i 3 4 8 8 4 50 A 4 8 8 ERER a 10 11 128 18 10 11 T MEMORY SES SUNG 83 T 18 1 RXES ESTOS IRIN V 14 10 1 11 2 12 8 13 4 10 1 4 9 4 EREN 1 Gm SES 19 4 ESTON IRIN V T19 10 md 8 1 A 14 RTN 5 19 RTN 10 4 8 5
101. MODULATION j HERES X DAMUONS LE MESE 4 6 8 LED MEMORY MODULATION DATA ENTRY 5 EF geag anna eu lanna A S 0 MI 8 Q a FM 400Hz 50kHz MODULATION ERE XXX eme SKIES ERHOAODEZS FOR 208 50 S00 b OFF FM ON OFF MODULATION AM ON Ei AM AM OFF 0kHz 4 6 8 DONNER FM AM EXT EXT 400 490 o IK 1K r EXTA HI LO mj 5 e s 251 erae E ES o KSG go s
102. X SES SX MEMORY m BELA T56 778 du MEMORY US ES 78 4 8 2 4 8 1 DEBETUR AURIVIELLOTRA E ORUELEA h THRETH _ RE OFF GEL X iSi DN MEMORY RRE X Xiz WEZ E i MEMORY 2 apap a 1HHz 76ENF dB 1kHz AM 3096 10 D SERE XXX XXX XX HE loo cec uo 1 000 00 FREQUENCY GE EV
103. d 0 LALLE LEOK MEX WV HEHH 4 EMEeXEOER0S ASA IC Y BESE YR E MexOY A MV 4 40 EC Y E EF NV 203 B 9 3 RV 93 4 5 NOTIVINGOR 6 NOIILV IDGOX LRE 1945 4 2 TETTETETT HEOKLE y OE OV LEXE 2V a 26 92384 3Y 60 0 6 6 2 SERO SECOS OV T 03103735 39V 70A lnadlfQ zoNYd TERAGI TY REG 00 TIR Sd 8 M0 0 VM09 XVH AG I S4 du HH 5448 3514 NIAT 106180 NVY E 26 1 43 89 GS e A a4A c gud 2 380 1 1 49 1 T LONIY UTE sSadA9T 0 2 868 606 6 ZHNOT 05 TET 9 2 08 EORYULX 5 505081462 20027 zHNOT amp EPRSE 2HNOI 14150 r LAdNI 3333438 srexi L INNE 4 30N3H3JSU L ko I ALT IGVIS H EU ESWGEOBRAIu 38 055 E E E A 1 41 0 NOIJdO 11118918 H j 4 8
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