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AD3524 / AD3525

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1. f XY X EE EE RE
2. 1 8 2 1 3 4 8 7 P2 4 1 83 5 1 8 1 1 1 8 2 1 1 1 2 2
3. EREPEAT HOLD TRIG ARM FREE gt E MEAS LED ON LED OFF TRIG ARM FREE TRG 0 FREE i ARM FREE 1 ARM 4 4 2 P2 gt b 7 1 BESZ i TRIG MODE gt HOLD E MEAS TRIGGER SOURCE TRIG REPEAT SLOP BUZZER MARKER SOURCB Ach A Ach
4. ff a 94 59 b Bch USER Bch 4 5 8 4 5 3 GPIB 4 5 1 4 FYDR 4 6 2 28 EXTEND WINDOW 177k 7 2 WND 0
5. 2 56 1 2 56 4 4 4 Pi 57 1 1
6. A B C 1 2 8 To 7 4 amp NA amp G _
7. 2 4 9 4 EE ww 4 6 4 9 1 4 9 1 1 2 gt 1 Z 1 5 cotta tia LSN
8. 1 1K 2K 4K 8K 20K 40K 80K FTFT 400 800 1600 3200 8000 16000 32000 2 IT 14 4 1k 1 0 24 2 k 17 5 20 6 8k 23 20k 2227 40k 3 0 80k 3 1 2 4 8 7 1 1 8 3 20k 2k 200 Hz 3
9. lt 1 01 HAAY 3211YNAON Hd SYAN 002 803100 1 9 1 9 7 91 9 91 9 Cos 2 457 5 DAF 4 153414 121414 m E m 110710 MARE Y 9 97 9019SYHd e 7 Wo 29 YYO 2445 avau 105402 9 SINDAN ISYA AY8G 2817 120 83117310 1518 130 NAK 1 195 l t ARIE 4280 1 9 81 9 ti 9 T 819 9T 61 9 4 4 21 4001 1 1 1 801 340K _ 508271510 221920 1251 S3800Y YIGK 19901 7 asvia ayau 4058412 19 55 54 5108218 Uo YIYG 221018 19 1 051
10. 4 5 2 P7 AVE START STOP CONT AVG 0 1 2 AVE MODE 1 2 azy RAS 10 1 007 2 LOG 3 FRA1 4 FRA2 RAS AVD 0 G TIME 1 HIST6RAM 2 AUTO CORERATION 3 108055 CORERATION ITEM 4 1 SPECTRUM AVM AVM MODE TIME AVD 0 0 ADD 1 MLT ADD HIST AVD 1 0 ADD AVD 2 1 00 AD 55 AVD 3 0 ADD SPECTRUM AVD 4 0 ADD 1
11. 4 5 1 P Sb Ql aore A gt 4 5 2 P 4 5 2 amp 5 238 1 REFORM a 4 5 3 P b DC Cc
12. 1 2 3 GPIB 4 4 1 2 XY 8 1 2 3
13. 7 __ 4 8 1 17 BLOCK MODE SHAPE MODE 29 14 UPPER 28 19 HI LEVEL 21 12 26 11 L0 LEVEL 25 10 24 23 8 LOWER 223 HI LEVEL 21 20 5 L0 LEVEL 19 4 18 2 oras 18 0 TOTAL TOTAL 0 10 0 10 STRT STOP LED GO 0000 LED OPERATORS COMPARATOR 4 8 1 18 12 CMD 0 1 MODE CSE 0 1 START EVENT i CEM 0 1
14. 4 2 4 8 7 4 2 1 J 2 6 o wt TRIG MODE gt
15. EU 4 6 4 P8 DISPLAY EU 11 21 0 OFF 1 AB INPUT ESU 0 OFF 1 UP DISP ESL 0 OFF 1 TEH LOW DISP V Vrms Y VU 0 V 1 RHE Vrms UP Y READ PHEASE YPU 0 DEGREE 1 IRAD 0 READ YUU 0 NORMAL 1 141 2 UP Y UNIT i XUU 0 Hz 1 UP X UNIT V Vrms YVL 0 V 1 RJE Vrms LOW Y READ PHEASE YPL 0 DEGREE 1 iRAD LOW Y READ YUL 0 NORMAL 1 i1 Hz LOW Y UNIT XUL 0 1 LOW X UNIT DISPLAY EU 2 2 4 6 4 P9
16. 6 8 1 gt CR 3 1 TDM 4 0 0 IEEE 1 TDM 1 IEEE 2 TDM 2 IEEE A 0 0 1 2
17. MEM PANEL IrOAD 0 sawe o nst LigM PANgL 0 A v MEMG ANEL avro PROT To T Too 5 L gt Fa MIA CRUNCH MEM PANEL LOAD 0 SAVE 0 LIST ADRS ADRS MEM PANBL PROTEC 0 DELETE 0 INSERT 0 MEM PANEL AUTO PROT ADRS ADRS V 4 9 4 P4 BOTE L 7270 TZ 5 7
18. 366k GRH 1390K IM 2414K 2M 3 2 5k 0 100 40k 0 1 9 7 P 1 HI LO b 3 0 LED GO NG BUSY GO NG T TL 1 2
19. 0CTAVE LOG MODE MULT MATH CURVE FIT OP EXTEND LABEL DATE AUTO SEQ TRACKING FD FORMAT ANLG COMP MULTI OCT OP EXTEND MEM MULTI COMP SYNTHESIS LIST sTART SYNTHESIS2 ENTER DELETE CLEAR ALL UP OVERLAY TRANS 1 TRANS 1 M TRANS 1 4 A DOWN 4 8 9 P8 SYNTHESIS TRANSFER C n N PEAK NO 1 NATURAL FRQ 0 00000Hz DAMP RATIO 0 00000 STIFFNESS 0 00000 RESID MASS 0 00000 RESID STF 0 00000 L a 3 gt 2 5 LIST START TRANS C SYNTHESIS2 1 PEAK NO NO PEAK NO 4 8 9 9 a 2
20. 3 1 GPIB 2 GP TB 6 4 3 GPIB 4
21. gt X UNIT Hz 1 CPM 1 Hz UP LOW CPM OP S NIk ASPL SS PL 4 6 4 CV ms 2 UNIT A B A B Y mm mm s mm s G V 22
22. BLOCK SET DISPLAY off on EVENT on NG off j NOGO VIDEO PRI VIDEO PRI X Y PLOT X Y PLOT XY MEMORY MEMORY 4 8 1 P16 t 1 2 mode 0 AND OR 1 RESULT mode 1 0 1 4 15 mode 1 AND OR
23. 4 6 3 a SEG_POSI FRM_POSI SEG_POSI 0 FRM_P0S1 0 00000 b MOVE UNIT FRAME 1 00000 MOVE UNIT 52075 0 MULTI FRM MULTI 5 OPERATORS 4 4 4 P9 FRAME 21 0 ON OFF 1 IFRM 0 1 MODE 2 i 0 1 1 OFF 3DIMEN FMV 0 1 AUTO 2
24. SG gt SCOT gt 4 6 2 4 6 2 4 6 4 4 6 2 4 6 8 4 6 2 4 8 6 4 5 6 4 5 3 4 4 4 4 4 1 4 7 3 4 1 3 4 12 gt 4 6 1 4 1 lt gt X 4 6 1 Y 4 6 1 9 4 4 5 4 4 7 3 4 7 3 4 4 6 gt 4 7 3 4 8 9 gt 4 8 7 4 5 3 lt T gt 4 8 8 gt 4 1 3 gt 4 7 3 DC 4 5 3 gt 4 6 1 4 4 1 4 5 8
25. limit NG 1 jmit RECP o NG _ 1imit Lo GO NG 4 8 1 1 imit P3 GO GO OPERATORS COMP To OPERATORS NENORY PANEL PRINT _ le COMP EXTEND EPL k 100 5 FRA COMP MODE BLOCK SHAPE START EVENT MEASURE EXEC MODE REPEAT OUT RATE 2 WAIT TIME off 00 00 00 DISPLAY continue on BOUND EVENT of VIDEO PRI PLOT MEMORY RESULT mode 1 4 8 1 4 COMP EXECUTE STRT STOP Loeic SET BLOCK sET 00 NOGO
26. 2 02 1 2 2 OFF 3 1 3 7 Y t f 1 1 t t 0 0 4 4 1 i t 4 7 3 P4 DAMPING
27. 4 6 6 3 SET MEDIA ADDRES RAM 10 STRT 19 5 0 MOVE L00P ONCE OVERVIEW DRAW FAST on SAVE DATA off 3 D SET MEDIA ADDRES RAM 10 19 STOP MOVE 100P ONCE OVERVIEW P3 3 3 3
28. FREQUENCY TIME INTE T H THD Total Harmonie Distortion PEAK FIT 4 5 7 T H P THP THP Total Harmonie Power PEAK FIT 4 5 7 n 2 5 2nd 3rd 4th 5th HARM 2 3 4 5
29. FF TT gt 4 8 3 SWEEP SG 4 8 4 4 8 5 5 amp 4 8 6 RPM RPM cw 4 8 7 AB C _ 42 4 4 4 8 8
30. OFFSET OEFSBT 5 0 V 4 961 Y OUTPUT SG OUTPUT ON OFF LEVEL A LEVEL VIFRBG1 FREQ AlFRBO sc output KORR BURST BURST AlBuRST OFFSET ON OFF OFFSET UP DOWN 1 BURST ON OFF 1 OUTPUT BURST SG OUTPUT ON OFF LEVEL A LEVEL V FREQ1 FREQ A FREQ Vv SG OUTPUT OFFSET OFFSET A OFFSET_V B BURST ON OFTF BURST V
31. 2 EE E 06 1 1 EE 5 4 1 1 2 3 4 5 318302222 bo s 1 bs e 8 bso b 3 f 29 b2 2 ba 1 2 3 4 5 bs 27 bz 26 271 bak 272 6 8 P2 6 54 2 6 bix 2 722 2723 1 1 1 2 127 s e f 0 0 1 EEE E E 2 8 B 1
32. DETECT FRBQ on off on CUPLING AC DC AC 4 8 6 P7 MAX ORDER LOW RPM DEDECT FREQ CUPLING 3 LEVEL PULS ROT 1 TRIG FREE ARM FREE TRIG LEVEL
33. RMD 0 1 0 1 DISK LOAD 2 CMOS SMD 0 0 IRAM 1 DISK SAVE 2 iCMOS DML 0 OFF 0 RAM 1 1 DISK LIST 2 2 CMOS DP S 0 0 1 iDISK PROTEC kkk 2 CMOS DPR 0 i 0 1 DISK PROTEC 2 CMOS MED 0 0 1 iDiSKk 2 CMOS DELETE i MEI 0 0 A 1 DI SK 2 CMOS INSERT CRD 0 CRUNCH 1 DISK 0 1 AUTO PROT I APM LAF 0 FIX 1 AUTO LENG _ LAF MBL LENG AY _ MBL 1 n MEM COMP
34. DISPLAY UPPER LOWER TAW TBW FFT 1 TAW A TBW BB 0 MAW MBW 9 MBW B FRAME DISP SBG POSI 0
35. 4 _ 1 27 x 1 2 4 6 1 22 2 Y 55556 56 2 gt 4 6 2 4 SCOT 2 6 4 4 4 P D P sereo C D F
36. 1 4 5 6 1 1 1 1 83 1 5 OPERATORS gs OPERATORS FRAME gt MEMORY ON OFF a SINGLE gt MULTI FRAME EXTEND PANEL PRINT FRAME COND FRAME DISP
37. 2 1 B2 f A2 f 2 f f 27f Ar lt 1 Ach f Bch Ar 2 5 yi 4 fN S I SSPL Ach Bch MEASURE VEL SPECT cal PHASE cor SURFACE I 1s f B 1 A f 2zf Bch 1 1 Ach SURFACE 1 a DISP MODE LINER
38. CUR SOR UPPER HOR I VERT LOWER ON OFF NODE 1 7 Y D CUR SOR A Wl lt gt CURSOR 1 i s Y Y 1 8 VCP i 4 7 2 P2 gt 27 D FZE CURSO R VERT MODE gt YERT CRSR HARMON 16 NO CURSOR 1 CURSOR 2 CURSOR SAME CRSR MOVE MODE 2 MOVE a l CENT
39. SING SHOT NORMAL 3 2K 82767 82K 82767 3 2K 32767 NORMAL SING SHOT i 4 8 4 P8 OPERATORS SG 1 2 wk ONZOFF SIGI 0 1 iON SGM 0 SIN 1 MULTI SIN 2 SWEPT SIN 3 RANDOM 4 IMPULSE MODB 5 SQUARE 6 TRIANG 7 RAMP 8 DISPLAY 9 MEMORY 10 MULTI FRA
40. 4 9 2 4 6 4 4 6 3 4 6 2 4 5 3 4 5 4 4 6 2 4 4 2 4 10 1 4 4 4 9 6 9 10 gt HELP lt gt AB C gt AJ MATH 2 EF 4 9 1 4 5 3 4 5 3 4 6 2 4 5 3 4 8 1 4 6 2 4 4 2 9 10 4 12 2 4 5 3 4 5 2 4 6 12 4 8 1 4 6 12 4 4 4 4 4 4 4 5 4 gt gt gt gt gt gt gt REFORM
41. X h Hz CPM ORDER Ach Bch EU SI o Hz V Vrms ORDER 7 _ h 1 1 1 1 0 10 1 5 2 6 9 7 CRT 560 400 V 125mm H 80mm V g 2
42. PHASE CORRCT OFF FIX AUTO m BLANK on off COH BLANK SIN X X INTBRPOLB on off CENT MULTI INTERPOLE X zod 4 5 8 12 1 75 MENU EXTEND MATH
43. PULS ROT TRIG FREE TRIG ARM FREE TRIG LEVEL TRIG LEVEL TACHO FILTER 20kHz on FILTER on off ON OFF 4 8 6 P6 RPM b gt y xy Fi TRACKING ON OFF STRT STOP 1 SCHEDULE SET TRACK TRACKING
44. 6 7 1MM 2M 5 12 FCMOS 10 S 1 11 12 1 3 2 14 1 5 16 1 7 1 8 1 9 20 2 1 S 1 22 DC 1 NO D EFE IT PA 3524 25 02 1 42929 27 22062 __ 11 l P2 20608 5L
45. s 4 8 4 12 4 8 4 P13 g 2 8 6dB Oct 0DE SIN ILEUELK0 Pk z av REQ 1 1 2 0 000 4 4721 REO 2 100 00kHz 10 00 FILTER SPE TAH 3467Dct Hch 00 POHER ott 10 00 70 001 SEPT SI ripis teur ON 3 dB Oct 4 8 4 ON 8dB Oct 14 4 8 4 P15 h 1 2 3 6dB Oct 2ch FF BHAYSEE S
46. 4 7 1 4 7 2 3 5 UE ____ 9 4 5 6 P3 4 lt A DIT Z00M MULTI 2 CENTER lt gt 50 00k ENT CRSR ON OFF LED ON OFF LED LED ON LED OFF 4 4 4 1 84 4 1 3 OPERATORS ZOOM 1 2 ON OFF ZMS 0 OFF ON OFF 1 1ZCP 0 FS CENTER 1
47. STRT STOP RPM SCHEDULE SCHEDULE SOURCE SOURCE A D A D OUTPUT OUTPUT on TRACK on TRACK off FRAME off FRAME off off DISPLAY DISPLAY ALL ALL LINE LINE 100 100 DETECT MODE 6 DETECT MODE RPM TIME START MODE 100rpm off STOP START 10000rpm 00 00 00 STEP STOP 100 00 00 03 NOISE 10 SLOPE SOURCE A D AD SOURCE MEM FRAME A D FRAME 4 8 6 P10 OUTPUT TRACK RPM FRAME AD
48. SAMPLE STRING 7 1 1 DISPLAY DISPLAY UPPER LOWER Iwt VUL 0 1 UPPER LOWER DISPLAY DUAL SING yy 0 118 DUAL SING 1 2 DISPLAY sy VAB 4 B 0 1 B iA DISPLAY AVE INST IVE IAV AVE INST 0 1 i DISPLAY MODE GRATICULE
49. 2 REPEAT HOLD E MEAS 4 4 2 P10 Bch Ach Bch 1 Bch Bch Ach B c h Ach Bc h 2ms gch ANALYZER 1 419 TIME Ach
50. 1 1HYIS 1884 04014 12000 92005 18715 8111014 AT 1 RY14 AYIA 4 rd ae anvad Maia 1004 lt casai as Air s agi gt 01 TURLE 1104 YIU 843 11104 145 11041 F MM 1H912 Y 1104 Ya3Y 3Y10 e 181 120 3 msa 6181 120 Hak 1070 11 15 1 i RHAH YIG a i ud Ss 145 naing 1321 1511 700 5 at LTSIT YaaY ISYaww 1 Ioia ar 111120 01 8 Td 1 10190 lt 41 4 1 gt 7 2 181 HRA 10111 10 iaa 02014 1 Y Oi 8 214 lt 41 1 ONTXNVH gt Z 1 TdG 0 98
51. 8 DATA 0 DATA 1 DATA 2 4 DATA 0 1 DATA 2 4 8 2 COMMAND NOP GPIB CALC WIT SRQ END ADR COMMAND NOP GPIB GOTO IF WAIT SRQ END ALGBRA P4 6 1 2 3 4 c 7 1 2 c 8 10 lt WAIT WAIT TIME FLG 1 Fo CONTINUE FL6 TIME SRQ SRQ SRA SRQ END 4 8 2 COMMAND NOP GPIB 50 TO CALC 550 END WAIT COMMAND NOP GPIB GO TO IF CALC END SRQ P 5 4 8 2 9 C 0 DATA 1 DATA 2 6
52. MATH menu 1 4 ALGEBRA UP off DATA 1 UP DATA 2 LOW ALGEBRA LOW off DATA 1 LOW DATA 2 UP jw 2 OFF UP OFF LOW MATH menu 2 4 EQUALIZE off UP RAM 0 off LOW RAM 0 FILTER off RAM 0 off L0W RAM 0 0PEN CLOSE off UP RAM 0 off iL0W RAM 0 WEIGHT FLAT UP FLAT 2 0 MATH menu 3 4 SQUARE ROOT off DP off L0W RECIPROCATI0 off UP off LOW IFFT FFT off UP off LOW 0CT off UP off LOW X L0G off UP off LOW menu 4 4 PHASE off UP 0 0000sec off LOW 0 0000sec COH BLANK off UP off 210 0 00000 INTERPOLE off UP 64 CENT 16 MULTI off LOW 64 CENT 16 MULTI 4 5 3 P8 ALGEBRA LOW X ALGEBRA UP 1 ALGEBRA off POWER
53. b FEED SIZE Nor Lrg Nor Lrg 3 4 10 1 P2 OPERATORS PRINT PRT 0 1 START BREAK 1 174 FEED PLT 1 START P MD 0 MODE 5 PLS 0 4 1 iA3 2 USER PAPER 5128 3 PSU SIZE Y SIZE i mm OSER 5178 i PDP 1 1 YY DRAW ORIGIN Dy 1 PDA 0 XX 0 Y DRAW 5178 10 10 PLD 0
54. 4 474 4 4 9 4 P 4 A 9 5 8 4 9 5 P 9 6 DZ B _ iF B gt 5 2 RE 4 9 6 rn 4 ix 4 44 4 24 0 4 11 4 P 1 4 12 1 2 1 B N im 4 4 12 1 1 1 2 2 7 2 4 44 4 4 4 12 22 P 1 4 2 v 7 l a 4 12 83 1 4 1 2 D gt WO 2 KN 2 4 12 4 1 lt lt 4 1
55. SET TRACK STRT STOP RPM 1 TRACK COND MAX LINE 512 DATA FORM POWER UNIT ORD 1 000 T1 2 000 T2 3 000 T3 4 000 T4 5 000 T5 6 000 T6 1 T8 Fo 5T9 T10 1 lt 112 713 114 T15 T16 4 8 6 12 MAX LINE 128 256 512 1024 4 DATA FORM POWER REAL IMAG
56. MULTI FRAME MODE 15 AVE AVE 4 4 4 MULTI FRAME STATE o 4 4 4 NO NO NO NO NO NO o gt 22 HOLS 4 6 1 2 CURSOR 4 7 1 END COMMAND END 4 8 5
57. gt MENU EXTEND gt FFT POINT ENT NUM EXTEND SP MENU BXTNDWINDOW MATH RproM DB HawwBR EE PON GPIB LegN gxTNDTMOLTMATH EXTEND Yy HDP 6 4 128 HIST POINT t DPN i DISP NUM SMP 0 164 1 128 2 1256 3 1512 4 11024 5 12048 6 14096 SAMPLE POINT 7 18192 MET 0 1 10 TRACK FFT HPC 0 16bit PRECITIO 1 32bit 4 4 3 SET POINT HIST POINT DISP NUM 50 SAMPLE POINT 1024 TRACK MEM off FFT PRECISION 32bit 4 4 3 P4 26 02 1 26 FRR RTE lt gt BIER EEX
58. 4 4 4 P12 OPERATORS EXTEND 1 IWE RMD 000 0 1 10215 LOAD 2_1 SMD 0 0 RAM 1 DISK SAVE 2 iCMOS DML 0 OrF 0 IRAM 1 1 iDISK LIST 2 2 CMOS DPs 0 0 IRAM 1 DISK PROTEC 2 i CMOS DPR 0 0 IRAM 1 DISK PROTEC 2 CMOS MED 0 0 1 DISK kkk 2 CMOS ELETE ME 1 RAM iDISK CMOS INSERT CRD 0 CRUNCH 1 DISK APM 0 OFF 1 AUTO PROT I LAF 0 FIX 1 AUTO LENG LAT MBL LENG AY MBL
59. 0 4 0 8 5 3 R TEEL CRT 7 Dita CRT CRT CRT 1 4 Aa DRI gt 1 WIT 2 HBLP CLR 4 CLR PANEL 2 4 R AM
60. x x LEVEL x y 4 8 1 HI LIMIT off MEM NUM RAM 0 LEVEL 50 0 000 LO LIMIT off MEM NUM RAM 0 LEVEL 50 0 000 P10 4 8 1 P11 OPERATORS COMPARATOR 1 38 HI LIMIT SUL NUM MUL LEVEL PUL LEVEL ULV N DISK i CMOS LOW LIMIT SLL MEM NUM MLL LEVEL LEVEL BAND START BAND STOP PLL LLV RAM DISK CMOS 26r BAND START BAND STOP 4 8 1 P12 OPERATORS COMPARATOR SHAPE SET 2 31 1 7
61. lt gt raf 4 6 7 P2 OPERATORS EXTEND LABEL 1 y I LAB 6 9 LAB ABCD 4 6 8 4 6 8 10000 E SiE DISPLAY AVE INST UPPER DUAL LOVER SING A B MODE EU TIME SPEC FREQ RESP EXTEND USER COMPLEX 1 1 1 06 Y LOG X SCAL Y SCAL E u h GOLA JAA gt BF DISPLAY COMPLEX gt COMPLEX REAL IMAGINARY MAG AMP MAG PWR PHASE G DELAY
62. c IFFT 1 b 1 2 IFFT 3 4 IFFTT 2 MENU EXTEND gt ENT EXTEND NUM MENU EXTND WINDOW MATH REFORM DB HAMMER POINT GPiB MENU EXTEN 4 5 4 P2 MULT MTH MULTI START BRK CONVOLUT DECONYO ABS amp OFS MULTI MATH SEGMENT Bch CHN 0 0RG 0 RES FILTER RAM 0 ABSOLUTE off DC OFFSET 0 00000 CEAD MULTI MATH START BRK DECONV
63. 6 GP B 7 8 9 1 0 1 1 1 2 ORT nw
64. PEAK FIT 4 5 7 4 7 8 5 SDOF SDOF NAD SDOF N amp D Z SDO PAP TRANS C M E H Compliance M Mobility OEE J accelerance 1 C dynamic stiffness 1 M mechanical impedance 1 A B E Gymamic mass CURSOR READ CPL 0 1 1 2 PLANE CDN 0 2 NUMBER 1 1448 CRO 0 1 JON ORDER CRU 0
