取扱説明書／3.7MB
Contents
1. 3 2 Ass ZE REEERE MEZ TIERE Miel iue 3 3 0 4 0 3 02. 100 10 90 9 10 19 FMX 18 1 19 22 a EOI NE AECE ERE UNE C NNNM NEN PRE EMPHASIS OFF BN ME e TT Ts p Am A e cdd aus a TE O e 100 400 5k 10k 15k i 2 4 8 BI 4 5 9 SCA SCA 10 SCA INPUT O COMPOSITE OUTPUT SCA BRO O T SCA INPUT
3. EI a Ii y 4d vy b Y 7 1 gt y o 1 JV A JV 995909699909599996009999900995909096900 090099960249060009060099660906600009509 9990490909 41 41 42 44 44 90 51 52 58 58 58 53 58 1 1 1 B EL KSG3300 F MI Broadcast Technology Partners FMX
4. 5 90 GB 50H 3X CPU 6 8 2 1 4 DT _CPU 1 2 C
5. G P 1 B 4 E 6 1 BI ax 6 1 1 6 1 E T E
6. 6 2 HE 6 2 1 et e 28 28 29 31 31 32 32 33 33 34 34 34 34 34 35 36 38 39 40 41 41 41 41 41 41 5 6 3 ik 9 990996090090990999049099609999090900909909090000909090994909099499 6500999006000909990960909009099009009096900 99004 ka 6 3 A 1 PE 999092909999099 590090999990999099 94599920099969090999990996505099009002999090904009600009560A a 6 8 M 2 7 1 A 7 gt e VA ee s 3
7. 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 Dev 708 Mod level 10 Mod level step 10 Pilot level 10 Pilot step 1 CLEAR Dev WAIT 2 OUTPUT Dev S5 FOR N 0 TO 9 Mod Mod level Mod level step N Pilot Pilot_level Pilot_step N OUTPUT Dev AF Mod PC OUTPUT Dev PL Pilot PC OUTPUT Dev ST N NEXT N FOR N 0 TO 9 OUTPUT Dev RC N WAIT 2 NEXT N END 100 10 10 10 1 1kHz Ta CPU 7 1
8. 09 p COMPOSITE OUTPUT Z 75Q 75Q BNC HITA SEI VAR 752 FM 1 5Vp p 9 99VYp p Q T MODIFY y 1 RERE e Q O UM GEN 3 EH NS 4 A 9 MF MODULATION F MODIFY O 0 9 0 X 5 O ERE MODULATION 6 9 pese Db MODULATION 1 ERRE X IS OY RL LAMWETY WTZTAXH MBOX
9. F M GP 1 B F MX 1 C FM AM KK SG4300 F MX FM S L R 2 3kHz 5 3kHz SUB 9 0 ORE OZ SN MM L S SUB
10. FMX EEN rs REOL X O 0 O Xiz O T MEMORY y SE Xu O SXES X O SEES X O EE lt A MEMORY 2 Poki O O O USE a MAM HERI ALAS 90 9 ID 1 10 1 90 0 2 O ES i PILOT 9 3 8 EME FMX O HE EE ID MODULATION 10Hz ID y ID 1 0 4 5 E 18 O ES 30Hz X
11. 4 6 1 4 6 6 kl 14 14 8 SA520 5 5 1 B 5 1 1 W 14 5 2 5 2 1 5 1 DAMA GND ej 5 4 3 2 H RD p cce 171 18 a b ld 5v L coNTROL 5 1 E 1 0 iX TIL High Low 1 DAT us m 17 6 18 14 DATA
12. BUSY 0 7 CONTROL SES 1msee DATA 8 7 14 8 18 74HC244 1 5 2 6 MEMORY KSG3300 5 5 4572 a 9 CONTROL d io o CONTROL e 13 DATA 8 B 142 DATA 7 dl LED o DATA 6 5 DATA 5 4 DATA 4 3 DATA 3 2 DATA 2 LAS Egg 1 DATA 1 EH AL 2 LED 5 5 YD T MEMORY 5 5 CMOS 4511 MEMORY 5 4 5 5
