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Contents
1. YO 4 NF NE CLAMP CLAMP ON 3 3 3 CLAMP OFF CLAMP ON I CLAMP X 1 3 4 3 6 C 50 Hz 3 4 CH1 CH2 ALT CLAMP 2 50Hz 3 5 CH1 CH2 ALT CLAMP CL2. R306 ICH 30 0mA 1 6 ADJ CH1 CH 2 10mV DIV y 1 VARIABLE CAL R120 R221 1 mV DIV VARIABLE CAL EB R122 R223 13 10mV DIV 1mY DIY 10mv DIv W 6 DC BAL ADJ DC BAL K R 107 R208 F 53 100V 10 110V 117 220 230 240V 10 5 1 110 117 17 L J m 110 117 10 117 5 1
3. TOT HETEL R lt 100V 100V CC 110V 117V 2207 230V 240VK 5 3 C 5 CO 3 5 CO ALTERNATE CLAMP C 3 3 5 1 83 H y 4 BB 1 E AC DC SW101 201
4. 100 1 10 117 220 230 240 50 60 Hz 430WxX 250H X 35 0 435W x 265 390 1 942A 7 2 a e sen pimp Wow na hpenn ennn E My i wa a w a n aj s ss ns Lvad es 0a xs T O O 4 PEES z cm Sv 32635 72111000 305 K13 a S S 3 1 Q INTBN POWER GAIN PHASE POSITION lt CH1 ALT CH 2 POSITION Q 4 gt L CIEI L Ut k C 6 V PEO LINBZBXT
5. 122 7 R ral 4 wW 5122 F gt SN 7611100 30SK15 I a 815 98 1 1 2 3 Y g e O 81450 001119
6. A 32635 7711100 305 16
7. EXT EXT H INPUT 5 3 Y H 3 3 L INTEN POWER O lt gt POSITION rosimon aere 1 _ VARIABLE C _ 2 INTEN 10 K INTEN C POWER OFF GAIN HOR 3 2 C CH1 CH2 C C PHASE 1 U 4 VARIABLE VOLTSZ ZDIV 5 CLAMP IT
8. CC C C 238 R351 L Z FS es IC pn Z W SW302 7i 2 351 2 CR401 404 CW L 15 YK 45 kHz 6 3 KV 51 LINE IC L TERR
9. NORMAL INV INVERT E DC z DC A JCR EL C AENEA i L DC CLAMP CLAMP J oFF AC ON J OFF CLAMP ON CLAMP CLAMP 3 3 5 vorrs prv J HIH YE R m NP yk BNC AC DO O 100V Peak TH
10. LINE C CH1 ALTERNATE CH1 CH2 C 2 CH 2 G Y 939 pe BAL 1mY DIY _10mV DIY k a t IRET 2 F C VARIABLE lt HCR CAL C 1 10 A AH O 10 POLARITY Jf NO RM
11. i 31 3 2 F 3 4 BH m 51 52 53 X 54 B hK E 12 13 16 17 19 19 19 21 22 23 24 NK 1 SATF MODEL 5122 i 12147 FORRNI ERM LARANE 2 PETE S SENARE 1 FIRK 10xHz KEMERE 100mV DIY RE 1 kHz EN EA AREA JSON R E RE CR aane apak H y 83 y S 928 dN 50 0011192 m 2 2 6 3 KV ioxntp owane 88 m 6 C R VARIABLE 0OAL NOME DO 10kHz 1 kHz 10DIV X 2 E 100v leguugr _ zazmcgma 2 P om _ ALT
12. W H Y YO H XL WH 3 2 46 MARKER INPUT AMP BRIGHT LITUDE NESS 8 PULSE INTEN MARKER MODU POLARITY H INPUT LLINE EXT BNO 50Y Peak u 2 gt lt P _ flC x 5 4 BNC 100VPeak T LINEK P M M PE 2
13. TT Un Mh 54 CENTERING j L DEFLECT ION MAGNET DISTORTION COMPENSATE 7 MAGNET DEFLECTION gt 10mV ADJ 10mV BALI po 2 0 BAL 1mV DBJ 1mV INTEN BIAS li V BIAS LINEARITY 5 2 1 8 H V YY KK EE 91XS08 00tit 5690 4 z wanasunwanmanaqqpasnanpuqcwa ye wa TI 4 5 Z n gt Z TVNDIS T TO HLVD gt AST LUD NALNI ANTI 20 yndaNI LIXA LXS ANOA TVINOZ TaoH d 1 LUO TE 9NIHOJIIAS TVOT SGA 90 70
14. KK O 3 2 L 1 C 2 3 5 2 5886384 9 ap a T 15 0 5Y 2 H BIAS ADJ Kimia oE k 2 gt CHL WW 81612 O ES LEE _ R516 T 180mA 3 LINEARITY ADJ R519 E U V BIAS ADJ
15. Sw1 0 2 202 R104 205 To L R122 120 221 223 ELE THE R306 30 0mA CLAMP SW104 204 BX LINE 8501 RAZ R503 R519 R516 180mAKC 2 _ KC 2 O gt gt F O W INTENSITY
16. 2 3 3 5 ee CH1 CH2 5 DIV 51224 A E k AEK TBE DO 1 kHz 100Hz 14DIV 3dB 100mV DIV FETERE DC LINE SWEEP 130 EXT SWEEP us S 1Yp_p 20s ec lt b 250Zsec 1DIV 1 5 kHz m s 1VPeak 1 0 40Wssc 1kHz JEY YHX H Y WO W i W XL N 1450 001119 SENE dN EE BNG t 7 z 2 x B
17. AMP 8 2 5Hz 3 6 L b CLAMP 4 50Hz 2 CLAMP C 2 XF MH _CLAMP KEMA DEK 2 1 2 2 2 CH 2 CLAMP CLAMP 3 6 15 3 4 BAO KT OE Ne AERE C
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