65. 2 DATA 1 DATA 1 LOW RAM DISK CMOS 3 2 DATA 2 UP LOW RAM DISK CMOS b DATA 1 DATA 2 DATA 1 DATA 2 DATA 1 DATA 2 DATA 1 DATA 2 CMOS CMOS ALGEBRA UP off DATA 1 UP DATA 2 LOW ALGEBRA LOW off DATA 1 L0W DATA 2 UP jm jw2 EU m m s gt m s2 4 6 4 jm 2 off jw 1 jw2 jw2 2 1 jw 1 jw 1 1 jw2 1 jw2 2 4
66. 4 8 1 P21 OPERATORS EXTEND wF cMG 090 0 IRAM 1 DISK LOAD 2 CMOS CMP 0 0 RAM 1 DISK SAYE kkk 2 CMOS CML 0 0 1 1 DISK LIST 2 2 CMOS CMS 0 o 0 RAM 1 DISK 2 CMOS PROTEC CMR 0 o 0 1 DISK 2 1 PROTEC CMK 0 oi 0 1 DISK 2 iCMOS DELETE CMI 0 0 RAM 1 DISK kkk 2 CMOS INSERT i CMC 0 RAM 1 DisK CRUNCH 2 CMOS CMA 0 1 AUTO PROT CMA 1 4 8 2 4 8 2
67. DB HAMMER MENU EXTND WINDOW MATH REFORM gt MENU MENU EXTND WAKE DATA DBL HAMMER off POSITION 0 100 STRT STOP UP LEVEL 0 01000 5 441 21 LOW LEVEL 0 01000 5 447 21mV DISPLAY off BUZZER off 4 4 6 P2 I 1 DRIT DB HAMMER ON DB HAMMER V Fj Nisei Lever NNNNUP LEVELS Pe 104 LEVEL START ST0P gt 18 M E D
68. 5 DC 2 1 4 A B C x LOG BB rR M AT DISPLAY MATH MATH LED 4 5 3 P2 lt MENU EXTEND gt MATH REFORM REFO R M
69. EXTEND LABEL DATE auro FD FORMAT ANLG COMP OP EXTEND OCTAVE LOG MODE MULT MATH CURVE FIT SYMTBESIS MULTI 007 MEM MULTI MEM coe T TRACKING TRACKING on orr STRT STOP SET SCHEDULE SET TRACK TRACKING RPM TRACK MODE CIRC MAP 3D CAMPBELL MEMORY MEM COND NEM FRM 4 8 6 1 RAKELI TRACKING SCHEDULE SET TRACK TRACKING RPM TRACK MODE CIRC MAP 3D CAMPBELL MEMORY MEM COND SAMP SET FILTER ON SAMPLE 5 1 2 TRACK MODE off SAMPLE CLOCK EXT MAX 0RDER 12 5 LOW RPM 20rpm HIGH RPM 15000rpm DETECT FREQ on ON OFF NE HARD SET nenu 2 2 NO CONTROL NO FILTER CUPLING AC LEVEL 0 000 PULS ROT 1 TRIG FREE TRIG LEVEL 0 000V TACHO FILTE
70. 3 OPERATORS EXTEND y To OCTAVE MULTI 0CT MULTI 0CT MULTI _ x 07 0CTAVE OCTAVE ON OFF Hi LOW 1 1 ocr 1 30cT 01 FLAT A WEIGHT A B WEIGHT B C WEIGHT 4 8 7 P7 KBSE mm lt OPERATORS EXTEND gt MULTI 0011 EXTEND LABEL DATE AUTO SEQ TRACKING PD FORMAT COMP OP EXTEND LOG MODE MULT MATH CURVE FIT SYMTHESIS OP EXTEND MULTI COMP FLAT 1 1 0CT 1 3 OCT MULTI OCT a DATA AJ DATA V
71. 4 4 REN HO NAD OR 2 FFT ANALYZER 7 gt 1 IL 5 A AI o 2ch FFT ANALYZER xi
72. b ON OFF LED aik 4 8 7 P8 5 1 2 40 A gt 4 EEDE OPERATORS EXTEND gt Fo RE OCTAVE EXTEND LABEL DATE AUTO SEQ TRACKING FD FORMAT ANLG COMP EXTEND LOG MODE MULT MATH CURVE FIT SYMTHESIS muLTi 0CT EXTEND MULTI COMP 0 FLAT 1 1 007 1 3 OCT 0 a HI LOW H TI LOW b FORE ON OFF
73. 6 64 4 P DF C D F 4 seenanronnruenre 1 3 22 70 5 SNR 2 m CS KO wo 599 509 2ch FFT ANALYZER vii 2 1 I 9 2 2 ASPL 11 28 21 gt 4 6 2 P11 24 gt 22 1 1 25 S I 1 2 2 6 SSPL 1 4 2 7 22 2 1 4 2 8 252 1 4 4 6 8 1 XX 4 6 3 P 2 2 3 3 YAR Y I 4 4 2 5 4 6 4 1
74. 4 9 1 5 SAVE1 SAVE2 a 4 9 1 5 3 3 4 OPERATORS MEMORY IWF PSR 0 0 2 1 DISK LOAD kkk 2 CMOS MSR 0 0 1 DISK SAVE 2 CMOS DML 0 0 1 1 DISK LIST 2 2 CMOS DPS 0 0 A 1 DISK 2 CMOS PROTEC i 1 0 0 RAM 1 DISK 2 CMOS PROTEC MED 0 0 RAM 1 DISK 2 DELETE i i i INSERT 0 RAM
75. LED ON ORBIT LED OFF REDUCE DATA ORBIT REDUCE DATA DISPLAY MODE ORBIT ORB 0 OFF ORBIT 1 JON IRDC 0 OFF REDUCE DATA 1 ON RDS 101 1 n REDUCE 255 2 2DIMEN 2 74 6 1 DISPLAY MODE 2DIMEN IWF 2 TWD 0 OFF 2DIMEN 1 ON 4 6 13 4 68 18 FIER 3 EF5E UPPER LOWER SING A B INST MODE EU MATH
76. 20 UP LOW on off 0VBALL T1 72 T16 ON 4 8 6 P13 204 4 8 6 P14 5 R T lt EEDE TRAC KING ON OFF STRT STOP AME SE SCHEDULE SET TRACK TRAC KING _ RPM TRACK MODE CIRC MAP 3D CAMPBELL MEMORY MEM COND SAMP SET RPM
77. NUMBER 32 765 o EXP NUMBER NUM DSP 1 NUM DSP 1 1 OVERLAP OVERLAP 2 L REPEAT OCT STATE LOG STATE FRA1 STATE FFT FRA2 STATE
78. gt FFT IFFT gt gt gt gt EU gt gt 3 4 6 18 4 6 2 4 8 17 4 5 3 4 5 4 4 8 6 4 6 2 4 6 4 4 6 9 4 6 4 4 5 7 4 6 2 4 5 3 4 6 2 4 12 2 9 10 4 8 1 4 8 1 9 8 4 6 2 4 8 3 4 6 6 4 4 2 4 4 1 4 4 1 4 4 3 4 4 2 1 3422 7 4 8 7 gt CRT E 1 CMOS
79. DISPLAY CURSOR MENU OPERATORS AVEZ Ya Y HELP TRIG FREQ 64646464444 INPUT rsss srrsse 2 1 nnn 1024 1 024 3 2 1 2 04 0
80. Bch INPUT AC DC GND FILTER FIX CLK INT OFFSET INPUT MODE 4 12 2 11 2 IWF Ach CPA AC DC 0 AJ Bch CPB 1 AC DC GNA Ach GND 0 GNB 1 GND Bch GND FLT 0 1 ON FILTER Ach 0 FIX 1 AUTO ARB 2 AUTO Bch SPL 0 1 CLK DC Ach ON OFF 0 OFF DC 1 ON Bch ON OFF Ach V DC OVB Bch 4 12 2 P4 INPUT MODE 2 2 Hz TST 0 OFF 1 TEST 0 BZ OFF ON OFF 1 ON OVER BUZZ INA Ach MIC INPUT SNS INPUT 0 BNC ENV INPUT 1
81. o CDW TAW A TBW B MAW A MBW B WWVW 5222 7 3 WWW 0 1 MI EO1 1 1 2 1 8 4 CDW
82. ii 4 3 27 F T RA gt 1 FETAY 4 4 3 1 2 3 4 gt gt 0 1 2 4 6 Boch 7 8 2011 4 5 A ZI 98 E E 4 4 5 P 2 2 Oo 6 2 4 4 6
83. 4 6 2 4 6 2 P gt 7 995955 SCOT ML 4 646464464464 D F C D F 1 1 sessoersnenrnee 1 3 4 5 SNR 2 1 ASPL 42 I MPRE S I Qi Rw mw tw
84. LED CONTINUE CONT JMP b 1 AUTO SEQ STRT STOP 1 STEP CONTINUE NO_BUZZER CONT JMP AUTO SEQ INSERT DELETE ADR A V 0 5 MENU AUTO SEQ MEMORY PRM REAL PRM 1 STEP LED STRT STOP 1 CONTINUE STRT STOP STEP CONTINUE NO BUZZER CONT JMP INSERT DELETE arn V 0 587 MENO AUTO SEQ MEMORY PRM REAL _ INT NO_BUZZER LED 4 8 2 P9 AUTO SEQ STRT STOP 1 STEP CONTINUE NO BUZZER CONT JMP AUTO SEQ INSERT DELETE ADR A V 0 SET MENU AUT
85. MULTI FRAME READY FD HARD 3 NOT SPECT DATA NOT SPECTRUM DATA TIME DATA NOT TIME DOMAIN TRACKING MODE ON ON 4 8 6 NOT ZOOM ON 4 5 6 NOT 1024 SAMPLE POINT 1
86. lt 3 3 9 P1 AcH INPUT Ach 4 4 1 ACH INPUT EE MODE ONER LOW 25 lt MODE AC DC AUTO UP CLK_EXT INPUT TEST OVER BUZZ IMIC INPUT SNS INPUT ENV INPUT SET ENVEL INPUT CHANNEL SENS RANGE 30dB FIX 44 7214V B 30dB FIX 44 72147 8 8 9 P2 DC OFFSET DC Ach off 0 000007 off 0 00000Y SAMPLING 8 INT 100KHz FRAME 250 0000Hz 4 00000msec AC DC LED ON AC LED OFF DC b GND LED ON LED OFF FILTER
87. 4 8 9 0 4 8 1 Pi 2 1 2 Fo 9 7 1 Y 3 0 1 0 X 1
88. HALF WID A f f AE 2x V3 xf 6 d B y 3 Af 3 d B Af 2 1 FFT J ea mem HERD lt 1 KATRS NETO 1 cos 1 2 t i xi 1 xi 1 1 2 lt 1 62 e t t 4 74 38 j SIDELOBE
89. 1 22 SOURCE COMMAND NOP MATH 1 MATH 2 MBAS MULTI SOURCE BF 4 8 5 PS8 f USER USER 1 USER 2 USER 3 USER 4 MEMORY USER INSERT DELETE 0 SET FUNC SET 1 g USER USER 1 USER 2 USER 3 OsgR4 MENU MEMORY USER 0 SET FUNC INSERT DELETE h USER USER 1 USER 2 USER 3 USER 4 MENU MEMORY LUSER INSERT SET FUNC 4 8 5 P9 2 A DIT
90. __ ALU 0 OFF L or t 27 ALGEBRA UP 0 COMPLEX 1 POWER A1U 1 0 1 DATAL 2 RAM 1 3 DISK 4 CMOS A2U 2 0 1 FEM DATAZ 2 2 3 4 1 0 OFF 1 2 3 ALGEBRA LOW 4 0 1 DATA1 DATA2 AML AIL A2L 2 0 MENU EXTEND 2 5 4 5 3 P13 2 2 FDU 0 jw jw2 FDL EQUALIZE EQU OFF ON t gt 1 1 0 1 T 1 1 1 1 EQUALIZE MUE
91. OPERATOR 200M gt MULTI S G SG SG 1 0 x 2 100 x4 SINGLE SHOT 1 5 6 SIN MULTI SIN SWEPT SIN RANDOM IMPULSE OUTPUT 5 6 SQUARE TRIANG RAMP DC DC OUTPUT 5 6 DISPLAY MEMORY MULTI SING SHOT 1 SING SHOT 1 1
92. LED ON LED 4 6 12 P1 4 6 12 2 1 B ch Ach X Ach Y Bch 2 Y X 2 DUAL SING UPPER LOWER MODE EU MATH INST A B SPEC FREO RESP EXTEND USER COMPLEX C X SCAL X L0G Y LOG Y SCAL
93. 1M 2M 2M 512k CMOS 2 0 0 1 2 kHz 9 10 8 1 2 1 8 2 5 6 k 8 2 1 0 5vY 0 15v 50mv 1I5myv 5my 1 5 i 5 3 1 256 4 500 5 5 20 50 100 200 500 1k 2k 5k 10k 20k 50k 100kHz 2 0 Hz 20Hzo g 6 6 0dB
94. LIST 1 ADRS A ADRS SAVE 1 R AM CMOS 6 4 9 8 2 2 BRI 2 o OPERATORS OPERATER
95. FULL SCAL XFS 1 iFULL SCAL MLT FRAME OFF MULT FRAME X _ Y a 7 4 6 8 P4 Y scAt b AUTO SCAL FULL SCAL VA A Y SCAL LOW ENT UP ENT ENT 70 0000 10 0000 FULL SCAL LED ON LED OFF 2 AV Y 1 83 VA Y 0 Y Y 2 6 7 9 4
96. IWF OPEN OCU 0 CLOSE 1 2 ICLOSE OPEN CLOSE OPEN MUO 0 XCLOSE 1 IRAM 2 DISK OPEN CLOSE 3 CMOS OPEN OCL 0 CLOSE 1 OPEN 2 CLOSE OPEN CLOSE OPEN MLO 20 FLAT CLOSE 1 IRAM 2 DISK OPEN CLOSE 3 CMOS WFU 0 FLAT 1 A WEIGHT 2 B WEIGHT WEIGHT 8 1 C WEIGHT 0 FLAT 1 A WEIGHT 22 B WEIGHT WEIGHT 3 C WEIGHT SQU 0 OFF SQUARE ROOT 1 ON SQL 0 OFF SQUARE ROOT 1 ON RCU 0 RECIPROCATON 1 ON RCL 0 RBCIPROCATON 1 ON IFFT IFU 0 IFFT FFT 1 ON IFFT IFL 0 OFF IFFT FFT 1 1 ON 6 7 1 P26 EXTEND 4 51 DOU 0 OFF 1 41 1 OCT 2 11 8 DOL 0 OFF 1 11 1 OCT 2 11 3 OCT LOG XLU 0 OFF 1 ON _106 LOG XLL 0 OFF
97. AUTO PROT LED ON LED OFF LOAD 0 SAVE 0 ILIST _ MDIARAM ADRS ADRS FD MDIA CMOS MEM DATA PROTEC 0 DELETB 0 INSERT 0 CRUNCH ADRS ADRS FD LOAD1 FD SAVE1 FD LOAD2 FD SAVE gt 4 9 3 5 OPERATORS MEMORY Y PSR 0 0 1 DISK 1040 2 CMOS MSR 0 0 RAM 1 DISK SAVE 21 DML 0 OFF 0 1 1 DISK 1157 2 2 CMOS DPS 0 0 RAM 1 iDISK 2 CMOS PROTEC DPR 0 kkk PROTEC MED 0 0 o 1 DISK 2 CMOS DELETE i MEI 9 0 RAM 1 DISK
98. FRAMB SIZE SEGMENT NUM SEG 1 OPERATORS MEMORY PANEL PRINT FRAME EXTEND K _ 200M 56 FRA _ FRAME COND menu 1 2 _SINGLE AUTO FRAME SIZE 120 DISP SIZE 0 0 0 00000sec 1SEGMENT ALL MEMORY 1 4 4 4 P5 FRAME DISP 2 2 DELAY off 0 0 00000sec MOVE UNIT FRAME 1 00000 SEG_POSI 0 FRM_POSI 0 00000 SEGMENT SEGMENT SEGMENT _ SEGMENT seanenr 1 SIZE FRAME 5 5 4 4 4 P6 4 gt gt OPERATORS MEMORY PANEL PRINT lt
99. MDIA ADRS PROTEC MEM PANBL LOAD 0 5 0 LIST MEM PANEL 5 DELETE 0 INSERT 0 CRUNCH ADRS ADRS MEM PANBL AUTO PROT 7 2 EED 27 lt gt gt AUTO PROT LED ON LED OFF LOAD MDIA RAM ADRS A FD MEM PANEL PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS A ADRS V MEM PANEL LAU 4 9 4 OPERATORS PANEL R PD 0 0 LOAD 2 SED 0 0
100. 8 2 C SHAPE MODE BLOCK SHAPE EXECUTE STRT ST0P UPPER SET LOWER SET 00 NOGO UPPER SET LOWER SET X SPAN CEMTMOVE FIX RIGHT FIX LEFT FIX lt gt 6 161 5 BAND X BAND START 4 8 1 MOVE cENTFIX RIGHT PIX LBFT FIX CENT MOVE CENT FIX RIGHT FIX LEFT FIX lt gt COMP SHAPE SHAPE SET UPPER DISP HI LIMIT off ADR 0 LEVEL 50 0 000 0 LIMIT off MEM ADR 0 LEVEL 50 0 000 PLOT BAND START 0 000 BAND STOP 1 000 BAND START 0 000 BAND STOP 1 000 lt LOWER
101. AUTOUP AUTO 2 INPUT MODE gt FIX AUTOUP AUTO Ach Bch ACH INPUT BCH ENPUT Ach INPUT AC DC emp FILTER CLK INT OFFSET FIX AUTO AUTOUP
102. CEPSTRUM 10 LOW LEVEL LIFTERING LOW LEVEL 40 00dB FILTER _ LOW PASS 100 LOW LEVEL LOW LEVEL DISPLAY EXTEND CEPSTRUM yy 109 LEVEL 4 6 2 2 7 MEASURE 1 1 0cT 1 3 OCT SNR CEPSTRUM LIFTERING CBPSTRUM LOW LEVEL 40 00dB
103. NUM NUM off on on NG 4 8 1 P8 c EQUATION EQUATION or and 17 or 1 5 20 and 3 or 9 eol RELAY 007 0PTION mode0 RELAY OUT mode0 model Bu sy L o GO Bu s y Ui GO 3 RRE OPERATORS COMP gt
104. 3 3 10 P4 ENVELOPE Bch HPF 20kHz 10kHz 5kHz 2kHz 1kHz 500Hz 20082 10082 5082 55 LPF 50kHz 20kHz 10kHz PASS AMP 20dB RECTIFIER ON 3 3 10 5 1 2 Ach AC DC 0 DC Bch 1 AC DC GNA Ach i GND 0 GNB 1 GND Beh GND 0 OFF 1 ON FILTER ARA Ach 0 FIX i AUTO UP ARB 2 AUTO Bch SPL 0 1 CLK DC Ach ON OFF DC Bch ON OFF OFA OFB OFF Bch 1 i 1 i 1 1 1 1 1 1 1 1 1 1 1 1 1 D 1 1 f t 1
105. 64 128 256 512 1k 1024 2k 2048 4k 4096 8k 8192 16k 16384 32k 32768 64k 65536 3 SEG b 4 4 4 4 8 4 P6 10 24 nm 6 SEGMENT n 17V 4 672 4 1024 x 6 6144 4k 4096 64 128 256 512 1 24 2048 4096 3dB 0ct 6dB 0ct FILTER 8k 8 1 9 2
106. DISPLAY ALL DETECT OFF DETECT LINE RPM X LINE 4 8 6 19 DETECT MODE RPM DETECT MODE RPM s START STOP STEP NOISE START STOP STBP NOISE
107. NATURAL FRQ NATURAL FRO DAMP RATIO WARK STIFFNESS RESID MASS RESID STF STIFFNESS RESID MASS a 3 ENTER DELETEB DELETE CLEAR DOWN V L ED UP A DOWN V NO NO i CLEAR NO CLEAR ALL b START START LED LED
108. 4 9 BAD SG MEMORY DATA TRACKING COND WINDOW MEMORY BAD AXIS FOR IFFT X FF T 4 5 8 2 1 IFFT FEFT BAD X_AXIS FOR OCTAVE 4 5 3 2 1 4 8 7 BAD X_AXIS FOR X_LOG X MATH X_LOG 4 5 3 2 k x LOG Bch OFF Bch OFF Bch ON 4 4 1 3 CHANNEL IS NOT ABch AB ch 74 4 1 3
109. CORET NEXT DISPLAY A B INST MODE EU SINGLE LOWER USER COMPLEX X SCAL Y SCAL SPEC FREQ RESP EXTEND X LOG Y LOG DISPLAY MODE gt DISP GRATICULE 0VERLAY NYQUIST NICHOLS DISP MODE 3DIMEN OVERWRITE 3 D SET 3D 1 2DIMEN OCT HIST DISP MODE MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE PK MARKER NEXT LIST LIST ON OFF ENT CRSR CLEAR ALL CLEAR TOP V 0 LIST PEAK LIST 011 4 4 4 4 1 m ND N om FYRI ARREDRE esere e reeee
110. SPL 2 1 Ach Bch 2 1 P2 ZDA MEASURE ACTIVEI SPL VELOCITY SPECT cal PHASE cor REACT 2 1 is f 2 1 A2 f 4 zf Ar AT 2 4 SPBCT ca MEASURE ACTIVE I REACT 1 VELOCITY
111. 5 vyv 2 5mV 100kHz i j 9 10 P4 1 1 1 24dB PASS 50 100 200 500 1k 2k 5k 10k 20KHz 1 2 12dB 10Kk 20k 50kHz PASS 1 3 2 1 4 ON OFF SI DC SI 9 11 P2 10 DISPLAY 10 i 10 1 1
112. 0 1 CLEAR TOP 2 ALL CLEAR e PEAK LIST LED ON LED OFF DISPLAY MODE LIST LST 0 OFF ON OFF 1 ON LEC 1 CRSR LCE 1 CLEAR LAC 1 ALL CLEAR LTP 1 5 0 LPK 1 157 1 F 1 1 ON 4 6 8 P1 4 6 6
113. 4 6 4 2 2 2 3 3 4 Hz 3 5 V m m s m s2 4 6 4 7 4 8 5 4 6 5 44 4 4 6 5 1 4 6 6 3 1 3 4 6 6 1 2 3 3 4 6 7 6 7 1 4 6 8 4 4 4 6 8 1 4 6 9 4 06 09 1 4 6 10 4 6 10 1 4 6 11 4 6 11 1 4 6 12 4 6 1 2 1 4 6 13 4 6 13 1 4 6 14 4 6 14 P 1 4 6 15
114. DISPLAY EXTEND CEPSTRUM 15 LOW LEVEL IWF CLL dB DISPLAY EXTEND LIETERING LLL i LOW LEVEL LFM 0 i 1 1 FILTER LFP FILTER 1 r m rm ACTIVE 1 DISP MODE LINER TEMPERTURE 20 C PRESSURE 1013mbar MIC DISTANCE 12mm CAL 0 00dB SPL ENT LEVEL 0 0004 Ach 0 000dBY Bch CORRECTION off high f off phase RAM 0 LOW FREQ off 300Hz 3 3 1 P16 DISPLAY EXTEND
115. 4 4 1 P 5 3 AJJIF V RIL BEAZ BCH INPUT INPUT ACH INPUT MODE gt NODE INPUT CHANNEL v Y A Ach INPUT B Bch CHANNEL AB A 9 B AB ABch Ach Bch ch 4 4 4 0 27 w FUY AC DC INPUT MODE gt AC DC AC DC ACH INPUT BCH INPUT 4 4 1 P6 INPUT GND FILTER FIX INT
116. EQUALIZE EQL 0 1 2 EQUALIZE MLE He FILTER FILTER MFU MMU MFL z 1 w gt 0 1 2 FILTER FILTER MML 4 5 3 P14 MENU EXTEND MATH 13 51 Iv OPEN IOCU 0 OFF CLOSE 1 1 2 ICLOSE OPEN CLOSE OPEN IMUO 0 FLAT CLOSE 1 2 DISK OPEN CLOSE 3 CMOS OPEN 0 OFF CLOSE 1 OPEN 2 CLOSE OPEN CLOSE OPEN MLO 0 FLAT CLOSE 1 2 DISK OPEN CLOSE 8 CMOS WFU 0 FLAT 1 A WEIGHT 2 B WEIGHT WEIGHT i 3 C WEIGHT WFL 0 FLAT 1 iA WBIGHT 2 B WEIGHT WEIGHT 3 C WEIGHT SQU 0 OFF SQUARE ROOT 1 ON SQL