13. 0 100 90 10026 8G LC 2 A EBENE 90 0 BERE X 37 MONE 100 90 100 100 111 100 100 10026 100 90 Xx 1 11 111 100 95 90 1 06 106 100 90 90 Xx 1 0 8096 72 9026 x 0 8 60 54 90 x 0 6 40 36 90 x 0 4 20 18 90 x 0 2 0 026 3 O BIE a D ENE O ERES O EBNE 0 0 b RAINE 2888
14. 6 8 4 6 8 45 X GP IB 6 4 46 47 6 5 48 49 X X 6 3 GP IB amp PC 96 AF i PC M1 7 M0 1 8 PL PO P1 y POF PON AP 8 F MX F MX FMXOF FMXON ID ID y IOF ION S AVU E F SS gt SONLYOF SONLYON KNE FIX CPRSROF CPRSRON BQLOF BQLO
15. 2 REE Us D T MODULATION y OUTPUT Vp p SG 100 S6 1 5Vp p 9 99Vp p 3 MODULATION Xi ES O SES D 4 5 6 1 O RURE ERES 2 AF L 4 5 7 3 8 ERR Lj R
16. HX 1 HL E a 1 1 9999509960 690909905699044994049062999 6490090909909909 99 9609 0906609239090999459606 9909996099690609996099099 006695908000 964 1 2
17. 4 E ik y OO 4 1 DO POWER BL O T EXT LEVEL HI LO T MEMORY XO 00 99 100 10 10 HENORXS 1 MODULATION
18. HEBES R PILOT OUTPUT BNC Z 1 F MODULATION SOURCE HERIR R EXIGERS 2 Q9 AF L INT OSC OUTPUT y BNC 3 1 Q L E 2 O EEE AF 4 2 3 9 MODULATION SOURCE Asi b SCA INPUT BNC
19. IER OF EL T EXT LEVEL y HI LO 4 4 1 4 4 6 1 LES O SERE RCL 2 b O RNE vV 3 O ES IIE V 4 O EE O ESTON HENE A Picikbr 510285 5 HEE O O59 ID ID 6 O SEE O EGMGBESTNG 5 ONLY 7 O EE O EQL COMPRESSOR KNEE 8 PRE EMPHASIS O ES O EEE ikiz O RES O 6 8kHz X Bus b O 10kHz 50 gs
20. ik DATA DATA ELS EEE OU 1 2 CONTROL 11 de E 19 1 07 HEE REQUEST TO READ eee 11 ig 17 700 0 9y CONTROL JE 9 10 HUGE deu XIX 8 QS 1 H5 uS RE BUSY A ER Ey 100m4 LED 2 5 GND 7 5 2 2 1msee CONTROL 10 see 13100 u sec pep E 160 usec CONTROL P BUSY Z0msec AN KA f 5 2 Bi 5 2 BUSY 0 DATA 1 6 DATA 1 6
21. b B Q 10 Q T MEMORY y O REE Xx O EE 30Hz 10 e Bl 48 RE E MONO MEMORY EE 8 43 d A Q 85 EE ES SUB T MEMORY y El X 5 85 e A 56 ERE EE A RT T MEMORY M BE MAIN 38 LEFT Jj 56 f A Q 58 ERES EE D o MEMORY RROJ O E SUB 58 4 6 2 4 6 1
22. 6 8 2 3 CPU 09 Yey pior E 4 OFF GP IB 6 3 2 1 O ES O SEBAS C HRE 2 LOCAL LIT 2 09 CPU 90 SIG 90104
23. 1 Vrms 60020 3 0Hz 1 5kHz 0 01 30Hz 15kHz 30Hz 80kHz 3Vp p t2 31 0kQ 30Hz 1 5kHz 3 Vp p t2 391 1 Vrms 10 31 A2b5us b0Onus 715us 0 5dB ON MAIN LEFT RIGHT SUB FMX ON OFF ID ON OFF S ONLY CPRSR EQL ON OFF 30Hz 100Hz 400Hz 1kHz 6 3kHz 10kHz 15kHz EXT EXT L R ON OFF 1 1D KNEE 2 100 100 30 FMX 1006 30 3 o 1 100 F IX 2 10 X10 100 100
24. 4 6 7 4 6 8 SG ce emm 5 1 5 1 1 5 2 5 91 oo 5 2 2 5 2 8 Y 5 2 4 5 2 5 Mn 5 2 86 T MEMORY eene ennntntnntnnnn Hin e690509099099090990965999095009 990999090950909099596099699909500509 09099442999945909906 5 0990909690909995 099999099099 8 WE XB bb