117. MINIMUM DELTA CRS 2 X Y 4 7 3 t g FIT MAXIMUM 51 NO CURSOR 1 CURSOR 2 CURSOR
118. 2 BHY ME 2 b 2 K 2 2 EED Y VEDR 2 f P P 3 3 h E 3 i 4 j 5 k 5 1 5 m 5 AHE o AEM occocra odir tano 6 TH D 6 ZAHRAJ T H P 6 n 2 5 6 5 SDOF 7 vii 4 8 1 2 8 4 5 6 1 2 3 1 2 4 3 4 1 2 3 1 2 8 4 1 2 3 4 5 1 i i 4 8 1 4
119. COMPLEX REAL IMAGINARY MA6 AMP mac PWR PHAsg G DELAY REAL IMAGINAR d PWR PHASE f G DELAY DISPLAY COMPLEX DCM 0 IREAL 1 IMAG 2 3 PWR 4 PHASE COMPLBX 5 G DELAY LOG x X LED ON LED DISPLAY 106 XLG 0 LIN LOG LIN 1 LOG LO6 1 3 3 1 P20 5 YY 1 amp Y LED ON LED OFF DISPLAY Y LOG LOG LIN 1 ILOG Y L06 LIN
120. 6 1 P51 OPERATORS EXTEND TRACKING TON 0 OFF 1 jioN ON OFF TGO 0 STOP START STOP 1 START TGV 0 MODE CIRC 1 RPM TRACK 2 3D 3 CAMBELL TRM 0 coND 1 FRAM MEM 2 TRCK TKG 0 0 IRAM 1 iDISK LOAD i 2 CMOS TKP 0 i 0 IRAM 1 DIsSK SAVE 2 CMOS TKL 0 OFF 0 1 1 DISK LIST 2 2_ _ TKS 0 0 1 DISK PROTEC kkk 2 cmos IK 0 0 1 DISK PROTEC 2 CMOS TKK 0 o 0 RAM 1 DISK DELETE 2 1 05 TKI 0 0 RAM 1 DISK INSERT 2 CMOS 0 RAM 1 DisKk CRUNCH 2 iCMOS TKA 0 OFF 1 ON AUTO PROT 1
121. 6 9 6 9 1 1 ad 6 9 2 1 6 9 9 2 ca 6 9 4 3 1 gt WDD CDR TAR A TBR B AA B 6 2 L 85 55 gt RRR a b RRR
122. MENU EXTND WINDOW DB HAMMER FFT POINT GPIB MENU EXTEN MULT MATH DATA DISPLAY E E SS UPPER DUAL AVE LOWER SING INST MODE EU MATH TIME SPEC FREQ RESP EXTEND USER COMPLEX IME X L06 Y LOG X SCAL Y SCAL 4 5 8 1 R E F R Mpe REFORM REFORM INTE DEFF Ach Bch off Ach off Bch TREND off Ach off Bch EQUALIZE off Ach RAM 0 o Bch 0 FILTER off Ach RAM 0 off 0 WEIGHT FLAT Ach FLAT Bch INTB DEFF oft INTE DEFF d dt 1 d dt2 2 Sdt 1 SSdt2 2 1 k 5 ak x m k 1 ks0 1 0216714 4 0 1001692 0 0277796 0 0092721 0 0029467 as 0 000
123. b X 1 1 2 X 2 X b 1 1 2 X 1 1
124. KBZ 0 OFF KEY BUZZ 1 ON VER 2 VER Version 4 11 56 GPIB HELP gt LOCK LED ON C LOCK LED OFF HELP INITIAL MEM CLR KEY BUZZ 4 12 4 12 2 1 4 12 1 9 9 4 12 02 2 8
125. MEM RPM TRACK FRAME MEM DISPLAY ALL DETECT OFF DBTECT DISPLAY LINE RPM X DETECT RPM TIME
126. REPEAT AVERAGE 1 2 OCTAVE ITEM TIME HIST AUTO CORR CRSS CORR SPECTRUM MODE ADD PEAK EXP NUMBER NUM DSP 1 1 OVERLAP 50 REPEAT DISPLAY MODE OCT 4 8 7 10 OCV 0 HIST 1 LINE OCT 2222 12222 HIST LINE OPERATORS EXTEND OCTAVE OAN 0 OFF 1 0 ON OFF 0 Hi LOW 1 LOW OFM 0 1 1 A WBIGHT 2 1 B WBIGHT 8 1 C WEIGHT OPERATORS 0 11 1 12 2 14K 8K 4 20K DATA AY 5 40K EXTEND MLT OCT OCM 0 1 ON OFF OFL 4 8
127. LED ON LED OFF INSERT DELETE lt gt OPERATORS EXTEND LABEL 3 LAB 6 9 AD LAB ABCD LABEL i 6 9 b DATE 3 3 4 DATE VIEW DATE off VIEW TIME off DATE 89 01 01 09 33 28 OPERATORS EXTEND DATE DDTI 0 OFF VIW DATE 1 ON DTM 0 OFF 1 ON SDT DATE _ g STM 1
128. OPTION VIDEO PRINTER SAVED NO TRACKING MEMORY 4 9 9 ENTER CURSOR STATE 8 8 3 NOT FREQ DOMAIN NOT HOLD STATE 74 4 7 NOT DATA MODE ON ON 4 5 8 NOT MEMORY DATA
129. 0 BUZZER 1 TGM 0 oi MARKER L WTM 0 WAIT TIME 1 i WT L 2 M 1 WAIT TIME LEYEL TLV V LEVEL TPN 7 POSITION 1 SEC POSITION B BDL 0 OFF 1 i DELAY 4 4 2 P13 TRIG MODE 1 2 B DLN DELAY B DLT Bch DELAY SEC 1 1 EEZ
130. 4 4 2 1 85 4 4 2 2 3 4 5 2 2 6 7 8 No on No 2ch FFT ANALYZER 9 Bch gt 10 1 1 4 4 38 F FT 1 F FT 4 4 3 2 3 4 4 4 1 4 4 4 2 3
131. FD SAVE1 LED 4 FD LOAD2 LED 5 FD SAVE2 LED 4 9 2 4 9 2 1 RTTE RE EEFE MENU MENU EXTEND gt 1 EXTEND FFT POINT MENU EXTND WINDOW REFORM DB HAMMER MENU EXTND MULT MATH MAKE DATA 4 9 2 DISP NUM MENU ENTER 1 HIST POINT ENT NUM V 256 DISP NUM SAMPLE POINT 1024 RACK MEM PRECISI0 1 00
132. 1 SPEC FREQ RESP EXTEND USER COMPLEX X SCAL 5 DISPLAY MODE gt Y LOG 106 DISP GRATICULE 0VERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 D SET 3D 2D IMEN DISP MONITOR DATA COND MEAS PH UNWRAP NORMALIZE MARKER OCT HIST LINE HIST LINE DISPLAY MODE OCV 0 HIST 1 LINE OCT 9299 122922 HIST LINB 4 6 16 P1 6 7 DISPLAY UPPER DUAL LOWER SING NODE EU MATH 1 4
133. IWF ANC 1 ISTART START i ANS 1 STOP STOP i ACN 1 i 9 0 AVE NUMBER 50 AND 0 8 COMP DATA 1 C AND g OCTAVE 4 8 7 h LOG MODE 4 8 8 MULT 4 5 4 1 CURVE FIT 4 8 9 SYNTHESIS 4 8 9 1 MULTI 4 8 7 m MEM MULTI MEM MULTI LOAD 0 SAVE 0 LIST MDIA RAM ADRS ADRS V FD MDIA CMOS MEM MULTI PROTEC 0 DELETE 0 INSERT 0 cRUNCH ADRS A IADRS V MEM MULTI AUTO PROT LENG AUTO LENG AJY 25 LENG FIX 3 3 4 11 LOAD m b SAVE
134. CIRCL SCAL CAMPBELL SCAL LOW LIMIT MEMORY COND AL LOW LIMIT CAMPBELL RPM 4 8 6 22 4 RTE EESE TRACK ING ON OFF STRT STOP sAMp SET SCHEDULE SET TRACK TRACKING RPM TRACK CIRC MAP 3D CAMPBELL COND TRCK FRAMEB COND TRCK FRAME
135. LOCAL LED ON LED OFF 6 4 2 7 gt FU y GPIB SMENU EXTEND gt GPIB MENU EXTNDIWINWDOW MATH REFORM DB HAMMER POINT LMENU EXTND MULT MATH MAKE DATA 6 4 P2 GPIB FFT ADR 1 GPIB DEVICE TALK ONLY DELIM EOI CR EO LF EOI CR LF EOI 1 FFT 2 GPIB GPIB MODE TALK ONLY
136. ON OFF 1 oN 1 BNT CRSR LCL 1 CLEAR LAC 1 ALL CLEAR LTP 1 50 0 OFF LIST 1 iON 3 3 1 SDIMEN 4 6 6 3 3DIMEN ON OFF A 1 IHI V 1 DERECT A DERECT SDIMEN 1 1 2 sp 2 V ON OFF 3 LED ON 8 LED OFF 3 3 DIRECT gt 3 4 ANG 3 5 3 8 1 NUM 3 DISPLAY MODE 8383DIMEN J y TRD 0 OFF ON
137. 1 N 7 MSB LSB 0 o 1 2 3 4 0 5 0 6 RS 7 1 0 6 7 2 0 o 7 5 0 MSB LSB
138. 1 GO 1 NG 0 0 mode 0 mode 1 comp 30 total total 1 31 comp30 comp 30 4022 total total 2 33 comp32 conp 32 AUTO SEQ STRT STOP 1 STEP CONTINUE NO_BUZZER CONT JMP AUTO SEQ INSERT DELETE ADR A V 0 5 MENU AUTO SEQ MEMORY PRM REAL INT 72 4 8 2 P7 AUTO SEQ STRT STOP 1 STEP CONTINUE NO_BUZZER CONT JMP AUTO SEQ INSERT DELETE ADR A SET MENU AUTO SEQ MEMORY PRM REAL PRM INT INSERT DELETE 4 8 2 P8 r AUTO SEQ STRT STOP 1 STEP CONTINUE NO_BUZZER CONT AUTO SEQ INSERT DELETE ADR 0 SET MENU AUTO SEQ MEMORY PRM REAL INT STRT STOP
139. 4 5 4 4 5 8 gt 1 2 4 6 1 X Y ee 4 6 2 0 SCOT ML sessa naueeoensee so
140. IF 23 2 J RUNI 2 7 ORo EUM 0 FIX MODE 1 AUTO A EUA 0 iv EU 1 mm 2 mm 5 3 1 85 UNIT 4186 B EUB 0 E U 1 mm 2 imm S 3 mm s UNIT A B 4 G EU EUU EU EUU EU 4 4 UNIT DSP EU EUL EUA EUL EU f i 4 4 UNIT DSP A EVA EU i FACTOR B EVB U EU i FACTOR EU BEVL i FACTOR 4 6 5 1 j 5 0 DISPLAY UPPER DUAL AVE LOWER SING A B INST MODE EU TI SPEC FREQ RES
141. MAKING ANALOG SETUP MATH STATE MATH MA TH X_ LOG X MEM MULTI AUTO MODE AUTO 4 4 4 MEMORY DATA MEMORY DATA IS MEMORY SMALL MULTI FRAME
142. 1 CMOS CMOS GP IB HELP gt MEM CLR INITIAL MEM CLR KEY BUZZ LOCK INITIAL2 CIR CMOS CMOS HELP CLRPANEL cLg 0PTION VERSION 4 9 1 P4 GPIB HELP v FFT HIN 1 FFT INITIAL HIM2 HMC 0 CLR PANEL 1 CLR CMOS CLR CMOS L HMC 7 gt KBZ 0 KEY
143. 8 8 DISPLAY 1 UPPERZ LOWER 2 DUAL SING 3 4 AVE INST 5 MODE 6 7 8 Time 9 SPEC 10 FREQ RESP 11 C EXTEND 12 USER J 13 COMPLEX 14 Ge 2 15 LOG 16 X SCAL 17 Y SCAL CURSOK Alja gt gt N re UPPER LOWER H gt e n e 6 HORI ONZOFF gt P 7 lt lt VERT MODE E T EE 8 READ ES i 5 3 3 38 MENU 1 2 3 ENTER PSR 4 CRSR 4 4 4 5 NUM 4 4 6 EXTEND 3 8 4 OPERATORS 1 MEMORY SA 2 PANEL NE RE An a 3 PRINT ara we 4 COMP 4 64 4 4 5 FRAME 6 EXTEND 7 ZOOM R 1 8 SG
144. 3 HARE REFORM 4 5 3 b DC 4 4 e A B 2 BANER TANF 4 wR N amp 1 2ch FFT ANALYZER vi A BC EB eno nw ss 24 57 PUER a lt lt Xx LOG
145. OPERATORS EXTEND 3 3 4 P14 Y 0 o 0 1 DISK LOAD 2_ 00 0 2 1 DISK SAVE 2 CMOS CML 0 OFF 0 1 1 DISK LIST 2 2 CMOS CMS 0 i 0 RAM 1 DISK 2 CMOS PROTEC CMR 0 i 0 1 DISK 2 CMOS PROTBC CMK 0 i 0 RAM 1 DISK 2 CMOS DELETE 0 0 IRAM 2 1 DISK 2 CMOS INSERT CMC 0 1 DISK CRUNCH 2 CMOS 0 OFF 1 iON AUTO PROT I CMA 2 1 7 2
146. 3 MENU ENT CRSR gt RR 3 L max 751 551m BN IL 243 746m sec 197 621m g 1 MENU ENTEBR gt ENTER LED 2 amp lt gt Lh 3 MENU ENTER gt ENTER L ED 4 3 i 1 17 4 8 1 4205 a QUIT L ED CORET UIT b NEXT LED
147. 4 5 Bch 6 7 4 4 5 1 2 4 4 5 2 4 4 6 1 4 4 6 2 o roeaareeeuerensoe 3 4 2 4 4 6 5 5 BIS 4 5 1 1 4 5 1 2 3 4 2 64 2 4 5 2 he
148. SOURCE RAND BURST RAND PERIO SWEPT SIN MULTI SIN EXTRA MULT FREQ SPAN STOP FREQ 2 5 6 k 8 R RECT 1 S N RECT S N RECT RECT RECT
149. 2 4 2 X 4 5 8 1 2 REAL IMAGI AMP POWER PHASE LOG AMP LOG POWER 1 ON ON 1 UP L0W UP LOW ON OFF
150. 4 6 12 2 2 2 4 68 18 4 6 14 ee 4 6 16 MERHAR 1 6 17 000 Cy 4 6 19 o 4 6 19 1 4 6 4 6 1 DISPLAY AVE INST MODE EU C _ SPEC FREQ RESP EXTEND USER COMPLEX s X L0G 106 5 Y SCAL UPPER DUAL LOWER SING DISPLAY UPPER LOWER DUAL SINGLE AVE INST gt ON OFTF 1 2 oD jR 2 DUAL SINGLB LED ON 2 OFF 1 DISPLAY DUAL SING ay
151. RIGHT FIX LEFT FIX CENTER MOVE 2 FIX 2 HALF WID 2 10 1 NO CURSOR 1 CURSOR 2 CURSOR RIGHT FIX LEFT FIX CENTER MOVE 2 CBNTBRFIX 2 2 2
152. MEM DATA 1040 0 SAVE MEM DATA PROTEC 0 5 0 CRUNCH ADRS A ADRS V AUTO PROT PD LOAD1 FD SAVE1 FD 10402 FD SAVE2 gt MDIA ADRS INSERT MEM DATA MEM DATA PROTEC 0 DELETE 0 0 CRUNCH ADRS ADRS MEM DATA AUTO PROT _ IlFDLoaDl SAVE1 PFD LOAD SAVE2 5 BOTE gt gt FE
153. OFF 1 MEMORY AREA ON OFF TRACKING ON OFF STRT STOP SAMP SET SET TRACK TRACKING RPMTRACK MODE CIRC MAP 3D CAMPBELL MEMORY COND To SCHEDULEB STRT STOP SCHEDULE SCHEDULE SOURCE SOURCE A D A D OUTPUT OUTPUT on TRACK on off FRAME off off MEM off DISPLAY DISPLAY ALL ALL LINE LINE 100 100 DETECT MODE DETECT MODE RPM TI
154. OPTION INB 2 OPTION Beh 0PTION MIC INPUT SNS INPUT INPUT ch ICH 0 Ach 1 Beh CANNEL 2 ABCh SAMPLING 4 12 3 P1 4 12 8 1 7 Ach Ach INPUT MODE gt SNS INPUT LED Ac h Ach INPUT AC DC rimer rik INT OFFSET Ach INPUT TEST Buzz 557 ENV INPUT SET ENVEL 4 12 3 P2 Be B AJ EEFE Bch Bch INPUT MODE gt
155. 0 9 1 WDD Lo po DISPFLAY UPPER LOWER CDR DISPLAY UP PER LOWER TAR TBR 1
156. 1 1 2 EFE CURSOR CURSOR UPPER LOWBR gt HORI VERT 4 LOWER ON OFF MODE READ i s leE h LED ON LED OFF CURSOR UPPER LOWER 0 1 UPPER LOWER b CURSOR HORI ON OFF gt 1 LED ON LED OFF CURSOR HORI_ON OFF HCL 0 OFF 1 ON ON OFF
157. 2 b 1MQ 100pF 0 5Hz 8dB DC GND 40dB 50dB 60 dB AC e 200 1 40 gs 120dB h 30dB 31 6Vrms 60dB 1mVrms 10dB 1 0 1 2 5 3 9 8 5 L ED j DC 5v 2 5mV 20kHz 1 5 0 9 8
158. 4 17 4 7 1 Bereme mm 4 7 2 2 4 7 2 P OAI AD Sa es er oero eea T H D ZARE T H P gt n 2 5 SDOF OT wR MM Mo MH 4 1717 1 P1
159. DELETE INSERT CRUNCH AUTO PROT OPERATORS PANEL 3 3 4 5 3 CRUNCH APP AUTO PROT CRP OFF ON RPD 0 0 1 DISK LOAD 2 iCMOS SsPD 0 0 RAM 6 1 DISK SAVE kkk 2 CMOS PML 0 OFF 0 RAM 1 1 DISK LIST 2 2 CMOS PPS 0 i 0 RAM 1 DISK 2 CMOS PROTEC 0 i 0 1 DISKK 2 1 PROTEC PAD 0 0 RAM 1 DISK 2 CMOS DELETE i i PAI 0 0 IRAM
160. LED ON LED OFF TRIG MODE 1 2 Iwr 1 0 REPEAT 1 jiON 0 i SLOP 1 TGS 0 A 1 B 2 5 SOURCE 3 TGB 0 BUZZER 1 ON TGM 0 OFF MARKER 1 ON WTM 0 OFF WAIT TIME 1 10 WTL 5 WAIT i TLN LEVEL TLV LEVBL TPN POSITION TPV SEC POSITION i B BDL 0 1 ON ON OFF Bch DELAY TRIG MODE 1 21 B Bch DELAY
161. OPERATORS 6 7 1 P45 EXTEND AUTO SEQUENCE 1 6 ASS 1 START STOP ASS 1 ASE 0 1 STBP 1 jiON 5 1 DATE AS S 1 ASB 0 OFF NO_BUZ2 1 ON ASI 1 INSERT AS 1 1 ASD 1 DELETE ASD1 ASE 1 SET KA S E 1 AAD ADDRESS ACM 0 NOP 1 GPIB COMMAND 2 IF 160 4 CALC 5 WAIT 6 SRQ 6 7 1 P46 OPERATORS EXTEND AUTO SEQUENCE 2 6 GPIB AGC COMMAND 1 A1D 0 real 1 iint DATA 1 2 iflg D 41 1 1
162. REAL IMAGINAR ERE MAG PWR 2 R PHASE 6 DELAY DISPLAY COMPLEX DCM IREAL IMAG PWR PHASE ij DELAY Tn COMPLEX 4 6 8 P2 2 DISPLAY MODE gt DISP MODE GRATICULE OYERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 0 SET 30 2D IMEN OCT HIST OCT LINE DISP MODE MONITOR DATACOND MEAS COND NORMALIZE PK MARKER PH UNWRAP LED ON LED OFF 180 DISPLAY MODE PH UNWRAP Y PHASE PHP 0 OFF UNWRAP 1 PH UNWRAP 4 0 PE 0 D
163. 4 4 2 m REPEAT HOLD MERS 122 MODE TRIG MODE REPEAT SLOPE souRcg BUZZER MARKER TRIGGER SOURCE Ach Bch EXT 5 6 WAIT TIME off 00 00 00 7 LEVEL 0 128 0 00000 POSITION 512 PO 10 0000mS Bch DELAY Bch off 0 00000sec a REPEAT LED ON 7 LED OFF 1 b SLOPE 8 8 7 2 Ach B Bch SG BUZZER LED ON LED OFF MARKER
164. 4 7 1 P2 CURSOR YERT MODE gt SAME CRSR MODE VERT HARMONIC NO CURSOR 2 1 1 CURSOR 1 2 3 2 CURSOR 2 CURSOR VERT MODE CHARNONIC 1 i N 1 0 NO CURSOR 1 CURSOR 2 2 CURSOR 2 lt 2 4 7 2 1 2 2 1 1
165. BUFFER NUM 2 4 ADDRESS 0 17 6 4 8 5 P3 COMMAND NOP MATH 1 1FFT MATH 2 4 MEAS MULTI BND 1 NOP IFFT DATA 1 TE RESULT BF BF2 4 MEMORY 2 MATH1 MOVE jw jwg 1 iw 1 jw2 ROOT WEGHT RECIPRO IFFT FFT DATA 1 MTH 1 RESULT BF
166. SWEEP SWEEP M LED FFT AVE START STOP gt 4 8 3 OPERATORS FRA FRA 0 OFF MD 1 FFT SWEEP 2 SG FSO 0 RANDOM 1 PERI RAND 2 SWEPT SINE 3 MULTI SINE SOURCE 4 EXTRA MULT FIL INPUT LIMIT FOL OUTPUT_LIMIT 1 FFS FREQ SPAN i STOP FR FSF 0 1 Hz EQUENCY 2 STOP FREG 2 5 3 i 10 4 20 5 i 50 6 1100 1200 8 1500 3 1K 10 2K 11 5K 12 10K 13 20K 14 50K 15 100K FBS 0 OFF
167. n amp VERT MODE READ sn 0 2 3 3 3 ENT CRSR ENT NUM ES EXxTEND 4 OPERATORS MEMORY 3 3 4 PANEL RN C PRINT J COMP C FRAME Se EXTEND 5 22 START 8STOP 3 3 5 CONT 65 MODE G P 2 LOCAL 3 3 6 HELP 7 TRI Ge 2 Mopg 3 3 7 ARMZFREE HOLD B 2 87 3 8 8 Yv Pe P P A w iii Ach INPUT MODE 3 3 9 P v AS 1 B c h INPUT MoDE 3 3 10 v ER 1 6 6 1 7 7 3 1
168. uo moe Ho Y TH gt lt gt Z lt 50 gt 91 914 0 0 341120 DRIZRYY 301235 BS3KN 14018402 1824 1180 TATA 300 149 801122010 1 4 111 TE gt HaY89 1118 91414 1008 2000 2 9 1 3911014 4Y 9 1911014 AY 01 8 115 3008 200K 2 110 1 300 2 3505 T8315014 9 19 00 47 3 69 ma 01 sawsss Aowa 18S101d nayss 15 01 8 y 01 9 3 01 01 4 Gf 7 07 BdV89 IS lt O TH GVHD TS gt 214 01 0 a mi AMON2Y 7 orya 2 EXO TORTH IKYN 4114 1114002 01 027 50904 4252 40 942 13 20811502 114009 15 pug 19 271 AYIA T sRYTd A 3RY14 1 NRY1d 1 38 14 4 10114 15t rep 1YIidY3 Xi NVY1d 5 1114402 15 01 4
169. 0UTPUT LEVEL V OFFSET SG OUTPUT SG OUTPUT LEVEL OFFSET FREQ1 FREQ A FREQ BURST BURST BURST OFFSET ON OFF 4 8 4 H Ss G MODE EE S G OUTPUT SIN MULTI SIN SWBPT SIN SING SHOT OUTPUT RANDOM 2018 IMPULSE SQUARE TRIANG RAMP DC DC DISPLAY MEMORY h MULTI FRM DISPLAY C RT S G 2 DIS JPLAY UPPBR LOWER gt
170. 2 79 OPERATORS EXTEND AUTOSEQUENCE 4 8 2 P12 13 61 AIL 0 1 lt gt 2 gt LOGIC 3 4 lt 5 0 A2YV value 1 value A1D 4 0 A1V 2 MS 2 va lue A2D 4 0 A2V 2 OPERATORS 4 8 2 EXTEND AUTO SEQUENCE 4 6 GO TO AGA ADR CALC 0 A0D 0 ir 1 ci 0 22 5 A1D 0 DATA 1 2 if 3 156 4 iv ee 5 j GomD 1 A1V 1 C ACA 0 i
171. A 4 4 4 11 MULTI FRM ON OFF MODE AUTO MULTI FRM 3DIMEN AUTO MULTI MEM MULTI LIST MDIA ADRS ADRS MDIA FD b MEM MULTI PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS A ADRS V MULTI AUTO PROT LENG AUTO FIX 77 AUTO 1 FIX 1 FIX Bch o LENG 1 1 ch 1 0 24 2 ch 5 1 2
172. SENS RANGE 3098 Fix 10 000 44 7214 44 721 3048 Fix DE OFFSET lt SPCTRR Rch 3 0 00000U POMER Bch off 0 000000 SAMPLING 10 00 1 000 50 000 Taecaec 500m 0 FregtHz 10 0k 190 0KsEERHETIME 30 4101 VU 42 50096 Hz e2 2315 dBUy 250 0 FDBXAY 7 000 Hz 20 4442 daur 4 00000msec MA DTSP MODE TGRATICULEIDU 0 ICHOLS 7708817 LIST 5 1 P3 5 RNRLYZER 177 019 00900 3098 2048 FRES 100KHzliNpuT 90 18 00 50 897 4 9 15 13 8 CHANNEL 77 1024 100kHz INT FILT Da Bch _ 3048 Fix B Bch 2008 OC FIX RB 3 gt TRIG 1 FgEE REPEAT Rch 0 0000 2 00 SENS RANCE 3 TRIG 2 9 0 0 0 000sec 30dB pephIHLT FRHIRUTOFIX 2 512 FiX OFF 44 72140 Ach iCHL HRRNING HIST 256 FFT 1024 32hit dig 2008 POWER IREFORH RCh OFF FLAT FIX AT Bch OFF FLRT RTU YIR OBYr KATH t jw FLAT offS ADHER H 1 off SCALE Urms DEGREE Hz 0000
173. 2ch FFT ANALYZER 6 3 IEEE o 6 8 3 6 n A 6 8 4 L 6 9 1 4 4 6 9 1 6 9 2 6 9 2 6 9 8 6 9 3 6 9 4 64 6 9 4 D 1 6 1 0 24 6 10 1 6 10 2 4 4 6 10 2 57 A 5 6 11 1 4 60 11 1 6 11 2 44444424242 6 11 22 6 8 8 4 0 11 3 Q Hk 2ch FFT ANALYZER xiii 9 1 215 kak gs a e a 9 1 9 2 7 4 9 2 5 406 ooon o 9 3 SIATE I 44 4 9 4 5 55 AT 5 9 5 6 9 6 9 7 5
174. 9 8 560 400 1 750 b GPIB 488 1978 TTL TTL 5 v f T CMOS g BUSY GO NO GO 9 9 P1 ft 9 9 AC 48Hz 68Hz 90y 264yv b 0 40 RH lt 80 20 65 RHI 80 70 330 W 200 420 mm f 18kg 9 10 P1 9 10
175. RPM gt START STOP STEP NOISE START STOP STEP NOISE 100 10 200 510 3002 10 1000010 4 8 6 11 t SLOPE o F u MODE START STEP START STEP MODE START MODE TRACKING ON OFF SAMP SET SCHEDULE TRACKING RPM TRACK MODE CIRC MAP 3D CAMPBELL MEMORY COND
176. SLO TRIG MEAS HOLD TRIG REPEAT SOURCE A BUZZER MARKER GEF TRG LEVEL 0 lt 27 gt gt 4 4 2 TEESE 5 HOLD MEAS TRIG MODE gt TRIG REPBAT SOURCE A BUZZER LED ON LED OFF 10 7 D 4 4 2 P7 EESE TRIG gt 8
177. VIB VEL Ach 2 5 MEASURE WINDOW 4 6 2 P15 DISPLAY TIME SPEC FREQ RESP EXTEND VIW 0 REEK TIME 1 AUTO 2 IJR A CEPSTRUM 8 ENVELOPE 5 HISTOGRAM 6 P D F 7 i 8 SPBC 9 10 LIPTERING 11 1 1 1 1 0CT 12 1 3 1 3 0CT 13 14 CRSS CORR 15 IMPULSE 16 SCOT SCOT 17 IML ML 18 CRSS SPCT 19 ACTIVE 1 20 FREQ RESP 21 COHERENCE 22
178. 2 4 7 1 74 7 2 gt b 4 6 5 CURSOR VERT MODE v 0 OFF HARMON 1 1 ON 0 NO CURSOR 1 1 CURSOR 2 2 CURSOR SAMEER H D T 4 7 3 4 5 8 4 5 8 3
179. Ach Bch 5bv 40mV Ach Bch DC 1 256 9 4 1 9 4 AB 2 A 1 B 1 1 64 128 256 512 1024 2048 4096 8192 1Hz 100kHzZ 1 2 5 1 6 20kHz 20 kHz 1 25 1 50 1 100 1 200 1 400 1 800 1 1600 1 8200 yi 1 64 128 256 512 1024 2048 4096 8192 2 i 64 128 256 512 1024 2048 4096 8192 DC
180. 3 OPERATORS EXTEND gt KIE MULTI 0CT MULTI OCT ON OFF Aa 2k FLAT 1 8 OCT 1 1 0011 4 8 7 2 F oE DISPLAY MODE gt OCT HIST LINE DISP MODE GRATICULE OVERLAY NYoUISY NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 D SET 3D 2D IMEN DISP MODE MONITOR COND MEASCOND PH UNWRAP NORMALIZE MARKER AB C 4 5 3
181. 7 3 3 5 09 9 1 4 5 2 122 START STOP LED ON LED OFF D 57 CONT AVE START STOP CONT 1 AVG 0 1 2 1 3 3 5 2 2 MODE AVERAGE menu 1 2 NORM STATE ITEM HIST AUTO CORR CRSS CORR SPECTRUM MODE ADD PEAK EXP NUMBER 10000 NUM DSP 1 1 0VERLAP 50 REPEAT 1 4 AVERAGE menu 2 2 RESTART off OUTPUT
182. FFT SWEEP 2 FTFT FFT 1 10 20 40 80 160 3 20 1 5 X 1 2 101 gt 1 1 201 gt 2 1 401 gt 4 1 8015 gt 8 1 1601 gt 161 32015 gt 321 3 4 5
183. HI 1k 100 10 Hz 3 LOW 1 3422 7 1 1422 7 d Low 1 0 29 31 0 3 27 i2 18 42 31 i5 18 99 9 4 8 7 gt gt A EFIE P4 3 1 DISPLAY EXTEND gt 1 1 0CT
184. MEM COMP 0 save 0 LIST MDIARAM ADRS A ADRS V MDIA FD MDIA CMOS MEM COMP PROTEC 0 DELBTE 0 INSERT 0 CRUNCH lams ams V MEM cOMP AUTO PROT 721 LOAD 2 ee 22 2 3 8 4 P13 n b SAVE LIST n d MDIA CMOS RAM FD CMOS CMOS n e ADRS 1 PROTEC n g DELETE n h INSERT CRUNCH AUTO PROT
185. VALUB i 1 8 OCT 6 BAND 1 1 OCT M6B BAND 6 7 1 P34 4 OPERATORS PROTEC OPERATORS MEMORY v PSR 0 0 1 DISK 10 2 CMOS MSR o 0 RAM 1 DISK SAVE 2 1 8 DML 0 OFF 0 1 1 18 LIST 2 2 CMOS DPS 9 0 RAM 1 DISK kkk 2 CMOS 0 0 RAM 1 DISK 2 PROTEC MEp 0 0 RAM 1 DISK kkk 2 CMOS DELETE MEil 0o 0 1 DisK kkk 2 CMOS INSERT CRD 0 RAM 1 DISK CRUNCH 2 CMOS APD 0 1 AUTO PROT I APD 1
186. XE 26 AVERAGE STATE 4 5 2 BAD CONDITION 4 5 2 BAD CHANNEL BAD FORMAT 4 0 1 BAD ITEM BAD MEDIA HARD4 2 HD BAD MEMORY ADDRESS 4 9 BAD MEMORY AREA
187. 2 1 4 6 1 4 7 1 gt P1 w 7 70 ch Ach yay 5 2 2 AO AG d CO oe 30 5 GP I B
188. 4 7 3 2 4 4 27 2 U 6 CURSOR READ gt PLANE LED ON 2 2 LED OFF 1 UPPER LOWER b NUMBER 2 4 4 2 PLANE LED ON 1 2
189. WAIT AWT 0 TIME 1 WAIT 2 CONTINUE AWF FLG AWC TIME AWD 0 mSEC 1 ISEC TIME 2 SRQ SRQ 1 580 6 7 1 P50 OPERATORS EXTEND AUTOSEQUENCE 16 61 JY AUG 0 0 1 DISK LOAD 2 CMOS AUP 0 0 IRAM 1 DISK SAVE kkk 2 CMOS AUL 0 OFF 0 RAM 1 1 DISK LIST 2 2 CMOS PPS 0 o 0 1 DISK kkk 2 CMOS PROTEC PPR 0 o 0 IRAM 1 DISK iCMOS PROTEC _ PAD 0 1 IDISK kkk 2 CMOS DELETE i 0 RAM i 1 DISK INSERT i 0 1 DISK CRUNCH 2 CMOS AUA 0 OFF 1 ON AUTO PROT I AUA 1
190. Ach SNA 0 60dB 1 50dB 2 40dB 1 304 4 20dB Bch SNB 5 i 10dB 6 0dB 70 10 i 20dB 9 1 30dB PT INPUT MODE 0 20kHz 1 10 2 Ach 2 1 5kHz 2 kHz HPF 4 1 2 5 1500 Hz HPF 6 200 Hz Bch 7 100 Hz 8 50 Hz 9 PASS 1 LPF Ach 0 50KHz 1 20KHz 2 10KHz LPF 3 PASS Bch LPF AMP 0 20dB 7 7 Bch EBA 1 0 Ach EAR RECTIFIER 0 OFF Bch EBR 1 RECTIFIER p 6 7 2 7 2 DWD SQM nnn 1 1 0 0 1 1 2 2 4 3 8 4 1 6 5 82 6 64 7 128
191. FRQ 10 2 FRQ 2 FRQ 2 FRQ 6 6 6 6 6 6 1 K 6 1 gt lt 1 2 H 5 6 7 p
192. USC 1 SET COM i USC 1 U S C 05 1 RE SET FUNC i USF 1 U SF UNM USER NUMBER 0 1 1 2 2 3 NUMBER 3 4 UBN 0 12 BUFFER NUM 1 i4 UAD ADDRESS UCM 0 1 1 2 2 8 MEAS 4 IMULTI COMMAND 5 Tl PS DISPLAY USER MATHI 0 U1R 0 BF1 1 BF2 2 BF3 RESULT BF 3 BF4 01 0 1 1 BF2 1 2 4 1 5 DESK iCMOS U1M MOVE MATH 1 1 W WEIGHT W C R R I 6 7 1 16 DISPLAY USER 2 U1R 0 BF1 1 2 RESULT 3 BF4 1 02 0 1 1 BF2 2 1 DATA 1 3 BF4 2 01 0 1 BF2 DATA 2 2 1
193. 2 5 NODE SWEPT SIN 2 9981 0 1 0 0 30 0000 4 473 FRED 2 70 00UkHz FFSET FE SPETRHI 0 0000 iBURST POWER att soy iMEHDRY ROR 10 00 20 00 FRH GEHLENG DB OUTAT 4 8 4 P16 ON 3 dB Oct ON 8dB Oct 4 8 5 1 4 8 5 4 USER1 USER2 USER3 USBR4 1 7 1 2 4 A B C
194. OPERATORS 71 EXTEND TRACKING SAMP SET P52 MEMORY AREA TSC 0 1 SAMPLE CLOCK TMO 0 6 25 100 12 5 2 i 25 Sis 5 0 4 100 MAX ORDER 5 200 TLR rpm i LOW RPM THR rpm HIGH RPM TDF 0 DETECT FREQ 1 TCU 0 o CUPLING 1 TRL LEVEL f TPR PULS ROT TRT 0 FREE TRIG 1 ARM TTL TRIG LEVEL ITTF 0 OFF TRIG LEVEL 1 TMS 0 OFF MEMORY AREA 1 ON TMM 0 RAM 1 ROM MEMORY AREA 2 CMOS 6 7 1 P53 OPERATORS EXTEND TRACKING SCHEDUL TRS 0 A D SCHEDUL T S
195. TAW A TBW B MAW AA MBW B P 1 6 7 8 gt K mm ACS ADR AFQ AGA AGC AIL AIV ALC ALF ALL ALU AMD ANS AOL AOP APD APM APP APS ARA ARB ARS ASB ASC ASD ASE ASI ASP ASQ OPERATORS EXTEND AUT0 SEQUENCE ADDRESS OPERATORS EXTEND AUTO SEQUENCE CALC ALGBRA DISPLAY EXTEND CORRECTION OPERATORS EXTEND AUTO SEQUENCE COMMAND OPERATORS EXTEND ANLG COMP AVE NUMBER DISPLAY EXTEND ACTIVE I CORRECTION DISPLAY EXTEND ACTIVE 1 CAL AVE MODE NUM DSP DISPLAY ACTIVE I LOW FREQ OPERATORS EXTEND AUTO SEQUENCE GO TO ADR OPERATORS EXTEND AUTO SEQUENCE GP IB COMMAND OPERATORS EXTEND AUTO SEQUENCE IF LOGIC DISPLAY EXTEND DISP MODE DISPLAY ACTIVE I DISPLAY ACTIVE I LOW FREQ MENU EXTEND ALGEBRA LOW MENU EXTEND ALGEBRA UP DISPLAY EXTEND ACTIYE 1 MIC DISTANCE MENU EXTEND MATH ALGEBRA LOW AVE MODE
196. b SWEEP 4 5 1 A ch B ch 4 8 3 P2 OPERATORS OPERATORS FRA PANEL PRINT FRAME EXTEND 00 EEN MD swgsp 7 SET FRA SWEEP SWEEP SET SOURCE SWEEP MODE RAND BURST LINEAR PERIO 106 SWBPT SIN INPUT LIMIT 7 MULTI SIN 1 000007 EXTRA MULT OUTPUT LIMIT INPUT LIMIT 1 00000Y 1 000007 FREQ SPAN OUTPUT LIMIT 3DECADE 1 00000Y STOP FREQ FREQ SPAN 10kHz 3DECADE SWEEP RATE STOP FREQ 20 DECADE 10KHz BURST RATE off 50 4 8 3 FF AA gt IT FREQ SPAN 1 5 STOP FREQ
197. SYP No SYN Eg NATURAL FRQ p S YM DAMP RATIO SYF STIFFNESS _ SYR RESID MASS ias sys RESID STF SYD i DELETE SYA 1 DELETE _ OPERATORS EXTEND MLT OCT IWF 58 0 1 ON OFF OFL 0 1 1 2K 2 4K 3 1 8K 4 20K DATA 5 40K 6 7 1 59 OPERATORS EXTEND MEM MULTI RMD 0 0 1 DISK 1040 2 CMOS SMD 0 0 RAM 1 iDIiSK SAVE kkk 2 CMOS DML 0 OFF 0 RAM 1 1 DISK 1 157 2 2 CMOS DPS 0 o
198. COMP EXECUTE STRT STOP UPPER SET LOWER SET 00 NOGO 77 gt 2 DRZE BLOCK SET BLOCK SET X SPAN Y SPAN DELT Y COMP BLOCK BLOCK SET NUM 0 MODE LEVEL POSITIVE Lam L0 DISP DISPLAY on BLOCK off NUM PARAM 2 0000m 2 1000m 0 00000 10 0000 0 00000 NUM 4 8 1 P5 MODE PEAK P o a LEVEL PEAK LEVEL POSITIVE NEGATIVE POSITIVE GO 1 060 0 NEGATIVE GO 0 NOGO 1 LO0 DISP UP DISP LO0 DISP U
199. CURVE FIT1 INITIAL OVERLAY TRANS CURVE 1 2 LIMIT ENTER DELETE CLEAR ALL UP DOWN y 371733 UP DONN V LIST OVERLAP INITIAL CURVE FIT1 CURVE FIT2 LIMIT ENTER DELETE CLEAR ALL 4 8 9 6 OPERATORS EXTEND CFT 0 CURVE FIT 1 ON CFL 0 LIST 1 ON CFS 1 START CFS 1 CFB 1 1 BREAK CFS
200. ENTER LABEL LA BE L AB EL ENTER NUMBER EQUALIZE DIFFERENT FREQ 2 EQUALIZE DIFFERENT FREQ RESP EQUALIZE DIFFERENT ITEM F FD BAD STATE FD HARD FILTER DIFFERENT FREQ 2 FILTER DIFFERENT ITEM STATE 4 8 3 G GPIB MODE IS NOT TALK ONLY
201. 1 DISK 2 CMOS PROTEC PPR 0 0 1 DISK 2 CMOS PROTEC __ PAD 0 0 1 DISK _ 2 CMOS DELETE Sx PAI 0 i 0 RAM TrA 1 DISK 2 CMOS INSERT CRP 0 RAM 1 DISK CRUNCH 2 iCMOS URA 0 1 AUTO PROT 14 CURA 1 DISPLAY USER 4 8 5 2 21 1 SET FUNC UNM 0 1 2 NUMBER 3 UBN 0 BUFFER NUM 1 UAD ADDRESS UCM 0 1 2 3 4 COMMAND 5 J y UIN 1 INSERT CU IN 1 U IN UDL 1 DELETE CU D L 1 U DL 1USC 1 SET CU SC1 USC2 USF 1 CU SF 1
202. 2 7 SPECTRUM Ai Bi 1 ADD PEAK EXP MLT ADD MODE MLT ADD ITEM TIME PEAK i i 1 1 An 2 3 1 1 mn 1 n Bm 1 1 2 2 1 7 1 ADD 4 5 2 MLT ADD 4 4 4
203. CRT 0 1 1 M 2 1 141 4 11 TRANS 5 1 A 3 3 3 2 3 3 MEINU 4 2 2 1 5 gt ENTER 4 ENT CRSR SS NUM EXTEND MENU EXTND WINDOW MATH REFORM 1DBHAMMER FFT POINT GPIB MENU EXTND MULT DATA 3 3 3 P2 a WINDOW 4 5 1 WINDOW RECT HANNING MINIMUM FLAT TOP FORCE RES USER FORCE
204. 0 d B 1 414 LOG LOG 1 0 2 0 d B 10 20 6 10 6 10 6 10 1 6 10 1 1 6 10 9 CK 6 10 42 1 6 10 P1 6 10 1 O 1 a F HY VEDRAHLIZTYFRCRRIFY CRR 0 CRR 1 2 CRR 0 2 1 1 1 0 0 1 e 7 28 9 0 9
205. FACTOR OKE Ach Ach 1 000V MENU ENT CRSR gt 5 91946dBVr FACTOR 1 00000 UP 1 00000 LW 1 00000 1 976 Achn 506 13m 0 5 0 6 1 3 4 6 4 P7 0 0000K Hz MAX 20 0000k Hz 5 91946 dBVr 1 U ENT CRSR 7 INPUT LED ON DISP LOW DISP CAPITAL
206. 2 J 83 27 55 2 J 2 6 CLOCK OUT CLOCK IN BNC b NO i 1 asy Dyin Nan 3524 25 09 1 PZ 2242 2243 1 8 2 7 KO I63A 25 1 18 1 2 1 C 2 C 3 J 1 4 83 J 83 5 J102 J105 J2
207. 6 29 GP I B 6 2 P1 6 GP 1B 1 HELP INITIAL b 2 GP 1B i b
208. OBZ OFL OFM ORB OVA OVB OVL OWT OPERATORS EXTEND OCTAVE ON OFF OPERATORS EXTEND OCTAVE HI LOW INPUT MODE OVER BUZZ MENU EXTEND MATH OPEN CLOSE OPERATORS EXTEND MLT OCT ON OFF MENU EXTEND MATH OPEN CLOSE DISPLAY MODE OCT Ach INPUT MODE ON OFF Bch INPUT MODE ON OFF OPERATORS EXTEND MLT 0CT DATAA OPERATORS EXTEND OCTAVE FLAT A WEIGHT B WHIGHT C WHIGHT DISPLAY MODE ORBIT Ach INPUT MODE AY Bch INPUT MODE AY DISPLAY MODE OVERLAP OPERATORS EXTEND CURVE FIT OVERLAP DISPLAY MODE OVERWRITE ED TT A A A A A LA ABE Za Aa RY D EET Ra A SAR Y sme Aa PAD PAI PCL PCU PDA PDP PHL PHP PHU PLD PLL PLM PLS PLT PLU PNC PNF PNG PNM DISPLAY USER DELETE OPERATORS EXTEND AUTO SEQUENCE DELETE OPERATORS EXTEND MEM SI G DELETE DISPLAY USER INSERT OPERATORS EXTEND AUTO SEQUENCE INSERT OPERATORS EXTEND MEM S1 G INSERT MENU EXTEND MATH PHASE CORRCT MENU EXTEND MATH PHASE CORRCT OPERATORS PRINT DRAW SIZE OPERATORS PRINT DRAW ORIGIN MENU EXTEND MATH PHASE CORRCT DISPLAY MODE PHS UNLAP MENU EXTEND MATH PHASE CORRCT OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS PRINT DIRECTION COMPARATOR SHAPE SET LOWER DISP LEVEL PRIN GRAPH FRAME M
209. OFF 1 0 5dB 1 0dB 1 OFF 5 8 0 1 0 8 0 1 0 0 0 9 5 SREB I d 1 1 1 3 DC IFFT FFT 0 183107 2 2 4 5 8 10 16 20 25 832 40 50 64 80 100 125 128 160 200 250 256 320 40
210. _LOG DIFFERENT ITEM X Y Y_LOG Y 2 2 STATE 4 5 6 1 1 ch STATE 1 ch 2 c h 4 4 1 3 8 3 STATE 3 3 4 6 6 3 1 1 8 9 7 ANAN 2 529 8 9 JAY ANNVH ES 9 asan IWYVYJ SUOLYUAdO 2 TAYA 2 NALX LNIOdLAIA HLVN 2 9 21 5 TAVTdSTG y y lt 2 9 5 o
211. 1 A JIE 4 4 1 4 4 4 AC DC vosrenurausauranruaauue DC 2 4 4 4 2 ooesurarsossaeoe Bch
212. 4 5 4 9 9 EPS 4 9 2 4 9 3 4 9 3 4 9 4 44040474 4 9 4 4 9 5 1 44 4 4 4 9 5 4 9 6 47445 4 42 2 44 4 9 6 1 gt gt 4 10 1 4 10 1 4 10 2 XY 4 10 72 1 21 H E L 4 1 1 1 4 11 2 144 4 11 02 4 11 38 4 4 4 11 39 4 11 4 90 4 1 1 4 4 1 1 5 4 11 65 A JJI F DRZE 4 i 2s jamn BNC 4 12 1 4 12 2 eR 4 12 2 4 12 38 44 4 12 39 4 12 4 4 1 2 4 MN Row
213. 1 E 9 1 9 1 SCOT ML 2 a 38 9 SN i 1 1 1 3 1 2 2 3 2 RPM RPM
214. LIST MDIA CMOS RAM FD CMOS CMOS m e ADRS PROTEC m g DELETE gt m h INSERT gt m i CRUNCH AUTO PROT m k LENG AUTO FIX AUTO FIX 1 LENG 3 3 4 P12 OPERATORS EXTEND