25. GPIB o o o E EHEER m d SA570 1 0A 0 5A 100 115 215 230V 110 50Hz 60Hz 3 3VA 430WX 99Hx250Dm 445WX119HX305Dmm 5 5kg 5 35C 85 0 4 90 1 1 1 1 1 3a 3 1
26. 2 d E RCL O E D BN 1 e 9 ERES SISE RCL RINES 8 a 9 V 00 99 4 FOREMOTE D T COMPRESSOR COMPRESSOR KNEE 2 BELO DEE 1 dB FIXED GAIN ERAR O 0 20dB 0 148 0 148 HORE BEE 14dB 2 KNEE
27. 10 T MEMORY 9 O SEL O ESTO BERE A 10 a A 10 29 MEMORY y O IREEN g9 19 O SER 19 O 8E0E RCL 19 STO MEE 20 510 101 Fil gt T19 gt 120 gt 29 GE O 4 6 6 ENEE Q T MEMORY 09 19 89 HE O HIN RENS V a B 10 29 20 10 19 20 29 MEMORY O ERES 255 19
28. b GRE O es 15kHz Tus 20dB 1 10 100 10 4 5 8 9 O EEE 0 MONO 100 3 00Vp p S6 10 O KE O MAIN 90 926 ID 1 14dB KNEE 22d8 11 O RE O Bd CHRNQGSS LEFT 30 90 X0 8 27 896 ID 1 Y 14dB KNEE 22dB 12 5 EES O HAE RIGHT 90 10 13 5 ES 280259 SUB 80 90 X0 3 27 10 14 0 ES O 98S PILOT 15 O E O S D O MODULATION
29. 50 100 HI LO 2 HI LO MI LO 100 6dB 100 50 LO 50 X SE HI LO HI LO HI LO
30. 100 Vp p 1 5Vp p 9 99Vp p 10mVp p 5 EXT LEVEL HI LO a MF R T MODULATION EXT LEVEL HI LO EL OTR AF L O SCOPE PHASE VR GP IB REMOTE HORE 2 T REMOTE GP IB 3 X O ES b RE EOS MODULATION
31. 1 4P P TB 8CA SCA M 1 2 1 FMX S8 N 2 MS S 19kHz FMX 10Hz ID 3 ON OFF 4 14 dB KNEE 22dB 6 7 1 1 0 1 0 1 0 0 8 KS
32. 5 4 1 Z5 po E BUSY 194 CONTROL a BE 1 CONTROLb DS pa CONTROL eue E CONTROL d 20 o t Key ode 5 130 LOL DATA Tm gt 7 DATA 5 2 E o L9 CY EL 4 lt o i OO 3 DATA 3 i E e FILE e bursa 1 DATA 1 GND lt o 7 10 5 4 Hs ARS Re 1 LR 5 1 A CONTROL b 0 74HC244 A Enable A B 1 19 0 A CONTROL 6 2 0 100see 1 5 4
33. O INENG RI ESUR HI LO HI LO HI LO MAIN SUB PILOT 38kHz 2 19kHz 1 MAIN PILOT LEFT RIGHT SUB fS 9 PILOT 97 0 268 4038 REGES SBE LO 4 5 8 O USE O GE GUB 4 8 20dB 400H 20dB
34. 2 db Boe EVA crum 3 Hil Ji HR 3 1 25 15 999996 99999909 09 690929924 0 694 9 94 9009099090299 099 96099099 09499099992 2094990 940999 gt ZX 8 2 HAS 36450960950095029940699509906042920929909002999449660800060949065095999009509009900900090909995909009009 3 a 3 8 53 iB 5S BI c7 gt 9 im bm Fin a 3 4 Li 2 y 1 AJUDA 4 90090900099
35. 26 16 O O ess D X O Y MODULATION Vp p 17 O EE CO LOCAL O EE GO GOAL T MODULATION EPOCALE 09 6 8 4 5 UNES 1 d ES ESEE MONO 1kHz 3 00Vo p 100 FM SG 9 S6 HI LO 100 75kHz 4 5 5 4 5 7 2 ERE MAIN MODULATION 90 9 D 196 100
36. 3 EXIGERE X MAF L R 3Vp p T EXT LEVEL HI LO AF L EXT LEVEL LO R AF L 4 O LEE IERE 1kHz 4 5 8 5 b Bes 0 3k Hz 25s 6 9 10kHz 50s 7 9 MES 15kHz 75s MODULATION 20dB 1 10 100 10 90 9 10 19 FMX COMPRESSOR