215. Y Y SCAL FULL SCAL 5 Y SCAL LOW ENT _ ENT CRSR ENT AUTO SCAL LED 0 LED OFF DISPLAY Y SCAL 70 0000 10 0000 AUTO SCAL PY 0 iAUTO SCAL FULL SCAL Y 1YMN 1 YFS 1 FULL SCAL 4 6 4 P1 4 6 4 RU X Y 1 Vrms 2 DEGREE RAD 8 ZRI 4 CPM Hz CPM 5 5 52 6 Y y kkk 7 BESE DISPLAY UPPER LOWER SIN
216. i DISP NUM SMP 0 164 1 1128 2 256 8 1512 4 11024 512048 6 14096 SAMPLE POINT 7 18192 MET 0 OFF 1 ON TRACK FEFT HPC 0 16bit PRECIT10 1 32bit gt 9 1 BRI gt ELZET ERER CMOS DOF MEMORY OPERAT C E PANEL PRINT F 6 ER MEMORY gt comp FRAME EXTEND Z000 FRA CMOS MIA FD CMOS CMOS MEM DATA LOAD 0 MEM DATA PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS ADRS V MEM DATA AUTO PROT FD LOAD1 SAVEL 1 FD 10402 FD SAVE2 LIST
217. o 100 10 20010 30010 1000010 7 5 SLOPE SLOPE F MODE START STEP START STEP MODE START START MDE TRACKING ON OFF SAMP SET SCHEDULE TRACKING RPM TRACK MODE CIRC MAP 3D CAMPBELL MEMORY coND SET TRACK
218. 1 FILTER i LFP 1 1 DISPLAY EXTEND P11 CORRECTION LOWFREQ LOW FREQ Jv 0 LINER 1 1 1 2 1 8 DISP TEMPERATURE APS mbar PRESSURE AMD mm MIC DISTANCE ACS dBSPL CAL Ach CAL 1 Bch CAL 0 OFF CORRECTION 1 ON ACP 0 OFF CORRECTION 1 iDISK PHASE Hz LOW FREQ ASC 1 SPECT ca1 CA S C 1 A S C 1A4LC 1 AL C 1 ALC 2 X1
219. 4 amp 6 5 T 4 6 16 4 6 16 1 4 6 17 a N Aa 4 6 17 P 1 6 8 e O 4 6 18 1 4 6 19 2ch FFT ANALYZER viii 7 V 4 7 1 e m nE 1 4 7 3 2 74 1 4 ZARE T H D srr T H P prere 2 5 SDOF wo oS mo 8
220. 6 ON OFF SAMPLE SET HARD SET menu 1 2 menu 2 2 TRACK MODE NO CONTROL off NO FILTER SAMPLE CLOCK CUPLING EXT AC MAX ORDER LEVEL 12 5 0 0007 LOW RPM PULS ROT 20rpm 1 HIGH RPM TRIG 15000rpm FREE DETECT FREQ TRIG LEVEL 0 0007 TACHO FILTER on MEMORY AREA off RAM 10 49 FRAME SIZE 118 SAMPLE CLOCK INT EXT EXT ORDER 6 6 25 12 5 25 50 100 200 LOW RPM HIGH RPM DETECT FREQ on off COUPLING
221. C 5 Humea 129007 5 4 3524 5 11 1 Na 3524 25 12_ 1 209 7 2241 13 1 2 PIN 112131415161 7181911011 12 1 5 8 9 10 11 412 131 14 15 1 Bl i 21 3 1 4 1 51 6 7 81 9 1 10 11 121 131 141 15 4 PINII71181191201211221231241251261271281291301 A 17 18 19 201 21 22 23 2 125 26 27 28 29 301 1311 3 B 17 18 19 20 21 22 23 2 25 26 27 28 29 30 31 3 E 27 TEMUS IRIRE AI2X10 2 1 r 6 _1 jm 1PZ 2302 1 2 z 2329 1 381 064 1 1 m 360 064 8 111 P15 1 4 2 1 2 D 2
222. REPEAT HOLD MEAS TRIG REPEAT 5108 souk Ach 807728 MARKER LED ON LED 5 1 2 REOi EGOkRz TRIGGER pe VME Bch Rch 5 6 WAIT 5 000 00 00 00 14 14 L 14 4 0 000000 POs111ON TIME SL Bch 2 0000asec Beh DELAY oft 5 000 4 0 00000 77 1 2578 sec EREN IRTO RODE REPERT 52 ISGURCE A TEUZZER INRRKER 4 4 2 P8 D RERE EERE TRIG MODE gt WAIT TIME TRIG EEI REPEAT EE MEAS F ARVAD 808 a 4 4 2 h EERE B c h TRIG MODE TRIG gt
223. X Y 1 2 RIGHT FIX LEFT FIX CENTER MOVE CENTER FIX OVERALL 1 UNIT Vr Vr VrX dBVr 9
224. 1 i LOW DISP V Vrms YVU 0 gia V 1 RJE Vrms UP Y READ PHBASE YPU 0 DEGREE 1 IRAD 1 UP Y READ YUU 0 NORMAL 1 1 Y UNIT XUU 0 iHz 1 CPM UP X UNI V Vrms YVL 0 REE V 1 RIE Vrms LOW Y READ PHEASE YPL 0 DEGREE 1 LOW Y READ i YUL 0 NORMAL 1 1 Hz LOW Y UNIT XUL 0 1 1 LOW X UNIT FACTOR U 3 3 1 12 DISPLAY EU 2 2 EUM 0 FIX 4 MODE 1 AUTO A EUA 0 E U 1 imm 2 mm S 3 mm SS UNIT 4 6 B EUB 0 EU 1 imm 2 mm S 3 mm 5 2 UNIT 4 G EU EUU EU A EUU 4 4 UNIT DSP E U EUL EUL EDU 4 4
225. WETERING LOW LEVEL FILTER a LOW LEVEL LIFTERING LOW LEVEL LOW LEVEL LOW LEVEL b FILTER FILTER 1 LOW PASS HIGH PASS 2 FILTER LOW PASS HIGH PASS LOW PASS HIGH PASS 100 LOW PASS 1 0 0 HIGH PASS 1 0 0
226. ocT o POWER REAL IMAG UWIT ORD UNIT Hz Hz 0R RPM CPM BAND T1 T16 ORD STRT STOP 2 RPM TRACKING ON OFF STRT STOP SAMP SET SCHEDULE _ SET TRACK TRACKING MAP 3D CAMPBELL MEMORY COND RPM TRACK MODE CIRC
227. 0 STRT 100 STOP RESPONSE 0 STRT 100 0 30000 USER Ach 0 0 EXTEND WINDOW WND 0 RECT 1 CHANNING 2 MINIMUM 8 FLAT 4 FORCB RES WINDOW 5 USER FST FORCE RST RESPONSE 1422 RSR 0 RESPONSE 1 A USA 0 IRAM 1 DISK 2 CMOS USER i B USB 0 1 DISK CMOS USER og 4 8 5 MATH menu 1 4 ALGEBRA UP off DATA1 UP DATA2 LOW ALGEBRA LO
228. IWF GRT 0 ON OFF 1 GRATICULE DISPLAY MODE OVERLAY OVERLAY CURSOR READ NYQUIST ION REAL t IMAG iMAG PHASE iLOG Z E bapak DISPLAY MODE NICHOLS REDUCE DATA IWF 0 OFF NICHOLS 1 ON NCU 0 NORMAL 1 PHEASE CURSOR READ NCL 0 NORMAL 1 PHEASE CURSOR READ X 360 2 1 360 560 SCAL i i DISPLAY MODE ORBIT ORB 0 OFF ORBIT L 1 RDC 0 REDUCE DATA 1 RDS 1 DISPLAY MODE LIST
229. fg FIT HALF WI f i DAMPING f j SIDELOB D SET RIGHT CS LEFT CS MAXIMUM MINIMUM DELTA CSR SET READ PEAK FIT SIDELOBE OVERALL HALF WID DAMPING SET READ RISE TIME TIME INT FREQUENCY SET READ THD THP 2nd HARM 3rd HARM 4th HARM 5th HARM SET READ SDOF N amp D SDOF P amp P TRANS f a RIGHT CS EA Y 1 0 LEFT CS MAXIMUM f d MINIMUM DELTA CSR 8 8 2 P5 f k OVERALL 1 RISE f m FALL TIME TIME 1 FREQUENCY THP THD Total Harmonic Distortion f r 2nd HARM 2 3rd HARM 3 f t 4 th HARM 4 f u 5th HARM 5 f v SDOF N amp D f w SDOF P amp P TRANS SDOF N amp D SDOF P amp P
230. k 3 E 2 gt 0 45613 1 0 481535 2 0 14387 5 0 012485 i k 4 W n E ak cos 2 a o 0 21170 k 0 1 0 40565 2 0 21808 0 09435 4 0 01022 4 5 2 P1 EEDE AVE MODB gt mo AVERAGE AVERAGE menu 1 2 menu 2 2 AVRM STATE RESTART ITEM off TIME OUTPUT HIST off AUTO CORR VIDEO PRI CRSS CORR X Y PLOT SPECTRUM 5 MEMORY DSP MODE ADD EXP MEMORY RAM NUMBER 10 STRT 50 19 STOP NUM DSP 1 1 0VERLAP 50 gt ITEM TIME HIST AUTO CORR CRSS CORR SPECTRUM
231. 1 3 0 GO NG GO 1 NG 0 0 1 1 0 2 2 2 1 AND OR 3 0 3 3 2 1 2 AND OR 8 3 2 2 1 LOGIC 0 BLOCKO OR BLOCK9 AND BLOCK14 BLOCKO LOGIC 1 BLOCK1 AND BLOCK2 BLOCKI 7 1001629 BLOCK29 2
232. MENU EXTEND gt ENTER FFT POINT MENU BXTND WINDOW MATH REFORM DB HAMMER MENU EXTEN MULT MATH MAKE DATA GPIB 4 9 5 2 TRACK MEM HIST POINT 256 ON OFF DISP MEM NUM 50 SAMPLE POINT 1024 TRA MEM PRECISIO 32bit 29 MENU EXTEND 4 9 5 P3 FFT FFT PRECIT10 vy HDP 0 164 1 128 2 1256 8 512 4 11024 5 12048 6 14096 HIST POINT 7 18192 DPN 1 DISP NUM S MP 0 164 1 1128 2 256 8 1512 4 11024 5 2048 6 14096 SAMPLE POINT 7 18192 MET 0 OFF 1 ON TRACK 1 1 1 1 1 4 1 9
233. OUTPUT LIMIT B ch NPUT LIMIT Ac h OUTPUT LIMIT BURST 4 8 3 P4 f FFT FFT M LED g 2 3 20kHz
234. WFL MENU EXTEND MATH WEIGHT WFU MENU EXTEND MATH WEIGHT WND MENU EXTEND WINDOW WTL TRIG MODE WAIT TIME WTM TRIG MODE WAIT TIME XFS DISPLAY FULL SCAL XLG DISPLAY X L0G XLL EXTEND MATH 106 XLU EXTEND MATH X_LOG XMN DISPLAY X SCAL XUL DISPLAY EU LOW X UNIT XUU DISPLAY BU UP X UNIT X1TF DISPLAY SCAL MLT FRAME NOOR A AE tam YFS DISPLAY Y SCAL FULL SCAL YLG DISPLAY Y LOG YMN DISPLAY Y SCAL YPL DISPLAY EU LOW Y READ YPU DISPLAY EU UP Y READ YUL DISPLAY EU LOW Y UNIT YUU DISPLAY EU UP Y UNIT YVL DISPLAY EU LOW Y READ YYVU DISPLAY EU UP Y READ gt ZCF ZCP ZMG ZMS OPERATORS Z00M CENTER OPERATORS 700 CENTER OPERATORS Z00M MULTIA Y OPERATORS 700 0N OFF 6 7 3 P18 6 8 GEB R OoOo ESED a 6 8 1 IEEE i 6 8 2 I E E 42992222222 6 8 3 P 4 4 44 6 8 4 6 8 6 8
235. 3 OUTPUT ON 4 9 2 STRT STOP AVE START STOP gt L ED b lt START STOP gt LED CONT gt LED 1 LED RESTART
236. 8 1 2 8 NOP GPIB GPIB GO T0 CALC WAIT SRQ S RQ END OPERATOR EXTEND MEMORY PANEL PRINT gt ls COMP FRAME EXTEND 1001 FRA ENT eE OP EXTEND LABEL DATE J TRACKING FD FORMAT ANLG COMP OP EXTEND OCTAVE LOG MODE MULT MATH CURVE FIT SYMTHESIS MULTI OCT OP EXTEND MULTI COMP AUTO 5501 AUTO SEQ STRT STOP 1 STEP CONTINUE NO BUZZER CONT JMP AUTO SEQ INSERT DELETE ADR 1 0 5 TMENU AUTO SEQ MEMORY PRM REAL INT
237. X 4 6 3 X SCAL FULL SCAL MLT FLAME lt gt gt lt lt gt _ X SCAL LOW ENT ENT CRSRENT 0 00000 20 000K FULL SCAL FRAME LED ON LED OFF gt X gt lt lt gt LOW ENT X UP ENT X CRSR ENT 3 3 1 P21 DISPLAY X SCAL XFS 1 FULL SCAL FULL SCAL
238. PRT 0 1 START BREAK PRF 1 FEED PLT 1 START PMD 0 1 i MODE PLS 0 4 1 2 USER PAPER SIZE PSU X SIZE Y SIZE USER SIZE PDP 1 1 j DRAW ORIGIN PA 1 PDA 0 XAK S 0 DRAW SIZE 1 o 1 PLD 0 DIRECTION 1 PLM 1 1757 201 4 8 PNG 7274 PNG PNF 10 PNM PNC PP EF 0 1 OPERATORS 222 COMPARATOR 1 2 6 7 1 P37
239. 0 00000 0 00000 Y DIRECTION HORI GPIB MODE GP I B TALK ONLY DEVICE PLOTTER menu 1 2 MODE 0 GRAPH ON 1 PEN FRAME ON 1 PEN MENU ON 1 PEN CURSOR ON 1 PEN FEED ON OPERATORS PRINT 3 3 4 0 7 1 START BREAK 1 1794 6 i FEED PLT 1 START 1 PMD 0 MODE PLS 0 1 4 1 1 2 USER PAPER 178 3 PSU X SIZE 517 mm USER SIZE f 1 Y DRAW ORIGIN 121 1 PDA 0 X 0 Y DRAW 5128 1
240. 2975 ASPL S 4 6 2 P8 DISPLAY EXTEND LIFETERING LLL dB LOW LEYEL 0 1 1 FILTER LFP FILTER 2 1 I gt MEASURE SPL REACT 1 VELOCITY SPECT cal PHASB cor ACTIVE 1 1 1 2z f Ar Ar
241. CHANNEL IS Ach Ac h 4 4 1 3 CHANNEL IS Bch B ch Vo 4 4 1 3 COMPARATOR STATE 4 8 1 DELAY LARGE Bch 4 4 2 10 4 4 4 4 Bch DIFFERENT COND 74 5 2 DIFFERENT FREQ 2 DIFFERENT SAMPLE POINT 2
242. DISPLAY TIME SPEC FREQ RESP EXTEND VIW 0 TIME 1 AUTO CORR 2 CEPSTRUM 3 ENVELOPE 5 HISTOGRAM 6 P D F 7 8 SPEC 9 i 10 LIFTERING 11 1 1 2 2 7 1 1 OCT 12 1 8 1 3 0 18 14 CRSS CORR 15 IMPULSE 16 SCOT SCOT 17 iML ML 1 8 CRSS SPCT 19 A I ACTIVE 1 20 FREQ RESP 2 1 COHERENCE 22 C 0 P 28 5S RN SNR 24 A I SPL SPL 25 IR I REACT 1 27 18 1 SURFACE 1 28 iS 1 SPL SPL 29 VIB VEL VIB VEL 30 31 VELOCITY VELOCITY 82 WINDOW WINDOW 2 USER 4 8 5 3 3 1 P19 1 COMPLEX
243. E MEAS TRIGGER SOURCE Ach Bch EXT 5 6 WAIT off 00 00 00 LEVEL 0 128 0 00000 2 POSITION 512 0 4 0000 5 Bch DELAY off 0 0 0 00000sec MENU gt 1 SOURCE 2 3 MENU ENTER gt 1 2 3 MENU ENTER gt off 4 2 1 2 3 lt MENU
244. FD FORMAT sTART OPERATORS EXTEND FD FORMAT FMT 1 FD FOREMAT 5 F R 2 DAIS y 2 F y 1 OPERATERS EXTEND gt 2 LOAD 0 0 LIST ADRS A ADRS V FD MDIA CMOS MEM DATA 0 DELETE 0 5 0 CRUNCH ADRS ADRS DATA AUTO PROT 2 FD LOAD1 L ED 26 42 4 9 1 3
245. 1 1 7 4 6 1 2 A gt G I gt 6 2 3 ee 6 3 26 2 gt 6 4 1 6 4 1 6 4 2 4 4 6 4 2 6 5 D RKE 6 5 1 o 4 6 5 1 6 6 XE 6 6 1 4545 6 6 1 7 27 yE 1 DISPLAY 24 6 7 1 2 CURSOR 3 MENU 4 OPERATORS sssassaa 5 i a 6 HELP 7 ED 8 FREQ 9 INPUT 2 6 7 2 6 7 2 6 3 6 7 3 gt YRD RAE F 2 a F 0 6 8 1 ctO
246. 1 CURSOR 2 2 CURSOR e SAME CRSR 3 3 2 LED ON LED OFF f MOVE MODE 2 MOVE CRSR CENT MOVE CENT FIX RIGHT FIX LEFT FIX CENT MOVE 2 2 f b CENT FIX 2 2 EO y LTA y 3 f c RIGHT FIX LEFT FIX 2 READ f 4 7 3 CRSR READ PLANE NUMBER POSITION ORDER UNIT Yr SET READ 4 UNIT Wr2 UNIT dBVr PLANE 2
247. 6 4 1 1 4 2 gt FU 6 4 2 1 6 5 1 444 6 5 1 1 6 6 4 44 6444 6 6 1 1 6 7 7 1 a 1 1 DISPLAY 6 7 1 1 2 CURSOR 20 2 29 oo Ea ii OPERATORS seses 6 7 1 55555054444 HELP TRIG FREQ soesrosoenerra UNPUT gt TE Cr r 6 7 2 b JE E RT 6 7 3 P 1 b ni D FRE 6 8 1 2 I E EE 6 8 2 I EEE PEAR PE rE S RES 4 6 8 3 4 6 8 4 1 8 CE 6 9 1 2 A L 55 gt
248. 9 7 gt e 9 8 9 9 z E ee 9 9 9 1 gt Trv a DC 9 10 1 1 27 427 42 042 44 4 4 9 11 10 11 12 P1 Hk T AD3524 20kHz AD3525 100kKHz 2 FFT AD3 5 2 5 DC
249. ACH INPUT BCH INPUT INPUT TEST INPUT SNS INPUT INPUT SET ENVEL OVER BUZZ ON OTF F LED ON LED OFF 9 8 5 1 NPUT OVER LED gt INPUT MODE 1 2 4 4 1 12 Ach cpA 1 AC DC 0 DC Bch CPB 1 AC AC DC GNA Ach GND 0 GNB 1 GND Bch i GND FLT 0 OFF 1 FILTER
250. FEED PLT 1 START PMD 0 MODE ELS 0 A4 1 2 USER PAPER SIZE 3 PSU X SIZE Y SIZE USER 5178 PDP 1 X 1 Y DRAW ORIGIN 1 PDA 0 X EKSS 0 Y DRAW SIZE 1 10 PLD 0 DIRECTION 1 PLM Ja 201 4 8 PNG PNG PNF 10 PNM PNC PPF 0 4 11 4 11 HELP 4 11 1 1 2 4 1 1 2 4 1 1 3
251. 0 1 BF2 2 BF3 SOURCE 3 BF4 1 DISPLAY COMPL ry D CM 0 IREAL 1 IMAG 2 MAG 3 MAG PWR 4 PHASE COMPLEX 5 G DELAY DISPLAY LOG IVF XLG 0 ILIN LOG LIN 1 LOG 1 06 DISPLAY Y LOG yy 0 ILIN LOG LIN 1 ILOG 1 DISPLAY SCAL XFS 1 FULL SCAL FULL SCAL X1F 0 OFF MLT FRAME 1 MULT FRAME X XMN i DISPLAY Y SCAL IWF DpY 0 AUTO SCAL 1 AUTO SCAL YFS 1 FULL SCAL FULL SCAL Y YMN
252. 272 0 OFF ON OFF 1 ON OVER BUZZ INA Ach INPUT SNS INPUT 0 BNC ENY INPUT 1 OPTION INB 2 OPTION Bch 3 108 INPUT SNS INPUT INPUT cn ICH 0 Ach 1 Bch CANNEL 2 ABCh SPF i Hz 25 4 12 4 1 1 EERE INPUT Ach scrap Ach INPU T MDE gt MODE OVER LOV ENV INPUT SNo LED Ac h Ach INPUT AC DC oyp PILTER OFFSET Ach INPUT 7857 OVER BUZZ MIC INPUT SNS INPUT IN SET ENVEL
253. FACTOR Ach 1 0007 1 0007 1 00000 Ac bh B 1 00000 Bch UP 1 00000 LW 1 00000 A B INPUT LED ON LED OFF 8 8 1 11 b UP DISP LED 0N LED LOW DISP LED ON LED OFF CAPITAL LED ON LED OFF DISPLAY EU 1 2 ESI 0 1 AB INPUT ESU 0 OFF 1 UP DISP ESL 0
254. IFFT FFT wr ooo0o Nn Rw MN EERE DISPLAY UPPER LOWER INST MODE EU TIME SPEC FREQ RESP EXTEND USER COMPLEX Eee 2 AVE X LOG Y L06 X SCAL Y SCAL L DISPLAY USER gt USER USER 1 USER 2 0SER 3 USER 4 MENU MEMORY USER INSERT DELETE ADR A 0 5 SET FUNC 4 8 5 P 2 USER USER 1 USER 2 USER 3 USER INSERT DELETE ADR 0 SET SET FUNC MENU USER MATH 1 2 NUMBER 1 BUFFER NUM 2 b NUMBER 1 2 3 4 USER 1 USER 4 72 USER MATH menu 2 2 0 ADDRESS COMMAND NOP MATH 1 MATH 2 MEAS MULTI END RESULT BF BF1 DATA 1 MEMORY RAM 0 MATH next MOVE 1 1 1 jw 1 jw lt 2
255. PLD 0 RAA DIRECTION 1 PLM 1 1797 2 4 8 PNG 1 PNG 8 101 PNM PNC 1 PPF 0 1 FEED 3 3 4 8 4 COMP 4 8 1 5 FRAME 4 4 4 EXTEND 5 BXTEND LABEL DATE AUTO SEQ TRACKING FDFORMAT ANLG COMP EXTEND OCTAVE LOG MODE MULTMATH CURVE FIT SYNTHESIS MULTI OP EXTEND MEM MULTI MEM COMP a LABEL LABEL CAPITAL INSERT DELETE lt gt SET CAPITAL
256. ASB 0 OFF 80 8077 1 ON ASI 1 INSERT ASI 1 ASD 1 DELETE ASD 1 ASE 1 SET CA S E 1 AAD ADDRESS ACM 0 1 GPIB COMMAND 2 IF GO 4 CALC 5 WAIT 6 SRQ 7 END PD 1 OPERATORS EXTEND AUTO SEQUENCE 2 61 GP IB COMMAND 1 A1D 0 5 1 0 4 5___ 1 AlV 2 A2D 0 1 jint DATA 2 2 iflg 3 cursor 4 ivalue Rn NT 2 2 Yalue 1 va lue A1D 4 0 A 1V 2 X2 va lue A2D 4 0 A2V
257. 0 1 DUAL SING 1 2 4 6 1 P2 2 JEE UPPER LOWER LED ON LED OFF DISPLAY UPPER LOWER Yy VUL 0 i FEM UPPER LOWER 1 x Dts E A B A B LED ON A LED OFF B DISPLAY 0 B 1 A 4 6 1
258. Bch DELAY SEC TRIG ARM FREE IWF TRG 0 FREE ARM FREE 1 ARM TRIG HOLD 8 FREQ FREQ 17 P72 2 amp Oji gt N 6 1 0 Hz Hz Hz Hz Hz Hz Hz Hz Hz 1 2 2kHz 10KHz 20kHz 50kHz 00 2 9 INPUT INPUT MODE 1 2 6 7 1 73 DC Ach ON OFF OFA DC Bch ON OFF OFB 1 OF ON AC DC 0 1 AC DC GNA Ach GND 0 GNB 1
259. C 0 P 23 S N SNR 24 1 I SPL SPL 25 IR I REACT 1 27 S 1 SURFACE 1 28 15 1 SPL SPL 29 VIB VEL VIB VEL 30 31 VELOCITY VELOCITY 32 WINDOW WINDOW 4 6 3 P1 UPPER DUAL AVE EU MATH LOWER SING A B INST NODE 1 4 SPEC FREQ RESP EXTEND USER COMPLEX EE 1 06 106 X SCAL Y SCAL DISPLAY X SCAL gt X SCAL FULL SCAL FRAME gt lt SCAL LOW ENT UP ENT CRSR ENT lt 0 00000 gt 20 00k DISPLAY Y SCAL gt Y SCAL AUTO SCAL FULL scAL Y SCAL ILOW ENT IOP crsR ENT 70 0000 10 0000 XX Y 4 6 3 P2 1 X 25 2 SCAL FULL SCAL MLT FRAME lt gt gt lt lt gt X SCAL LOW ENT UP ENT CRSR ENT 0 00000 20 00k 1 X
260. LNSERT i CE CRD 0 1 DISK CRUNCH 2 CMOS APD 0 OFF 1 AUTO PROT APD 1 4 9 4 4 9 4 1 gt CMOS OPERAT ER PANEL gt FRAME PRINT EXTEND G CMOS MDIA RAM FD CMOS CMOS MEM PANEL LOAD 0 MEM PANBL PROTEC 0 DELETE 0 iNSERT 0 cRUNCH ADRS Jaars MEM PANEL AUTO PROT LIST
261. SG GP TB 1 2 1 2 3 4 5
262. v 2 CENTER lt gt CENTER lt gt CENTER lt gt gt b ENT CRSR 1 1 2 3 ENT CRSR gt Ae 4 7 1 4 7 2 A 5 gt 200 ON OFF MULTI A V 2 CENTER lt gt 50 00k 1 2 2 2 2 3 ENT CRSR
263. xi 0 OFF MLT FRAME 1 X XMN 1 Y 4 6 3 Y SCAL AUTO SCAL FULL scAl AV ZA Y scAL BNT up ENT CRSR ENT 0 00000 80 000 AUTO SCAL LBD ON LED OFF b FULL SCAL AV Y VA Y Roy _ g LOW ENT Y h UP ENT Y i CRSR ENT Y o 3 3 1 P22 DISPLAY SCAL
264. 1 0 pkg 2 3 5 2HD 1 1 686M 1 2M a 3 4 240 5 1 1 1 0 2 4 1 2048 2 4096 4 8192 8 1 0 2 4 2ch 1 1024 1 ch 1 2048 9 10 P2 3 5kg PP 123 1 1 2 1 6 0 mi 5 2 60 3 76 b 4 1 0 b 5 1 2 1M
265. 350 0 04 19 AY140 494 6 2 3092000074 044 5 50111504 1 2 1 1 8 13411 2 00200200 92 KIL LIYA 7 75 iya yag 224005 2 2 3990181 95 228005 1 124005 g 208005 4015 822204 124009 4015 174434 atok 9101 L Z 2 PEF 5 2 1 01 4 1 1 1 o IHL LDI 2 0 8 0 amp 01140 ON 49Y 34013A8 4 300 dy ammos ssYa 20 20001 10002 2800 488 49 240124 er 4 __ 110 40 115440 Wy i 801 40 0107 an 0107 A01 d 0107 4 010 0 180000205 RONI 100 IR 9HITaKYS 4 1 1 10009074 90 g 115440 20 6 1 r r 737274 apye 8 0006 Y 398YM SNIS 2 1 1 g gt t MMYHO 6 1 1 12AN2 195 INANI INANI SWS 2208 1410 1541 41 41 6 1 1x3 40 0117 H l F 011 1 7 usaij wl
266. 7 o 1 2 BREDI 1 8 1 1 6 7 amp 4 9 3 MENU EXTEND gt MENU MENU EXTND WINDOW MATH REFORM DB HAMMER FFT POINT GPIB DATA MAKE DATA ON OFF SET MODE SETDATA SET Ach SET Bch 4 5 8 2 off SET MO
267. 94 4 3 9 NO Z FPZ 2068 37 0 01 A36417 1 I6mm 9 05 A40702 121 2 3943 gt PZ 2291 1 1 MS a M3X8mm 2 P21 20 S IT 1 REMOUTE COIMP OUT 2 20 1 v 21 DC 1 DC of f 2 DC PF FT FFT DC _ DC 229 9
268. AC DC 4 8 6 ORDER LOW RPM 15 204 j 4 8 6 P16 LEVEL LEVEL PULS ROT 1 PULS ROT TRIG FREE ARM FREE TRIG LEVEL TRIG LEVEL TRIG FILTER TACHO FILTER 20kHz on FILTER ON
269. SYNTHESIS1 LIST OVERLAY TRANS C SYNTHESIS ENTER DELETE CLEAR ALL DOWN 4 8 9 P10 LIST LED OVERLAP L ED TRANS CURVE FITI 0 BREAK INITIAL CURYE FIT2 LIMIT BNTER DELETE CLEAR ALL UP DOWN Compliance BE J Mobility A accelerance 1 C stiffness 1 M mechanical impedance 1 dynamic mass 4 8 9 OPERATORS EXTEND SYNTHESIS P11 RESID STF SYE
270. MEMORY PT comp FRAME EXTEND 1001 56 FRA MDIA ADRS MEM DATA PROTEC 0 DELETE 0 iNSERT 0 CRUNCH ADRS TADRS MEM DATA AUTO PROT FD LOAD1 FD SAYEL 10402 FD SAVE2 LOAD 2 DISPLAY UPPER LOWER 22 22 4 9 3 FEEL RRF KER MIA ADRS DELETE
271. POSITION gmREPEAT HOLD MEAS POSITION O EPOSITION 1 1 1FRRNE 1FRRIE TRIG POSITION TRIG POSITION TRIG IN 4 4 2 P5 5 9 77 o e BEBE TRIG MODE SLOP
272. SG LEVEL 0 pk 0 Y Peak V 0UTPUT LEVEL 0 pk 504mV SG OUTPUT ON OFF Al BURST SG OUTPUT OFFSET OFFSET OFFSET BURST BURST LEVEL UP DOWN 4 8 4 P4 SG FREQ1 FREQ1 FREQ2 OUTPUT SG OUTPUT ON OFF LEVEL V SG OUTPUT OFFSET OFFSET OFFSET V BURST BURST BURST V FREQ1 FREQ2 FREQ1 FREQ2 FREQ A UP DOWN SG
273. 1 SAVE 2 PML 0 0 1 1 LIST 2 2 PPS 0 0 1 2 PROTEC i PPR 0 0 1 2 PROTEC PAD 0 1 DELETE PAI 0 0 1 2 INSERT i i CRUNCH APP AUTO PROT I APP 7 1 o 299 4 9 5 Pi 8 0 k 8 0 K
274. 3 RES b FILTER 4 5 4 P4 MULTI STRT BRK cONVOLUT _ DECONYO ABS amp OFS LED b 1 CHN Ach A SEGMENT Bch B Bch CHN 2 ORG 0 080 0 RBS 8 RES ABSOLUTE on off ABSOLUTE DC OFFSET MULTI
275. 4 6 19 P1 4 6 19 3 1 DISPLAY UPPER DUAL LOWER SING MATH MODE SPEC FREQ RESP EXTEND USER COMPLEX Y LOG X SCAL Y SCAL DISPLAY MDE gt DISP MODE GRATICULE 0VERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN 3 D SET 3D 2D IMEN 007 HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND UNWRAP NORMALIZE PK MARKER OVERWRITEB LED ON LED DISPLAY MODE OVERWRITE OWT 0 OFF 0VERWRITE 1
276. LED OFF LED ON LED OFF BNC LED ON LED OFF BNC LED ON LED OFF PE Ach 1ER ON 3 3 9 P4 INPUT MODE 1 2 Acb CPA AC DC 0 DC Bch CPB 1 AC DC Ach GND 0 GNB 1 GND Bch GND FLT 0 1
277. N R N R 200z R gt 2kHz R gt 20kHz R gt 1 200Hz R gt 2kHz R gt 20kHz R gt 2 200Hz R gt 2kHz R gt 20kHz R gt N R 200Hz A gt 2kHz A gt 20kHz A gt N R 1 AVE MODE gt gt NUMBER REPEAT AVE START ST0P gt 4 8 3 AVERAGE menu 1 2 100 5
278. PD 6 5 6 5 5 1 1 2 0 kHz ELV FRQ 13 13 1 3 20kHz FRQ TFT FRQ 10
279. s f ADDRESS 4 8 2 P2 DERS AUTO SEQ STRT STOP 1 STEP CONTINUE NO_BUZ2ER CONT JMP AUTO SEQ INSERT DELETE lar 0 SET MENU AUTO SEQ MEMORY PRM REAL INT MENU A SBAQUENCE ADDRESS 0 COMMAND NOP GPIB IF GO TO CALC WAIT SRQ END COMAND XXX DATA real 0 DATA real 0 ADDRESS AUTO SEQ 5 1 STEP CONTINUE NO BUZZER CONT JMP AUTO SEQ INSERT DELETE amn 0 SET MENU AUTO SEQ MEMORY PRM REAL PRM INT 0 127 8 GPIB GP B F GO TO CALC WAIT
280. 0 1 2 FRAM 1 3 DISK 4 CMOS i 21 2 0 1 FEE 2 RAM 2 8 DISK 4 CMOS 6 7 1 24 2 51 FDU 0 OFF 1 jw2 2 FDL i 2 1 EQU 0 OFF 1 EQUALIZE MUE 0 1 iDISK CMOS EQUALIZE OFF 1 EQUALIZE MLE 0 RAM 1 iDISK EQUALIZE MFU 0 1 FILTER i MMU 1 DISK i FILTER 0 1 FILTER MML FILTER MENU EXTEND 13 51 6 7 1 P25
281. 1 DISK MEDIA 2 CMOS ADDRESS D3M 0 LOOP 1 ONCE MODE 2 OVERVIEW 3 DFT 0 OFF 1 ON DRAW FAST 1 TSD 0 DFT 1 3 TSD 0 1 ON DRAW FAST DISPLAY MODE 3 IWF 8 D3T 0 OFF 8 1 ON DISPLAY MODE 2DIMEN 2 0 OFF 20 1 ON DISPLAY MODE OCT 422 7 OCV 0 14 727 HIST 1 OCT_ 9202 HIST LINE 6 7 1 6 DISPLAY MODE DMN 0 OFF MONITOR 1 ON DISPLAY MODE DATA COND MEAS COND IVE CLD 0 OFF 1 DATA COND 2 MEAS COND DATA COND DISPL
282. 2 MATH1 ROOT BF1 1 1 3 MULTI BF1 2 1 1 4 END DISPLAY BF1 1 1 0 MEAS Ach INST COMMAND NOP MATH 1 MULTI END SRQ END RESURT MATH next SPEC FREQ RESP COHERENCE C 0 P CRSS SPCT IMPULSE MATH2 2 MATH1 ROOT BF1 4 8 5 COMMAND NOP COMMAND NOP Ii MATH 2 MEAS MULTI END 550 END RESURT BF MATH next WEIGHT A WEIGHT B RECIPRO IFFT FFT P17 4 8 5 18 49 MULTI 2 COMMAND NOP MATH 1 MATH 2 COMMAND MATH 1 MATH 2 MEAS MULTI SOURCE 4 8 6 O 1 2 RPM
283. Hz 1 Hz UP LOW EROT OP ASPL SSPL Bz 100kHz 1024 250 Hz 250 Hz 25 6 1 kHz 4
284. UNIT DSP CUNIT DSP 4 CAPITAL LED ON LED OFF INPUT DISP LOWDISP 1 4 gt FACTOR FACTOR 1 Ac Ach Ach Bch UP L0W 2
285. 0 OR LOGIC SET 1 AND TOTAL CEN 0 LOGIC SET NUM 29 CTL 0 OFF LOGIC SET 1 NUM 2 7 m2 OR 7 ny7 OR 7 OR 7 7 OR 7 OR AND 5 RELAY QUT COR 0 iMODEO 1 MODEI K1 OPERATORS COMPARATOR BLOCK SET 6 7 1 P39 BNM 0 o 29 BMD 0 PEAK 1 OVERALL MODE 2 LEVEL BLG 0 MODE 1 BDA 0 MODE 1 BDP 0 OFF DISPLAY 1 ON DBN 0 OFF 1 iON DISPLAY X1 BXH 2 1 Y 2 PARAM BDY 40 OPERATORS COMPARATOR
286. 101 UNIT 16 TUV UNIT i 4 8 7 1 1 1 3 3 1 8 ANS 1 CLASS B KK o 4 5 8 1 1 1 3 1 3 1 KHz gch ANALYZER 01 0 00000 3048 098 FREQ 1OkHz NAKE DATA i00 0900 1 00000k Hz 0 13610 dB UIDED IFEED ISIZE Kidi 1 2 3 1
287. 6 7 1 P35 OPERATORS PANEL IWF _ PROTEC RPD 0 0 RAM 1 DISK LOAD kkk iO 2 CMOS s PD 0 IRAM 1 DisK SAVE kkk 2 CMOS 0 orr 0 RAM 1 1 DISK LIST 2 2 CMOS PPS 0 0 1 DISK kkk 2 CMOS PROTEC PPR 0 0 1 DISK 2 CMOS PAD 0 0 1 DISK 2 CMOS DELETE PAI 0 0 RAM 1 DISK RATZ 2 CMOS INSERT CRP 0 1 DISK CRUNCH 2 CMOS APP 0 1 APP2 AUTO PROT 1 6 7 1 P36 OPERATORS PRINT
288. SYG 0 OFF SYNTHESIS 1 ON SYL 0 OFF LIST 1 ON SYS 1 START CFS 1 0 VL 0 OFF OVERLAP 1 ON CRT 0 1 1 iM 2 11 4 41 TRANS 5 11 SYI 1 ENTER SYP No SYN NATURAL FRQ SYM DAMP 10 _ SYF LemmfW9 SYR RESID MASS Ki ce SYD DELETE SYA 1 on DELETE 22 4 9 1 2 3 4 5 4 2 1 2 3 4 5 6 7 9 1 2 3 4 5 6 7 4 9 1 2 ET DA FE 5 RRP YORE 4 9 3
289. 4 11 83 CRESS ORE 4 4 4 4 11 4 4 11 5 CE 4 11 65 4 11 1 1 L 1 x F A DIE BEHE GPIB HELP gt INITIAL RAM KEY BUZZ INITIAL2 INITIAL2 INITIAL2 INITIAL Ach Ach Ach Ach Y V 4 11 1 P2
290. 4 4 1 P10 lt BEDE BCH INPUT INPUT ACH INPUT MDE gt TEST Ach B c h Ach INPUT KRR OVER BUZZ MIC INPUT SNS INPUT INPUT SET ENVEL 0 2 0 188 T 1 00K Hz 100KH 005 z 20 5KHz 1 20 00 SFCTRHi Bch POWER SANFLING JNT 100kHx 20 OK FRAKE 2855 dBUr 250 0000Hz 5 55 9 S Hz 6 89270 4 00000 5 Rch TNPDT TTEST TRFUTISNS TNPUTIENU ENVEL 4 4 1 P11 TEE w INPUT gt MODE
291. 4 8 7 4 6 AB C 6 7 8 4 viii 8 FIAT 4 8 8 9 gt b ARBE 4 8 9 P 9 1 4 9 1 OO CMOS reseo 9 2 RO TA R 4 9 2 5 gt 4 9 3 E
292. DRAW ORIGIN DRAW 51781 XX Y XX X HAEE 1 0 Y 8 0 0 10000 Y DRAW SIZE 0 80000 Y 1 0 Y HORI X DIRECTION VERT Y VERT X Y YERT HORI 9 0 GPIB GPIB TALK ONLY GPIB MODE GPIB 6
293. IWF CMD 0 1 MODE CSE 0 1 START EVENT CEM 0 1 EXEC MODE 2 ING CEC 1 BXBC MODE 32767 WTM 0 OFF WAIT TIME 1 ON WTL 5 2021 kk okk kk CDM 0 DISPLAY 1 CBD 0 OFF DISPLAY 1 ON COE 0 OFF EVENT 1 oN 2 ON NG COi 0 1 BVENT 2 COM 0 mode0O RESULT 1 mode1 Dua 1 2202 6 7 1 P38 OPERATORS COMPARATOR 2 2 LOGIC SET BQUATION CEX 0 BXECUTE 1 CST 0 START STOP 1 Ni Total
294. LIST 1 ADRS V ADRS 1 SAVE 1 1 9 3 RAM 2 4 9 4 P2 2 2x R gt OPERATER PANEL gt OPERATORS MEMORY FERID Em FRAME EXTEND MDIA ADRS IO MEMPANEL PROTEC 0 DELETE 0 INSE
295. 2 6 7 1 P48 OPERATORS EXTEND AUTO SEQUENCE 4 6 TO 7 AGA CADR CALC 0 AoD 0 11 DATA 0 2 f 1 A1D 0 ir DATA 1 2 if 3 4 5 DATA 1 ACA 01 8 1 ALGBRA 2 i 3 2 0 ireal i 1 int DATA 2 2 iflg i 8 cursor 4 ivalue US 5 jcomp 2 2 DATA 2 yalue 1 Ya1ue A1D 4 0 A1V 2 2 value A2D 4 0 A2V 2 6 7 1 49 OPERATORS EXTEND AUTO SEQUENCE 5 6
296. 3 4 5 TACHO IN CLOCK OUT CLOCK 1 N TRIG IN RPM 1 AD 2 MEMORY 3 TRACK RPM TRACK MEM 4 8 6 P2 OPERATORS MEMORY PANEL PRIN OP COMP FRANE EXTEND ERATOR EXTEND gt
297. 3 3 3 P8 MENU EXTEND MATH 4 5 DOU 0 OFF 1 11 1 OCT 2 11 3 0 OFF 1 11 1 OCT OCT 2 1 3 OCT LOG XLU 0 OFF 1 ON _106 LOG XLL 0 1 106 PCU 0 OFF 1 AUTO PHASE CORRCT 2 FIX PHU sec PHASE CORRCT PCL 0 OFF 1 AUTO PHASE CORRCT 2 FIX PHL PHASE CORRCT COH BLANK COH BLANK sec COH BLANK 1 1 1 1 1 1 1 1 1 1 1 T 1 t 1 1 1 1 1 1 1 1 1 1 1 t 1 1 1 1 1 1 1 1 t t 0 3 3 3 P9 MENU EXTEND 5 75 IWF IPU 0 OFF INTERPOLE 1 ON
298. 54 NICHOLS LED ON LED OFF CURSOR READ NORMAL PHASE XSCL X CENT WID DISPLAY MODE NICHOLS 4 6 12 NOCHOLS CURSOR READ UP LOW XSCAL Jvy NIC 0 OFF NICHOLS 1 NCU 0 NORMAL 1 PHEASE CURSOR READ NCL 0 NORMAL 1 PHEASE CURSOR READ i X NXU 360 2 INXL 360 360 KAS 16 4 6 12 P4 ORBIT
299. 6 7 1 68 AVE MODE 27 2 IWF AOL 0 o OVERLAP 1001100 ARS 0 OFF 1 iON RESTART AOP 0 OFF 1 PRINTER 2 PLOTTER OUTPUT 8 MEMORY DSP 0 RAM 1 DISK MEMORY 2 CMOS AMM i MEMORY 6 HELPE vay gt o GPIB HELP 6 7 1 P69 ITFTT HIN 1 EFT i i INITIAL HIM 0 CLR PANEL 1 CLR 2 CMOS CLR CMOS CHMC 2 KBZ 0 KEY BUZZ 1 iON VER 2 VER Version 1 9 6 7 1 70
300. FRAME SIZE DISP SIZE SEGMENT SEGMENT 552 Bch DELAY MTP TRIG POSI _ 5 TRIG 051 Bch MBD LON Beh DELAY i Bch MBN Bch Bch DELAY MOVE UNIT sec 4 4 4 P10 OPERATORS FRAME 12 21 JYy MUP MOVE UNIT SEP SEG POSI i POSI i 1 MUP MUP NUM 1 MUP 2
301. ICH IFL IFU INA INB IPL IPU ISL ISU DISPLAY AVE INST INPUT MODE CANNEL MENU EXTEND MATH IFFT MENU EXTEND MATH IFFT Ach INPUT MODE MIC INPUT SNS INPUT ENV INPUT Ach INPUT MODE INPUT SNS INPUT ENV INPUT MENU EXTEND MATH INTERPOLE MENU EXTEND MATH INTERPOLE MENU EXTEND MATH INTERPOLE MENU EXTEND MATH INTERPOLE A A A Z AO AE AE A A Z O A A T Y E E 4 2 GPIB HELP KEY BUZZ WL It A A Rg Fa MT AE Ja RR a FO RF ARO JNO A Fa Fe re a Ja DO E Fr a aa Fa Fe E Se Ae IOS AO A A Ra ANON AN LAB LAC LAF LAN LCL LEC LFM LFP LFS LLL LLV LPK LSF LST LTP LUV OPERATORS EXTEND LABEL DISPLAY MODE LSIT ALL CLEAR OPERATORS EXTEND MEM MULTI LENG OPERATORS EXTEND LOG MODE ON OFF DISPLAY MODE LSIT CLEAR DISPLAY MODE LSIT ENT CRSR DISPLAY EXTEND LIFTERING FILTER DISPLAY EXTEND LIFTERING FILTER OPERATORS EXTEND LOG MODE SPANA Y DISPLAY EXTEND LIFTERING LOW LEVEL OPERATORS COMPARATOR SHAPE SET LOWER DISP LEVEL DISPLAY MODE LSIT PEAK LIST OPERATORS EXTEND L0G MODE FREQA Y DISPLAY MODE LSIT ON OFF DISPLAY MODE LSIT OPERATORS COMPARATOR SHAPE SET UPPER DISP LEVEL
302. MHD2 MEMORY PANEL PRINT OPERATORS yo s gt SG SG COMP FRAME EXTEND 100 56 FRA 5 0 SIN MULTI SIN SWEPT SIN RANDOM IMPULSE OUTPUT S G SQUARE TRIANG RAMP DC DC _ OUTPUT S G DISPLAY MEMORY MULTI NORMAL SING HOT OUTPUT 4 8 4 P2 S G 5 6 menu 1 2 menu 1 2 off off MODE MODE SIN SIN LEVEL 0 pk LEVEL 0 pk 504mV 504mV FREQ 1 FREQ 1 250 000Hz 250 000Hz FREQ 2 FREQ 2 100 000kHz 100 000kHz OFFSET FILTER off off 0 0007 3dB 0ct BURST Z00M off off 50 x 1 MEMORY ADR RAM 0 MULTI FRM 54 LENG 0 SEG 5 1 gt b SG SG OUT SG 5 0 1 2 ON OFF S G SIN MULTI SIN SWEPT SIN RANDOM IMPULSE S G SQUARE TRIANG RAMP DC DC 5 6 DISPLAY MEMORY MULTE NORMAL SING SHOT