37. 19kHz 9 Es ESE PILOT MODULATION RAP EE T MODULATION MODULATION FUNCTION y MODULATION 1 ENE X 2 MBE PILOT 3 5 33 5 FRE BEBE 4 b SETS MONO 8 00Vp p
38. MODULATION FUNCTION D BELO R AF L T MODULAT ION EXT LEVEL HI LO 4 5 7 a AF L 10k2 3Yp p MODULATION EXT LEVEL HI LO LO HI b HI HO 2 zry F 0
39. SCA SCA INPUT 1Vrms 10 NMODULATION 10 SCA 8056 S6 FM 75kHz SCA Subsidiary Communication Authorization 4 5 10 1 Y KSG3300 d I PILOT OUTPUT R X INPUT 200nV DIV 9 Y COMPOSITE OUTPUT y Y INPUT 50mV DIV 2 b HES O ESEE HONO 3 00Vp p 1kHz 100 3 9 ES CD RIGHT 90 10 4 1kHz HEE 5 MO
40. 10 b A 18 Q T MEMORY 1 Q ERGE O E 90 GE 2 12 2 3 YE FRE RCL X 13 18 2 45 2 O BELO EE ROL O BE lt MEMORY 3 O S MONO Qo 3E MAIN 1 E 1 SEL SEE RCL 4 E 2 4 6 8 HO MINE V 4 6 8 ERSEN a A 10 11 12 gt 18 gt 10 11 T MEMORY O IRE O
41. D SB 8S L R 8SUB 1 9kHz F MX ID 100 FMX KSG3300 1 00 KSG4100 4300 KSG3300 KSG4100 4300 K SG 3 3 0 0
42. O ME 19 O BERE RCL 19 510 ERNE V 19 510 4 6 7 1 100 2 a ON b T REMOTE DUNP e GE 9 SUMES V REI DUP 14 14 8 10 DUMP SA510 4 6 8 SG FMX T REMOTE SG REMOTE THEEL SG MEMORY ENE
43. 4 5 z 2 LALO 4 5 3 F M X a gt z JN J E 4 A 5 5 L 99990096099290090900099990909909 9049999200999090990909490900909009000909060990 09009099 0490904 9 a gt 5 i 6 609995909999009094990505005094909985995000909605906046005000050 996099009 2900056 an cte SB 156 EA E sW H Er z 3 a 5 amp 99090099062096990000090909000509
44. 5Vp p D AP5V LEFT M2 400Hz S24 6 3 6 pia 9 10 11 OFF M7 Q MO OFF PO O POF 86 D RC36 O ST36 2479 EA DIO1 DIO2 DIOS3 E 15 DIOA 5 1 61 E O I no 17H DAV pe 48r NRFD pa 13H NDAC me 20H lop n eu SRQ 1 9 22n ATN EE 2 3n g gt 6 e El DIOS DIOSG DIO7 DIOS REN D AV NRFD NDAC IFC SRA A TN lt ME NE NE NIE NN RR TNR Z O O ME MI NS NC x 6 8 7 HP9816 00 09
45. dB KNEE LEVEL O 25 19dB 0 1dB 0 1dB FOR E O SES 2dB T MODULATION MODULATION 4 1 26 Q 0 100 0 5 a 0 X ON RRAN O HE A ON ID 0111756 b D PILOT ID 10296 e 10 100 2 PILOT 1 RRAK O SES S989 PILOT O
46. 10ses CONTROL SES 1msee 0 CONTROL BE 160 sec 100usee IED 0 CONTROL GE 100 see CONTROL W CONTROL Wi 160see BUSY 1 BUSY 0 5 2 3 5 1 CONTROL dE dex 0 DATA 16 5 HSB Code gt 189 MEMORY HRERS ESEON LA pa AS ONE LOW DISTN AE RH MAC PRE EM OFF 25us 50us Tus L4 O dl La ll ll d Dd E d A ll l ll d be ll ol ls ll
47. ID 1 FMX a HEME ROPAS EQUO EL MONO SEDE X b EEE ID 10Hz ID COMPOSITE OUTPUT Y MODULATION ID RERNE 88kHz d EPR e HRE 2 MES a O Es 8 ID MODULATION 10 b EYE GEGRODISTHS 5 ONLY LOW DISTORTION y 30Hz 400Hz S O El
48. PILOT 30 4 5 2 1 i 2 MODULATION inel Y MODIFY 3 bs lt 2 O REE TOR a D GONE 0 0 b O ERIN O SONS 99 5 100 O 16 535 AY 99 0 99 5 99 0 b EEE 0 5 1 1 99 5 0 100 e ID 0 10296 O ZMBINS BUE ONES
49. 14dB KNEE 22 dB a MODULATION FUNCTION GEERTE GREGETG ESUR X 100 RAINE SB 56 L0 3 HRE D BERE LEFT 30 90 x0 8 27 996 ID 1 37 SG S6 LO a BRENES SEERZG SRIDERS SSUBS 8796 b D BORO PILOT 30 4 O ES O92 RIGHT 9096 10 MODULATION 100 T FMX j a
50. 4 5 8 FMX 1 ER O EQL COMPRESSOR dB FIXED GAIN KNEE dB KNEE LEVEL 2 05 E Q 32523 ID 1ID 10Hz ID ID 0 2 0 1 3 RRR FIXED GAIN KNEE LEVEL 4 1 4 dB FIXED GAIN D EEE EQL D FCOMPRESSOR dB FIXED GAIN REZ 0 20dB 0 14B8 0 1dB ES 4 1 24dB 20dB KNEE LEVEL i 1 i i a os A ales 5 1 1 P 1 1 i 1 dE cM r 1 1 1 1 1 a Modum ua 1 1 i 1 i 1 IN yw Ed 1 1 t
51. Bi og Ay B R 0 526 RRE 5 26 3 1 5 Vp p 9 99Vp p 1 OnVp p 0 5 Vp p 3 750 3 0 Hz 1 5kHz 0 01 200Hz 10kHz 0 05 3 0Hz 1 5kHz 3 0 Hz 1 5kHz z86dB 0 5 30Hz 80kHz 1kHz 30Hz 1 5kHz 0 01 200Hz 10kHz 0 05 3 0Hz 1 5kHz 3 0 Hz 1 5kHz z90dB 1 9kHz 1Hz 0 15 10 FMX 9 1 26 2 2 1 Vrms 6008 30Hz 100Hz 400Hz 1kHz 6 3kHz 1 0kHz 1 5kHz 15 4 o o a b AF L R o SCA MOM jt T 4 y aul dE rj pS Bur y RS A
52. H UA we DIP SW 1 OFFH ONM 6 8 8 6 2 REMOTE REMOTE DERE X LOCAL O T REMOTE CLEAR OFF 0N GP B LOCAL LOCKOUT
53. 100 5 b ES Ese MAIN 90 9896 1D 1 14dB KNEE 22dB 6 ME REE ERE LEFT 22 896 ID 1 14dB KNEE 22dB 7 O RIGHT 9096 2 10 100 8 ME 230958 SUB 27 10 37 a 8 T MODULATION SOURCE 1 RURE ERORE SERES GESKREE SIGENZS 2 SEXES X AF L 8Vp p EXT LEVEL HI LO AF L EXT LEVEL LO
54. gt 6 3 3 JN 7 u A A T F 9499099 69699099445909600094090909099490 6 9909090906009490994900909 0060 909909999 9009990999099 9 6 8 5 vA t 2 E 9999099590090909996049909009950009949090999090920909090009009209999909909000909990009 0 A Y 999 994 6666994090 6 3 b 7 i 5 7 JN yy y n 2 P 1 4 YY T V 99990096099099 46994999990 94990509090994999 926 9 y 2 CPU Dy Vg 7 x 1 J vy 2 7 v 7 1 7 2 P y yy F
55. lt 2300 FMX Hx 4 KIKUSUI PART NO Z1 478 010 M 90103 2 0 SAA AAA KE 1 2 3 LISA NA NA NA NA NA NA NAN Ve Qe Be Be Be LN A
56. ll bl ll loe qul DOWN y m E gt tj Lx o e eic i CO ww 9 1 5 2 4 57 1 RCL 5 1 000100 LS 2 CONTROL Bi 5 2 1msec 0 3 5 3 a 10110 CONTROL 185 1msee 6 O0 Xf 1 NO 7 1 5 NO 0 1 1 NO 0 104 AS AN 9 o 1 T E 3 Yd 13 1 o 1 1 2 NO AN 1 NO 1 1 x0 1 1 NO 0 m RCL 5 1 READ 5 3 4 5 110101 CONTROL Bi 5 7 110111 CONTROL 5 2 5 5 4