303. UNIT DSP i A EVA U FACTOR B U FACTOR EU gVU 5U FACTOR 7 MATH 4 5 3 LED ON LED DISPLAY 93 3 P13 gt MAT 0 OFF 1 jiON MATH i SPEC 1 FREQ RESP EXTEND 4 6 2 MEASURE COHERENCE C 0 P CRSS SPCT IMPULSE SCOT ML MEASURE AUTO CORR CRSS CORR HISTOGRAM P D F C D F ENVELOPE MEASURE _ 0CT 1 3 0CT SNR CEPSTRUM LIFTERING NORM SPCT MEASURE ACTIVE I SPL REACT I VELOCITY SPECT cal PHASE cor L MEASURE SURFACE VIB VEL SPECT cal PHASE cor MEASURE WINDOW COHERENCE
304. gt 40OK 01 INI 4I ia 2 4 nuan g l 111014 11 1 1 1 1039 0111 2 1 sadr 6 1151 9 313130 2004 T 5 1 5 5 4 7 amp 5005 z 3 YIGR siay Suay YIGK 1SIT e 23AYS p GYOT 5AYdJXA Y 1 22 G 6 TENY a VO Tel aa tona 084 00 3 1 6 1 0 5 1 0 1151 0 319120 991034 io amp 6 6 T 9 0 6 1 J SOKI YIK i YIOX YIOX ISI1 9 WOT YiVOMKIY 2 1 1 amp e 6 ONEAN 4 0 I 14 01 Fio pon 9 09 9R 09 2 IFORI Sr PAT 100 401231 LELORI LIRE 1 801120 4 72152 zin 09 99 10 12019 0 TA 9 6 1 8 OR 15 2 XON aye wor 195 21901 22018 4802 z i 8 ALIYOR 40 8 135 12018 12018 4802 i890 110 112 C MsA01 89 NYASA 74
305. t x R x gt t x t 4 6 2 P4 1 1 B5 MEASURE AUTO CORR CRSS COR HISTOGRAM P D F c D F ENVELOPE a Ach 0 2 50 0 2 1 2 MEASURE AUTO CORR jCRSS Lc D F ENVELOPE HISTOGRAM 4 4 3 3 P D 1 JR D HISTOGEAM __ P D F 4 4 3 3 14 MEASURE AUTO CORR 0855 CORR
306. wr 0 1 2 74 5 6 7 8 9 52 8 amp 1 1 1 1 1 1 m Oo gt gt BERE AcH BCH I NPUT gt 1 1 0 d B 1 1 0 d B Ach Bch INPUT MOD B gt SENS GE ACH INPUT BCH INPUT LOW 0 2048 1048 10dB 20 30dB 40dB 50dB 60dB Rw Ohi 14 14 4 472 1 414 447 2 141 4 44 72 14 14 4 472 1 414 14 21 14 21 14 21 14mV 21 14mV 21mV SENS RANGE 4 4 1 A 30dB FIX 44 7214V 3048 FIX 44 7214V P3 4 4 1
307. 3524 25 12_ 1 CO 1 2 2 7 9 PZ 2179 1 19 1 8 1 2 C 3 2 4 3 3 o 922 22 rC2237 O tyran E NO Q 7409 3 2 3524 5 11 1 ti AHIA PA 3524 25 12 1 D t2 LP2 2237 P20 1 9 1 2 3 3
308. 6 7 1 20 2 CURSOR CURSOR IWF HCP 1 Y V 1 CURSOR UPPER LOWER VCU 0 1 UPPER LOWER 1 t t CURSOR HORI_ON OFF HCL ON OFF CURSOR VERT MODE HARMONIC 1 CURSOR 2 CURSOR N Oje NO CURSOR CURSOR READ 5 7 21 CPL 0 1 1 2 PLANE CDN 2 NUMBER 1 4 X CRO 0 1 ORDER i CRU 0 Vr 1
309. ARA i Ach 0 FLX 1 AUTO UP 2 AUTO Bch S PL 0 1 CLK i DC OFA Ach i ON OFF 0 OFF DC OFB 1 ON Bc h i OM OFE DC Ach V DC OVB 1 Bch 4 4 1 P13 MIC INPUT SNS INPUT INPUT MODE 2 2 TST 0 ON OFF 1 ON TEST oBzZ 0 OFF ON OFF 1 ON OVER BUZZ INA Ach INPUT SNS INPUT 0 BNC ENV INPUT 1 INB 2 Bch 3 INPUT ch CANNEL OPTION OPTION OPTION SAMPLING ICH 0 1 Bch 2 ABCh SPF 4 4 2 Pi 4 4 2 2A 2 _ 1
310. EXEC 2 NG CEC 101 008 32767 WTM 0 OFF WAIT TIME 1 WTL M TIME kok sokk kk CDM 0 DISPLAY 1 CBD 0 OFF DISPLAY 1 ON COE 0 OFF EVENT 1 ON 2 ON NG 0 1 EVENT 2 COM 0 mode0O RESULT 1 mode1 Dua 1 COMPARATOR 4 8 1 P19 27 2 OPERATORS IWE CEX 0 1 2 CST 0 START STOP 1 Total 0 OR LOGIC SET 1 AND TOTAL CEN 0 n LOGIC SBT NUM 29 CTL 0 OFF LOGIC SET 1 ERE NUM 2 7 OR 7ny7 7 2 LOGIC SET OR 7 ny7 OR 7 ny7 OR
311. RECT 1 HANNING 2 MINIMUM 8 FLAT TOP 4 FORCE RBS WINDOW 5 USER FST i FORCE 12 7 RST RESPONSB LT 52522222262 225122 RSR 0 RESPONSE 51 i A USA 0 IRAM 1 DISKK 2 i CMOS USER Todi B USB i 0 RAM 1 DISK 2 CMOS USER E E HE 0 7 742 6dB 3 9dB 19dB 1 0 0 89 1 44 1 4dB 32dB 1 5 1 21 2 00 YA 0 8dB 90dB 2 019 1 91 2 68 73707 0 05dB 82dB 3 799 3 78 4 68 2 4 5 1 P5 W 1 8 G W 1 2 1 cos 2
312. STRT STO RPM TRACK COND MAX LINE 512 DATA FORM POWER UNIT ORD 1 000 T1 2 000 72 3 000 T3 4 000 T4 5 000 T5 6 000 T6 78 19 T10 T1I T12 T13 T14 715 716 MAX LINE 128 256 512 1024 4 X 4 8 6 P21 STRT STOP RPM TRACKING ON OFF STRT STOP SAMP_SET SCHEDULE SET TRACK TRACKING RPM TRACK MODE CIRC MAP 3D CAMPBELL
313. 1 DISK 2 CMOS DELETE 1 iDISK kkk 2 CMOS INSBRT _ CRP 0 1 DISK CRUNCH 2 CMOS SIAI 0 OFF 1 AUTO PROT SIA 62 OPERATORS ZOOM 1 2 ON OFF ZMS 0 OFF ON OFF 1 ON 1ZCP 0 CENTER 1 12 0 CENTER FS P63 2 OPERATORS ZOOM 2 2 2ZMG 0 2 20 320 1 4 21 4004 MULTI 2 5 22 5004 3 8 i 28 512 4 106 24 6 25 5 1 6 25 640 6 20 26 8004 1 2546 27 1000 8 324 28 1024 9 40 29 1250 10 504 80 1600 1 1 6 4 81 2000 12 804 82 2048 13 100 83 2500 14 125 34 8200 15 128 35 4000 16 1604 36 40966 17 200 37 5000 18 250 88 64006 19 2564 89 8000 40 819 41 000 1 0 OPERATORS SG 1 2
314. 10 1 EU 1 EXTEND 10 1 USER 10 1 5 10 1 6 10 41 77 5 10 2 5 2 10 2 VERT MODE 10 2 10 2 2 READ 10 8 MENU 1 O 3 1 EXTEND 42 2 4 2 10 83 10 10 4 OPERATORS t 1 MEMOR Y A S i 10 4 PANEL TET A 1 O 4 8 ss 1 O 4 9 10 10 6 GP IB 1 o 1 10 7 TRITIG 1 1 10 8 AchINPUT ao lt 10 8 10 9 Beh INPUT xay 1 1 10 gt gt
315. 3 W FAST ON OFF o 3 SAVE DATA LO00P ONCE SAVE DATA off ON OFF MEDiA ADDRES DISPLAY MODE 3 D_SET 4 6 6 P4 DRAW FAST on IWE 3 0 RAM 1 DISK MEDIA 2 CMOS 1 1 i ADDRESS D3M 0 LOOP 1 ONCE MODE 2 OVERVIEW 3 DF T 0 OFF 1 DRAW FAST TSD 0
316. 6 5 6 4 1 DC 1 gt 4 6 2 4 8 9 4 5 8 lt t gt 4 8 6 9 10 9 10 gt 4 9 5 RPM lt gt gt 2 2 gt gt gt Bch 4 6 18 4 8 6 4 8 6 4 4 2 4 4 2 4 4 2 4 4 2 4 4 2 4 4 2 4 5 3 4 6 12 4 6 1 4 6 12 4 6 12 4 4 1 4 4 5 4 5 3 4 4 1 4 2 4 2 9 4 4 6 17 4 9 4 4 5 7 4 1 3 4 5 2 4 5 3 4 4 2 4 10 1 gt gt
317. COMMAND 3 1 NOP MATH 1 4 DATA 2 MEAS MULTI 5 MATH next END SRQ EQUALI ZE END FILTER 0PEN CLS RESURT BF DATA 2 MATH next MATH next EQUALIZE FILTER OPEN CLS 4 8 5 4 MEASURE Ach Bch AVE INST RESULT BF MEAS 2 BF3 BF4 TIME SPECT FREQ RESP MEASURE MEAS RESULT BF 10 MEAS 2 RESULT COMMAND 3 MEASURE NOP Ach Ach MATH 1 Bch
318. FULL SCAL 2 X lt gt X 1 2 6 3 X gt lt X 0 79 4 lt gt b PL AY NN b 1 1 LOW ENT 2 l 2 3 LOW 2 1 UP ENT
319. P AUTO SEQ 8 2 4 TRACKING 4 8 6 MM FORMAT rp FoRMAT START EXIT START e b EXIT OPERATORS EXTEND FD FORMAT FMT 1 FD FORMAT f ANLG COMP 2 4 4 5 ANLG COMP START 5 0 ON OFF 8 8 4 10 ANLG COMP NUMBER 50 1 START f b STOP 1 ON OFF OPERATORS EXTEND
320. ee 1 9 FRA 1 3 8 5 AVE 1 START STOP P 2 CONT si 3 SS9 6 P TB a 1 LOCAL io Pp e e San RG 3 8 8 F REQ 2222 3 3 9 Ach INPUT 1 7 MODE P 1 2 an 6 3 v 6 3 88 10 Bch INPUT 1 opg Pp 1 2 SN 7 3 7 3 3 1 TL AVN DISPLAY UPPER DUAL LOWER SING MODE EU MTH TIME SPEC FREQ RESP EXTEND USER COMPLEX e e 106 X SCAL Y SCRL Y LOG Lis UPPER LOWER LED ON LED OFF DISPLAY UPPER LOWRE VUL 0 UPPER LOWER 1
321. 0 9 8 9 1 1 0 1 2 2 2 3 6 7 4 5 8 9 0 3 0 6 11 6 11 pajisi Eoia E e aaa a 6 11 1 P 1 6 11 2 1 6 11 83 46 11 89 P 2 6 11 6 11 1 1 1 gt 8 9
322. 0 HIST 1 LINE OCT 2222 1227227 HIST LINB m MONITOR LED ON LED OFF DISPLAY MODE 0 OFF MONITOR 1 ON n DATA COND LED ON LED o MEAS COND LED ON LED OFF DISPLAY MODE DATA COND MEAS COND CLD 0 OFF 1 DATA COND 2 MEAS COND DATA COND 3 3 1 9 UNWRAP LED ON LED OFF 1 8 0 DISPLAY MODE PH UNWRAP wk PHASE
323. 2 SS 1 2 LED 0N 2 LED 1 DISPLAY DUAL ZSING VDS 0 1 DUAL SING 1 2 3 3 1 P2 LED Ach LED OFF Bch DISPLAY 0 B 4 B 1 A 4 LED ON LED DISPLAY AVE INST IWF 0 1 AVE INST 5 MODE DISP GRATICULE 0VERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 SE
324. 3 3 2 2 CURSOR UPPER LOWER VCU 0 1 UPPER LOWER HOR I F LED ON LED OFF CURSOR HORI_ON OFF ON OFF 7 VERT MODE VERT MODE HARMONIC NO CURSOR 1 CURSOR 2 CURSOR SAME MOVE MODE a HARMONIC 4 5 7 LED ON LED OFF b NO CURSOR 1 CURSOR 1 2 CURSOR 2 CURSOR VERT MODE 3 y 0 OFF HARMONIC 1 10 VCL 0 NO CURSOR 1
325. STd amp 13431 01114802 12877 10211189 Sirv f 195 4510 19NY 30 9714 440 007 3G 000000717 110220 1145 AZIA 300198011 EJAS AZIA 183 340111 7 2135 AATA 18 KOK 32 14 1 IN3 KON 59001 1115 aaj amp 008 01 02 13437 WW IAA KAN 1 14471 102 5145 24 14 00000021 183 KAN 115 MIY9 ZiAtY BIO 1 48 14 X 48 14 1 39114 17 40 avaa ao iVIS39 smisnog Ias Aivo 105 0 14 ENNS 9 E 4941 10104151 9815004 125 aziaj tas 10141 04GIA 601 01 8 1 E 2 PV amp lt gt 2 3 0T who 0
326. T 8 MULTI FAN TONZOFF ech_FFT_HNHLYZER TimetseC ___ POSI FRHME COND menu 1 2 MULTI 0 000005 BLOCK ISTHRT EVENT MEASURE EXEC MODE REPEAT OUT RATE 1 off 00 00 00 DISPLAY continue 71 on BOUND EUENT SD i off 3 VIDED PRI 5 i 1 8 Y PLDT 100 OK MEMORY 1 5 1 P 5 9 2 FFT ANALYZER a TI 9 90000 48 8 3548 XIR Ma 777 5 SENS RANGE 3008 SPCTRHE Fix 44 7214U Ach 3008 POWER Fix 244 72140 i 98063 DC OFFSET Rch off 10 00 0 000000 3 Bch off 0 000000 1SHHPLINE INY 50 00 i Bii 100kHz 9 dg 10 0k 100 05 FRAME TIME 00000k Hz 22 4692 dBUy 250 0000Hz 5 00000k Hz 22 4622 dBUr 400000msec CRSR TRE NO URSORI 1 CURSDRI 2 CURSORISRRE CRSRIHOUE HODE 10 Hz 4 99600 9 99200 14 24 29 34 39 44
327. VALUE SET DATA SET MODE ADD ARBA VALUE SET DATA SET MODE MOVE AREA MOVE SIZE SET DATA 4 5 8 P3 SET MODE SET MODE AREA 4 5 8 4 5 1 SET MODE LIMIT 2 AREA 3 VALUE 4 SBT 25 6 1 8 C1 SET MODE 1 3 0CT 2 BAND SET MODE 3 SET DATA 1024FFT 20kHz 29 42 100 0Hz 5 7 1 1 1 MODE 1 1 0CT 2 BAND
328. 1 1 7 1 2 128 180 EST 5 WDD CDR A TBR B A MBR B CRE
329. EU gt 0 FACTOR Ach 100 0G 9 80mV Ach 10 204k 1 0204 UNIT FACTOR 1 00000 UP 1 00000 LW 1 00000 A B INPUT LED ON Up DISP LOW DISP CAPITAL 8mV 4 0dB 2 0 dB 19 2 3 4 4 lt DISPLAY EU gt
330. _ 1 Xxo X 0 1 2 CIR 0 2 9 Xi X2 X28 X29 x n 0 1 2 _ 1 6 7 1 OPERATORS FRAME 11 21 1 MFR 0 ON OFF 1 FRM 0 AUTO 1 FIX MODE 2 AVE 0 1 OFF 3DIMEN 1 2 MFS FRAME SIZE MFD DISP SIZB SNM i SEGMENT 552 i 1 SEGMENT TRIG POSI
331. off VIDEO PRI X Y PLOT i MEMORY DSP MEMORY RAM 10 5 19 5 0 3 3 5 P3 MODE 1 2 1 RAS iO NORM 1 007 2 LOG 3 FRAI 4 FRA2 C RAS AVD 0 iTIME 1 HISTGRAM 2 iAUTO CORERATION 055 CORERATION ITEM 4 15 AVM AVM MODE TIME AVD 0 0 ADD 1 MLT ADD HIST AVD 1 0 ADD AVD 2 0 ADD 588 AVD 3 00 ADD SPECTRUM AVD 4 0 ADD 1 2 EXP 1 1 NUMBER 3216513276581 ADR 1 1 0 NUM DSP 327656 1 32765 AOL 0 i OVERLAP _ lioo 100
332. 1 3 OCT 2255 apo na UPPER LOWER SINGLE A B 0 SPEC FREQ RESP EXTEND USER COMPLEX Y LOG 5 X SCAL e m Y SCAL _ MEASURE COHERENCE 0 CRSS SPCT IMPULSE sco7 ML MEASURE AUTO CORR CRSS CORR HISTOGRAM IP D F C D F ENVELOPE MEASURE SNR CEPSTRUM LiFTERING MEASURE AcTIVEI SPL REACT 1 0 1 5 PHASB cor MEASURE sORFACBI SPL VIB VEL SPECT cal PHASB eor MEASURE WIiNDOW 4 8 7 P5 b 2 lt OPERATORS EXTEND OPERATORS gt MEMORY PANEL PRINT FRAME EXTEND a 7004 SG FRA 71 EXTEND LABEL DATE AUTO 580 TRACKING FD FORMAT ANLG COMP OP EXTEND 0 MULT MATH CURVE FIT SYMTHESIS EXTEND MULTI COMP OCTAVE OCTAVE ON OFF HI LO FLAT 1 3 OCT 1 1 0CT
333. 4 8 5 1 MATH 1 C2 RESULT BF COMMAND 3 1 NOP 4 MATH next MOVE jW 1 jw2 WEIGHT A WEIGHT B WEIGHT C C ROOT RECIPRO IFFT FEFTT MATH next MATH next MOVE WEIGHT A jw WEIGHT B WEIGHT 1 jw ROOT 1 jw RECIPRO IFFT FFT 8 DATA 1 2 DATA 2 2 2 MEMORY 2 EQUALIZE FILTER 0 5 4 8 5 5 DATA 1 MATH 2 DATA 21 RESULT BF Fo 1 MATH 2 2 RESULT
334. I SU 0 1 X 2 2 o 4 8192 8 INTERPOLE 4 i 1 6 5 3 2 6 6 4 128 8 i 256 IPL 0 INTERPOLE 1 10 I SL 1 1 2 2214004 8192 3 1 8 INTERPOLE 4 16 5 3 2 6 6 4 7 128 80 256 3 3 3 P10 REFORM 4 5 3 RARE REFORM TIME INTE DEFF OFF Ach OFF TREND OFF Ach OFF Bch EQUALIZE OFF Ach RAM 0 OFF Bch RAM 0 FILTER OFF Ach RAM 0 RAM 0 WEIGHT FLAT Ach Beh MENU EXTEND D C A B C EQUALIZE 121 N 95 71 5 7 Ach TDA 0 OFF 1 INTE DEFF 2 Bch TDB 3 4 INTB DEEE Ach TRA 0 OFF 1 11 ORD TREND 2 10 ORD Bch TRB 0 1 1 ORD TREND 2 0 ORD Ach EQA 0 OFF 1 ON EQUALIZE Ach 70 IRAM 1 DiSK
335. MLU 0 1 DISK MEM NUM 2 CMOS FR i LEVEL 1 LUV vl FE LEVEL SHL BAND START BAND STOP 6 7 1 P42 OPERATORS COMPARATOR SHAPE SET 3 431 CRS 0 1 60 3 0 CIR 2 NG CRS i i 1 0 GO 1 NOGO 2 CRS RBSULT RESULT MODE 0 0 1 2 RESULT MODE 1 xo 0 1 4 x 1 5 2 9
336. POSITION STRT STOP 4 4 6 START STOP START stop 3 R NIL D RRE UP LEVEL LOW LEVEL 7 4 4 6 4 4 27 IR gt R DISPLAY ON 5 BUZZER
337. SET MODE 892 SET DATA 90 lt ETI BAND 20 39 100 0Hz gt TERS AUL F 2 Z 0 5 gt gt 2 280 4 4 2 11 MAKEDATA ONOFFP sETMODE SET DATA SET Ach Ach SET Bch Bch E 0 EU 2 4 5 8 PS EXTEND 121 J MDO 0 1 ON OFF i MD S 1 YER FILTER MULTI EREM H AREA SET DATA i MDS
338. 1 2 6 3 3 5 4 1 ODAN 1 9mm M3 2 FFT M3 3 FFT 19mm 4 Ac h Bc h M2 6mmX 4mm c h 01 35761 02 851351 12
339. MATH 2 INST AVE MULTI 4 MBAS END TIME 580 SPEC END FREQ RESP RESURT BF MATH next MATH next TIME ENVELOPE SPEC 1 1 0CT FREQ RESP 1 3 0CT COHERENCE SNR C 0 P CEPSTRUM CRSS SPCT LIFTERING IMPULSE ACTIVE I 4 8 5 P7 e 5 DATA 1 VALUE RESULT BF 1 MULTI 2 RESULT BF 3 DATA 1 COMMAND NOP MATH 1 4 VALUE MATH 2 END SRQ END RESURT e 6 DATA 1
340. R _N R 200Hz R gt 2kHz R gt 20kHz R gt 1 200H2 R gt 2kHz R gt 20kHz R gt 2 200Hz R gt 2kHz R gt 20KkHz R gt N R 200Hz A gt 2kHz A gt 20kHz A gt N R 1 2 6 2 4 8 8 AVE gt NUMBER REPEAT AVERAGE menu 1 2 LOG STATE ITEM TIME HIST AUTO CORR CRSS CORR SPECTRUM MODE ADD PEAK EXP NUM DSP 1 1 OVERLAP 50 REPEAT 4 8 8 P4 OPERATORS EXTEND LOG MODE LAN 0 OFF ON OFF 1 ON LOG LFS 1 o SPAN 5 LOG LSF
341. ssesrresresseo 1 3 FIZ 5 ee R i S I 55 2 gt REIS X 2 4 6 3 4 6 3 Y amp 00 4 AA A Ww ww N 5 4 EU TZD 4 6 4 2 2 4 4 2 3 Hz 3 V m m s m s 4 lt 4 4 5 5 gt
342. 1 P64 vy ON OFF SIG MODE SG S GM rm S ht amp ON SIN MULTI SWEPT RANDOM IMPULSE SQUARE TRIANG RAMP DISPLAY MEMORY MULTI DC DC SIN SIN FRAME SOM 1 NORMAL SINGLE SHOT S 01 SG LEVEL SG FQP 1 FREQ1 FLOAT sG 7 FQS 2 FREQ2 FLOAT SG SOF 0 OFF 1 ON OFFSET SG S GO i SG OFFSET float SG SGB 0 OFF 1 BURST SG SBR 1 1 BURST 1001100 FLOAT 6 7 1 P65 SMS MULTI FRM SGF 0 OFF 1 ON FILTER REE SGD 3dB Oct FILTER 6dB Oct 562 2004 SGG 200M OPERATORS SG 2 21 wk sSMA 0 0 1 DISK MEMORY
343. CRT 3 227 4 8 9 PA 3524 25 02 1 9 PZ 2062 11 7 0 500 34 40 1 05 A45400 1 PP j 1 LM3X8mm _ 4 LI 7 1M 2M 11 5 1 2k 8 a 1 0 S 1 19 67 0 7 PZ 2080B 1 03 _ 712170 1 PZ 2065 1 2 2064 1 PZ 2059 Lil
344. MDIA FD MDIA CMOS MEM DATA PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS A ADRS MEMDATA AUTO PROT FDLOADI rp SAVE1 10402 FD SAVB2 LOAD SAVE LIST CMOS RAM i 2 FD CMOS CMOS 3 3 4 P2 ADRS PROTEC DELETE INSERT CRUNCH AUTO PROT FD LOAD1 FD LOAD2