57. MODULATION FUNCTION ENAINS HERTS SREGHTU 2908 X 100 b BORO Xx PILOT 100 e D ZONE 0 0 10 0 KoT O 5 EEE QD 388925 SUB 30 DEF 90 X0 8 27 10 37 S6 SG LO a D BEING HEESE IRERE SUBE 37 b O MONE
58. 5SCA 10k 10 1Vrms C 8 REMOTE 3 1 2 3 9 T GP IB GP IB GD VOLTAGE SELECTOR AC M 8 2 D AC j AC T FUSE AC AC INPUT OUTPUT AF L R COMPOSITE OUTPUT 4 8
59. 40 50 60 70 80 1 OQ T NODIFY RES Q D O MEMORY 8 3 RE X 0 e 4 MEMORY 2 E 4 ERE e D MEMORY 1 E FMX 4 4 4 5 4 6 2 a SAO T MEMORY MODIFY ELIO r Cu SEE 00 99
60. 52 EROH LFA 2 KOER 2 6 4 7 2 58 ESR a DIP SN 6 1 b DIP SM ON 0 e 09 2 23 9 1 8 6 1 123456 000000 100000 010000 110000 001000 101000 011000 111000 000100 SES 010100 110100 001100 101100 011100 111100 000010 100010 010010 110010 001010 101010 011010 111010 000110 100110 010110 110110 001110 101110 011110 ROCK GE KE Gk 1
61. ONLY 30Hz 400Hz 4 5 4 1 FEE E PILOT MODULATION PILOT 10 O ELOTE BL BONOS 01596 2 2 MODULATION 4 5 5 1 9 EZ QD SERE MONO 3 00Vp p 1kHz 100 O T COMPOSITE OUTPUT SG S6 EXT LEVEL HI LO 9 KSG4100 4300 SG 3Vp p
62. CPRSROF y AY CPRSRON EQLOF EQLON e RE LDOF LDON PC Xi 6 V RC ST 2 65 GP IB AR exe o CPRSROF CPRSROF CPRSRON y SM CAM sator fasiy gt zaron gt gt gt ix xov 3 ior ETT ZE gt toor e Fixk vaya7 00 LN 5 H n ia hm lu D D ELS y D J D ms EX J yb p p M M M ia M M ann B Sad wr wo mr 7 Po 0 preo zusyzzza PRE2 Bus ed MONO Wa j j j H j y Y y 7 J j 3 y y Y SONLYOF SONLYON o
63. PILOT 0 15 1 10 FMX 9 a 0 PRE 10 0 HE BE b MODULATION r PILOT 10 015 3 ID O HEUS EE 10Hz ID ID ID L AJVSSER 02 0 1 1 4 OUTPUT Vp p O ES D OUTPUT Vp p
64. Wala LA INTOSC 31 124V 126V J COMPOSITE OUTPUT 194 236Y Lasa Di 20V 255 mm EO CP MULTIPLEX STNAL GENERATOR rs JEDI ETS 1 A D gt ONTE YESS
65. y H O T MODIFY QS HE a ZUR E 1 740 Ro 2977 ROMERO b O E 4 2 e e Do 1 2 Q STO O MODULATION T MODIFY HUBS RU quU NEN a D RCL ERE CA 9 b b ISSE RCL 00 10 20 O STE CRL O E lt
66. 60050990509996002009009999920909009 090500 00990490090009029009 E z b 6 gt N N Y YA 0609090090900599095090309095290905009096059090409002009004099606029096409 zz 5 4 a 5 9 S A 9 e E 9 JN y 1 EA ceo 0 co co 16 17 17 18 18 19 21 23 23 24 24 24 24 25 26 21 5 6 4 6 1 oe 4 6 2 4 6 8 y 4 6 5 SS 1 0
67. 909099900999 04999090000909009509090990496090909090009000099000909099 6900909 009960 o JN JUDE 4 8 r Y v 9004599900900904599990996900006009955990500020009900909909060900940950009500409900906000509600990 gt 4 5 LID ik 177 E a su Z D
68. DULATION FUNCTION ENE 0 10 X INPUT 200nV DIV Y INPUT 50nV DIV 4 4 SCOPE PHASE 4 4 b a b 180 4 4 6 PILOTS AD MODULATION FUNCTION SUBE X ON 4 5 4 6 4 6 1 HS KEZ 10 10 100 l MEMORY y PELA 2 7 00 001 02 03 04 05 06 07 08 09 10 20 30
69. G4100 4300 KSG3300 KSG4100 4300 SG 9 UNE PRE 10 F MX 11 7 0 0 05 E 12 1 0 0 100 30 FMX100 3 0 13 SCA 14 15 GP IB FMX Broadeast Technology Partners HO BMETCT 2 tE m Broadea
70. GE EROS ID 0 11796 10 80 72 72 10 82 0 ERORE O RHE ID e 10 0 FX oT O
71. MEMORY 6 GP IB 6 1 Bl 6 1 1 IEEE 488 GP IB 6 1 2 E 1 IEEE 488 2 REMOTE 3 C 4 F MODULATION 6 2 6 2 1 IEEE Std 488 1975 6 8 6 3 1 GP IB 1 GP IB BE O BEME MODULATION
72. N LDOF LDON RC y ST 1 WW bo Re R 6 4 GP IB MAIN LEFT RIGHT SUB EXT L R MONO ON OFF 2548 50485 F MX F MX F MX FMXOF FMXON R 64 GP IB ID IOF I ON ID 1 D S S SONLYOF SONLYON n KNE FIX
73. PU a ON CPU 51 CPU GP IB b EE ON CPU GP IB X HE GP IB KSG 3300 11 1 hiia mam ER en am ee na a n H H Bi IB BZS rac bio COMPRESSOR MODULATION r3 E ST 5 AF L LINE VOLTAGE FUSE f Al
74. SES 30Hz HSS X 3 18 O EE O ISTON ROL 18 O UE EE 80Hz 10 1 Q HE 11 2 RUNE 12 3 1131 4 10 1 4 6 4 1 O BEER O EEE lt A BE 3082 O E lt lt 19 O NES O HEROS ROL SEE 19 y 10 AU 18 p WES O EROS ROL HAN 14 3 62 O ES Q SEEDS RCLO NEN ees EP 2 O BE O TOS ESE 5 19 RTN 10 4 6 5 1 0 ENESTE X oSoEH 10 00 09 10 18 ee 90 99
75. i e de as a id 1 1 i 1 1 l 1 i 1 i 1 1 1 1 1 1 i j 1 Uo P B P a 1 1 1 i 1 da de y ii ic FE ia ies Po fad TN 1 M o ti ma e m omj me ma a e m i e e aee Hw m n m m A c i c o m B 4 2 a gm me m m e gt Sk 10k 20k ek 1k Hz 50 100 200 500 20 10 5 KNEB dB KNEE LEVEL p HES D WISP EQL D T COMPRESSOR T dB KNEE LEVEL O 25 19dB 0 1d8 0 1dB HARE O ei 6 O EME ERTE 5 4 2 7 EL S
76. l 3Jlo uotis lo 0 9 illil EF UPC 6 5 1 EXT 3 0 Hz y 100Hz X RI N 7 y Dual Es rf z Y y 7 y H y y EF may 4 Ny Ji 6 8 5 90 10 3Vp p 1kHz HP9816 1 2 OUTPUT 700 AF90PC PL10 AP3V 55 AS qe PRA CRLF EOI THEN OUTPUT 709 AF90PC OUTPUT 709 PL 1 026 OUTPUT 7009 AP3V OUTPUT 709 S 5 3 4 5 6 7 80 O AF30PC 8 1 8
77. st Technology Partners F MX o ID X o o a b KNEE E Ar BE B O R o AARE o UFAR o o 8 0573 XO0 L 10Hz 19kHz01 1920 90 0 2 136 0 196 0 1 96 2 20045 119 0 548 0 20dB 14dB 0 1dB 2 25 19dB 22dB 0 1dB 2 X0 5dB 330Hz 15kHz 1kHz 30Hz 1 5kHz 0 1 A400Hz 15kHz 1 5 3 0Hz 4 00Hz 0 1 3 0 Hz 400Hz M S 266dB 3 0Hz 15kHz 0 3dB 330Hz 15kHz 1kHz 0 100 ID OFF 0 100 E o tj Hom gt x oA B A o amp T BM 3 x Ny S N o S Z Lg NE
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