345. N 0 N 1 b a b ba 1 a b a 0 b b N 1 1 0 3 0 0 RRR 10 800 2 3 3 i 21 fe a 0 N 1 b 0 4 RRR a b 2 a b b a 1 i RRR a a N 1 N a RRR b 2 0 b b 1 M RRR 2 0 N 1 N o
346. TRIG BOLD gt HOLD E MEAS 7 LED ON LED OFF TRIG HOLD THL 0 HOLD 1 i x A 4 4 8 F F TRAORE 0 gt CF F TRO DRE FIZE FFT MENU EXTEND gt POINT SAMPLE POINT 2 n EXTND WINDOW MATH REFORM DB HAMMER MENU EXTND MULT MATH MAKE DATA 114147 SET POINT HIST POINT 256 DISP MEM NUM 50 SAMPLE POINT TRACK MEM off FFT PRECISIO 32bit 4 4 3 P2 Ba 44 F FT
347. XY 1 1 DEVICE 8 DELIM 4 EO I E O EOI CR EOI EOI LF EOI EO 1 CR LF EOI E O I GTP 1 B 6 5 6 5 1
348. 0 gt b HEH gt REOR CRSR READ PLANE NUMBER POSITION ORDER UNIT Vr SET READ SET READ PIT SIDELOBE OVERALL HALF WID DAMPING SET READ RISE TIMEIFALL TIME TIME INT FREQUENCY SET READ THP 2nd HARM 3rd HARM 4th HARM 5th HARM READ 5008 spor TRANS RIGHT CS 2 1 LEFT CS 2 1 MAXIMUM
349. 1 1 0CT 1 1 1 3 0CT 1 3 b 1 ACC Ach 2 ACC Ach ENT LEVEL 4 6 2 P13 3 SPL 4 ENT LEVEL CORRECTION phase ON 8 DISPLAY EXTEND 5 LEVEL SIV 0 LINER 1 1 1 2 1 3 DISP NODB S
350. 1 ON _106 PCU 0 OFF 1 AUTO PHASE CORRCT 2 FIX PHU sec PHASE P CL 0 OFF 1 AUTO 2 PHASE CORRCT PHASE CORRCT BLANK COH BLANK BLANK 6 7 1 27 MENU EXTEND 5 51 IWF IPU 0 OFF INTERPOLE 1 ON I SU 0 1 x 2 2 o 4 8192 3 i 8 INTBRPOLE 4 1 1 6 5 i 3 2 6 6 4 7 i 128 1 8 256 0 OFF INTBRPOLE 1 ON T SL 0 1 x 2 R f 2 2 4 8192 3 8 INTERPOLE i 4 i 16 5 32 6 i 6 4 T 128 8 25 6 6 7 1 28 EXTEND REFORM TIME 1 2 IWE a j i N 2 Ach TDA 0 OFF INTE DEFF Bch TDB INTE DEFF Ach TRA TREND Bch TRB TREND Ach
351. 5 75 4 5 3 16 MENU EXTEND 0 OFF INTERPOLE 1 ON I SU 0 1 X 2 0 2 4 8192 3 8 INTERPOLE 4 16 5 3 2 6 i 6 4 7 128 i 8 256 IPL 0 OFF INTERPOLE 1 ON I Sr 0 14 1 2 58192 3 INTBRPOLB 4 5 1 6 7 i 8 4 5 4 4 7 F IR finite impulse responce 4 5 8 1 1
352. INPUT gt MODE RCH INPUT BCH INPUT Ach INPUT CLK INT OFFSET FILTBR LED ON LED OFF ON 10 0Hz 4 4 1 P8 7 2 TUU a wy 2 R EFKE INPUT RCH INPUT BCH INPUT gt MDE Y GND FILTER FiX
353. MDA 1 SET I MDA MDB 1 SET Bch _ MDB MDM 0 LINE 1 MULTI 2 ADD SET MODE 3 1 4 LIMIT 5 11 3 OCT 6 11 1 OCT INE X M1X FILTER i M1Y Y gt VALUE M2 V ADD AREA 2 START STOP VALUE M2V 4 5 8 P6 EXTEND 12 21 MOVE EGE M2A START 8 AREA M4S MOVE SIZE 25 LIMIT M2A ISTART 5 AREA M5V VALUE _ 1 38 OCT M6 B BAND 1 1 OCT M6 B BAND 722 4 6 i 4 6 4 6 1 1 2 4 6 1 P Oo X
354. SUU 0 OFF 1 ON HI LIMIT 2 ON NG MUU 0 1 iDIiSK 2 CMOS F IPUU 1 LEVEL UUV Vv LEVEL SLU 0 OFF 1 LOW LIMIT 2 1 NG MLU 0 1 DISK NUM 2 CMOS 1 LEVEL 10 V FE LEVEL SHL 4 8 1 P13 OPERATORS COMPARATOR SHAPE SET 13 31 CRS ORL 1 GO 2 NG C R S CIR 3 0 CIR 1 0 GO NOGO CRS 2 RESULT
355. vV INPUT MODE 12 21 3 3 10 TST 0 OFF ON OFF 1 ON TEST OBZ 0 ON OFF 1 iON OVER 8077 INA i Ach INPUT i SNS INPUT 0 BNC INPUT 1 0PTION INB 2 OPTION Bch 8 OPTION MIC INPUT SNS INPUT h INPOT cn 0 Ach 1 Bch CANNEL 2 ABch SPF Hz SAMPLING i INPUT MODE SET ENVEL 0 i 20KHz 1 10 2 Ach 2 5KHz 2KHz HPF 4 i 1KHz 5 500Hz HPF 6 200Hz Bch 7 100Hz 8 1 50Hz HPF 9 PASS EAL LPF Ach 0 50KHz 1 20KHz EBL 2 10KHz LPF 3 PASS Bch LPF Ach EAA 0 20dB 7 7 1 0dB AMP Ach IEAR RECTIFIER 0 OFF Bch EBR 1
356. 0 6 11 P2 1 1 0 V 0 dB VO 1 414 H 7 1 GP IB HP GL GP I B HP GL 2 GPIB
357. 0 2 3 10 SOKI ISI aasa 70 115 0 20804518 141517 20801 aasa S28 43804 ar 1194 1948 MOONIA gt 1 5 lt 01 d 6 A00000 0 119110 26 11010897 SOKI ISI 980 yay 1930915 HIYA 1110 5 1 920 3 0 001 1 10 402 Y89ZIAYISIBIYK HTM 2002 02 anya Fs 181087 111 240x ave z 14104 018 m 3OK 14 1 0 YYK 8 5 7 125 2 138 148 300XI3S 230780 13K 8 5 3 viva 3YK HIWA ITAK 9 4 0 vf 0 1180 TI 1005 140 x 01221110 110000 1 1115 AYAG osana 00020 1 0000070 RIDING 4 RAK _ m 1115 8251 gt aasa 19715 11014 1 gt Y IZIS 2814
358. 4 GOTO 0 0 5 END 100kHz S G STRT STOP 1 0 CALC RO RO 250 COMMAND NOP GPIB GO 70 WAIT 550 END 5 ALGBRA DATA 2 4 8 2 P17 2 1 GPIB RO COMMAND NOP IF GO TO CALC WAIT SRQ END COMAND DATA 1 DATA 2 real 3 2 WAIT 2500 COMMAND NOP FLAG TIME 5 6 RO gt 100k 4 GOTO 0 5 END 4 8 2 P18 COMMAND GPIB GO TO CALC WAIT SRQ END LOGIC COMMAND NOP COMMAND NOP GPIB IF GOTO CALC WAIT SRQ 4 8 3 4 8 3
359. 5 5 j 4510 2 9 8 1084 010 0 241044 SOKI 04 YIGK sii saav ano G01 mana KIX 4502 3 ABOKK 1438dKVO 300K 3 3 9 4 5 3 2 2 9 8 9 8 014 01 lt 01 2 4013 14013 1502 810 310019 enuen 010 TORF 500 4 dors _ mns 1409 4 14024114 ei yt g Ka HEY 2 IRIOS 1 ROH24910 NNN IIOg 28 14 1114 214 5 YIYO 01 3 2 1 RYTd 1 39114 X ERKI 11104 iaidd M03 atia X ARYA 218KYS 15 01 8 AAT Ld OT 21405 18 lt gHTdNVS IS gt 5002 gay 19115 gt 1 gt fe 1004 011214 SM 81123 aa in sme 3 1X104 2 4013 013 2 4 Y IEA 3RYd TR 1714 111980 114 0I 9 r Wilay3 01 8 7 CI 4694151 14 18 lt gt
360. AVE START ST 0P gt 6 RS VM OEE REE OT H TI N R N R 200Hz R gt 2kHz R gt 20kHz R gt 1 200Hz R gt 2kHz R gt 20kHz R gt 2 200Hz R gt 2kHz R gt 20kHz R gt N R 200Hz A gt 2kHz A gt 20kHz A gt NM R 1 4 8 7 P9 AVE MODB gt NUMBER
361. B Bch DELAY DLT SEC 2 2 RE LED ON LED OFF TRIG ARM FREE ARM FREE TRG 0 FREE 1 LARM HOLD 5 LED ON LED OFF TRIG HOLD HOLD THL 0 1 8 8 8 1 3 3 8 FREQ 1 6 gt FREQ 7 727 gt 7 amp 0 7 257 2 _ 224 FRQ 1 Hz Hz Hz Hz Hz 50 Hz Hz Hz 500 Hz 1KHz 2 5KHz 10 2 20KHz 50 2 00 gt
362. Bch DELAY ON OF F 1 X 1 FRAME COND FRAME DISP menu 1 2 2 menu 2 2 SINGLE Bch DELAY AUTO FRAME SIZE 120 DISP SIZE UNIT 50 FRAME SEGMENT 1 00000 10 NUM SEG_POSI 12 SIZE 0 TRIG POSI FRM_POSI 0 0 0 00000 0 00000sec 4 4 P8 6 TOL FE T Aa 2 D RA 1 1 1
363. DISPLAY EXTEND SURFACE I P12 S IYV 0 LINER 1 1 1 2 1 3 DISP NODE 5 2 CAL ACC SCF Hz CAL CFV LEVEL i SCS dBSPL CAL SPL CMV LEVEL SCP 0 OFF CORRECTION 1 ON SIM DISK CORRECTION 2 CMOS SSC 1 l RIT 5 1 S SC 1 S S C S PC 1 PHASE cor 1 S PC 1 S PC 6 7 1 13 DISPLAY USER 11 21 USR 0 USER 1 1 USER 2
364. EQA EQUALIZE Ach i EQUALI 78 Bch EQB 1 10 DISK CMOS EQUALI ZE B c hi E MB EQUALIZE RFA 0 Ach 1 FILTER RMA i Ach FILTER i RAM DISK CMOS RAM DISK CMOS RFB Bch 1 FILTER RMB Bch FILTER 6 7 1 29 EXTEND REFORM TIME 27 2 7 Ach TFA 0 FLAT A 1 2 iB WEIGHT 3 Bch TFB 0 FLAT A 1 1 2 WEIGHT 3 C EXTEND DOUBLE HAMMER 34 31 DHM 0 OFF DBL __ 1 DHP 1 POSITION i DRN 1 1 UP LBVEL
365. HOLD HO LD LED ON LED OFF 4 4 2 P12 2 HOLD TRIG MODE 1 2 IWF TRP 0 OFF REPEAT 1 ON TGE 0 SLOP 1 1 TGS 0 A E 1 B 2 SOURCE 3
366. TL 2 740 A B C SERI 4 X LOG 0 5 4 4 5 4 e e e 5 5 F 4 4 85 65 5 8 2 5 DER 91 PIOR WME 4 5 8 P 2 A A A O O O 9 gt 9 10
367. 2 LOCAL HI 7 TRIG MODE ER ARM FREE HOLD FREQE E E 3 3 3 R S 3 4 8 8 5 w 5 3 3 6 w 3 8 7 2 8 3 8 0 0 WO Q iii Ach NP UT 7 xy 3 3 9 P 1 h TT MODE 3 3 10 v 1 7 1 7 7 e merne A O 0 amp N MW 1 DISPLAY UPPER LOWER DUAL ZSING A B AVE INST MODE FREQ RESP EXTEND OsgR COMPLEX X LoG Y LOG 8 SCAL __ lt lt gt UPPER LOWER HORI ON OFF 4 8 3 1 CUR 5 4 7 gt 3 83 2 P P hb nHn
368. 7 TRIG TRIG MODE 121 IWF 0 OFF REPEAT 1 ON 0 SLOP 1 i gt TGS 0 A 1 B 2 SOURCE 3 TGB 0 OFF BUZZER 1 ON TGM 0 MARKER 1 ON WTM 0 OFF WAIT 1 iON WTL 5 kk kk okk WAIT TIME TLN LEVEL LEVEL POSITION POSITION B B DL 0 1 ON OFF Beh DELAY V nw SEC OFF ON BT P7 1 TRIG MODE 11621 IWF B DLN Bch DELAY BB DLT
369. OFF 1 1 Z00M 8k 8192 2 56k 262144 4 5 6 4 8 4 P7 12 e gt 1 4 17V A 2 lt gt
370. RESULT MODE 0 0 1 2 RBSULT MODE Xo Xi xo 0 1 4 xi 15 2 9 xo Xi 0 1 2 CIR 0 2 9 _ 29 x n 0 1 2 1 gt b a wox i oD OPERATORS COP gt MODE BLOCK CHAPE START EVENT MEASURE AVE END
371. RST RESPONSE taena aa Ta daat ni RSR 0 RESPONSE 1 A USA 0 RAM 1 DISK 2 CMOS USER i B USB 0 IRAM i 1 DISK 2 CMOS USER 2 5 6 7 1 23 MENU EXTEND 1 75 ALU 0 OFF mop 2 1 ALGEBRA UP 4 AMU 0 COMPLEX 1 POWER A 1 U 1 0 1 1 2 1 3 DISK 4 CMOS A 2 U 2 0 1 DATA 2 TRAM 2 8 DISK i 4 CMOS ALL 0 1 T 0 ua ALGEBRA LOY 4 i AML 0 COMPLEX 1 POWER A1L 1
372. VIW 0 RERE 1 AUTO CORR 2 IYTR PJA CEPSTRUM ENVELOPE 5 HISTOGRAM 6 P D F 7 C D F 8 SPEC 9 10 LIFTERING 11 1 1 1 1 0CT 12 1 8 0CT 13 14 CRSS CORR 1 5 IMPULSE 16 SCOT SCOT 17 ML 18 CRSS SPCT 19 2 ACTIVE 1 20 FREQ RESP 21 COHERENCE 22 C 0 P 23 SN SNR 24 1 I SPL SPL 25 iR I REACT 1 27 18 1 SURFACE 1 28 iS I SPL SPL 29 VEL VIB VEL 30 81 VELOCITY VELOCITY 32 WINDOW WINDOW _ 3 DISPLAY EXTEND CEPSTRUM LOW LEVEL CLL 6 7 1 P10 DISPLAY EXTEND LIFETERING dB FILTER LLL 1 dB LOW LEVEL LFM 0
373. i sec TRIG POSI Bch MBD 0 OFF 1 ION Bch DELAY Bch MBN Bch DELAY Bch MBV Bch DELAY i MUN 0 1 MOVE UNIT 2 41 6 7 1 P44 OPERATORS FRAME 272 MOVE UNIT SEP SEG POSI FRP 5 FRM POS1 1 MUP NUMO MUP NUM 1 MUP 2 OPERATORS EXTEND LABEL awk LAB LABEL i OPERATORS EXTEND DATE DDT 0 OFF VIW 1 ON DTM 0 OFF VIW TIME 1 SDT DATE H STM
374. 19 TI 10 0 1730CTI Ach DEGREE Y UNIT NORHAL voix UNIT Hz EXTEND TOCTAUE 20 9 72 5 HODE MOLT PRTHIEUROE FITISYNTHESTSHULT OCT SCALING menu 1 2 DUERALL 5 34225 4 00000k UP 80 0000 74 6532 5 00000k ly READ 100 000 72 8120 6 300006 125 000 74 5419 8 000006 DEGREE 160 000 74 2119 10 0000k ly UNIT i 30CTE 200 000 71 0378 12 5000 40 8387 NORMAL 250 000 59 0558 16 0000k 43 7177 UNIT 315 000 69 6155 20 0000k 45 9025 Hz 400 000 67 5700 25 0000k 47 0315 500 000 55 6 amp 2 827 31 S000k 47 8381 ILHM 280 630 000 61 7279 40 0000 48 2364 jY READ 800 000 53 0823 50 0000 47 5444 Urms 10 00 1 000006 45 9560 3 0000k 44 5256 DEGREE 1 250004 39 5942 80 0000 44 5173 UNIT 1 60000k 31 1320 NORMAL 2 00000k 22 5802 IX UNIT 2 50000k 12 0031 Hz 3 21 HzlsCRL1NG 4 5 meny 1 2 1 2 000046 6 81829 19 2 6 000006 2 62469 20 77 99g0k 24 7633 Y READ 3 10 0000 6 96868 21 82 0020k 25 2090 iRUrws 4 9998 9 81066 22 86 0040 25 6592 DEGREE 5 99954 11 9513 23 20 00Z0k 26 2021 Y UNIT 6 9985 13 8671 24 9
375. 2 J OFF UWIT ON RAM GPIB HELP FFT HIRN 1 FFT INITIAL HIM2 0 CLR PANEL 1 CLR 2 CMOS CLR CMOS HMC KBZ 0 OFF KEY BUZZ 1 ON VER VER Version 4 11 20 4 11 2 1 Z aF gt
376. GPIB HELP gt KEY BUZZ LED ON LED OFF HELP INITIAL CLR INITIAL GPIB HELP 1 FFT 1 FFT i CHIM2 0 CLR PANEL 1 CLR MEM 2 CMOS CLR CMOS CHMC KBZ 0 OFF KEY BUZZ 1 ON VER 2 VER Yersion 4 11 8 4 11 8 11 Fr 2 DE GP I B HELP gt
377. P PANEL LOCK 4 1 1 5 PHASE CORRECT DIFFERENT ITEM PROTECT DATA S SAMP POINT TOO SMALL 4 4 3 1 SG MULTI LENGTH IS TOO LONG SG 4 8 4 SG TRACKING HARD ERROR TRACKING MODE TRACKING STATE
378. SPEC FREQ RESP EXTEND USER COMPLEX L js js s 9 X SCAL Y SCAL DISPLAY MODB gt 106 m DISP MODE GRATICULE OVERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 D SET 3D 2D IMEN OCT HIST OCT LINE DISP MODE MONITOR UNWRAP NORMALIZE PK MARKER DATA COND LED ON LED OF MEAS COND F MEAS LED ON LED OFF DISPLAY MODE DATA COND 5 CLD 0 OFF 1 DATA 2 COND DATA COND 4 6 1 7 4 68 17 C 0 P
379. SWEEP REPEAT NORM STATE SPECTRUM 4 5 2 P4 AVERAGE ITEM TIME HIST AUTO CORR CRSS CORR MODE ADD gt PEAK EXP NUMBER 50 NUM DSP 1 1 OVERLAP 50 RE REPEAT 4 8 3 4 8 7 4 8 8 4 5 2 4 AVERAGE 2 2 1 OUTPUT RESTART off VIDEO PRI PLOT Y MEMORY DSP 2 MEMORY MEMORY STRT STOP
380. 1 1 2 5 K7 1 1 1 0 2 4 1 2048 2 4096 4 8192 8 K K X X 2 5 3 6 6K 1M 1390K 2M 2414K 4 9 2 3 EXTEND HDP 0 164 1 1128 2 1256 3 1512 4 11024 5 12048 6 14096 HIST POINT 7 8192 DPN
381. 1 LED ON 2 LED OFF 1 b NUMBER 2 4 LED ON 4 LED OFF 2 d ORDER X LED LED OFF UNIT 3 3 2 Wr dBVr SET READ 2
382. 2 1 3 UP 8 1 2 LOW ENT UP 3 CRSR ENT 4 6 3 gt 5 2 gt lt 1X SCAL FULL SCAL lt gt gt lt lt gt x scAL LOW BNT CRSR 0 00000 20 00k RIGHT CS LEFT CS MAXIMUM MINIMUM LED LED ON LED OFF DISPLAY X SCAL IWF
383. 2 REAL IMAGI AMP POWER PHASE LOG AMP LOG POWER 3 REAL IMAGI POWER PHASE LOG AMP LOG POWER 4 5 P D F 6 C D 8 9 1 1422 7 0 1 1 8 HEHE a 1 PEAK MAX GO NG _ NG GO NG 2 Y G NG ERE f 0 5 E GO NG a 8 LEVEL GO NG NG 4 8 1 P2 NG NG 2 b 3
384. 4 5 6 zoom oN oFF A 2 cENTER lt gt ENT ON OFF b MULTI CENTER CRSR 3 3 4 P15 OPERATORS ZOOM 1 2 ON OFF ZMS 0 OFF ON OFF 1 ON 1ZCP 0 i FS CENTER 3 1ZCF 0 CENTER 0 2 20 3206 Is 4 21 400 MULTI 2 5 22 500 8 8 23 512 4 10 24 625 5 216 25 640 6 20 26 800 25 27 1000 8 232 28 1024 9 40 29 1250 10 5 0 30 1600 11 64 81 2000 12 80 32 2048 13 1004 83 25006 14 1254 84 32006 15 12848 35 40006 16 160 36 4096 17 2006 37 50006 18 2504 88 54006 19 256 89 8000 40 81926 421 10000 SG 4 8 4 SG 9 FRA 4 8 3
385. 7 8 1 4 16 2 0 2 gt gt 4 8 2 2 8 9 Brr JE TFT 4 8 3 P 3 SWEEP 6 4 1 4 8 4 P 2 1 0 5 2 18 4 8 5 2 9 9 7 AR ETIE RREI 4 4 8 6 P 3 RPM 6 RPM 1 4 2 2 2 2
386. 8 1 1 waka b sb z2 2 s 1 bes e 1 1 f 5 2 bsi bo 5 1 2 3 62 210 1 29 f bg 271 bsok 2 72 s 8 bss 2 bs2 b 2751 2 752 1 1 f 2 lt 1023 e f 0 0 H 6 8 0 2 bs 44 b2 bs bo s 1 bls f 1 5 b 4a bo 1 2 f 21 bigat 272k bist We 2 714 2 715Do 1 bis f 2
387. BUZZER ON OFF EXTEND DOUBLE HAMMER 3491 a y DHM 0 OFF DBL HAMMER D HP POSITION DRN 1 UP LEVEL FS FS LOW LEVEL 11 DRV i UP LEVEL Y Y LOW LEVEL T DHD 0 OFF DISPLAY 1 ON DHB 0 OFF BUZZER 1 ON A 4 5 1 4 Mo 4 4 4 veres
388. Beh USER 4 6 2 28 4 5 1 2 gt aR x DRTE FORCE STRT STOP O MAKAT 1 0 b RESPONCE STRT 0 STRT 1 SET 2 ANALYZER 100 STRT 1 7 1 01 1 50000 098 OdB FREQ ZOkHZ WINDOW 1 000 HRNNINE WINDOW HINEHUH Rch FLRT TDP FURCE RES f 1 USER 1 FORCE 1 000 200 5 0 0 Timelsec 20 0 0 RESPONSE 1 000 100 STRT 200 5 WINDOW 0 30000 Bch JUSER 4 0 4 RAM o 1 000 0 20 0 LRE 3 906054 sec 222 227
389. Compliance Mobi1lity A accelerance 1 C BAIE dynamic stiffness 1 M mechanical impedance 1 A dynamic mass 3 3 2 6 CURSOR READ 17 5 CPL 0 1 1 2 PLANE CDN 0 2 NUMBER 1 4 X 0 1 ORDER 1 CRU 0 1 UNIT 2 dBYVr 0 lst 0 RIGHT CS 1 2nd 1 LEFT CS 2 1311 2 MAXIMUM VRL 3 14 3 MINIMUM 4 1 FIT 1 5 6 HALF WID 7 DAMPING POSITION 8 RISE TIME SBT READ 9 TIME i 10 OVERALL 11 THD 12 13 SIDELOBE 1 4 1 2 4 HARM 1 5 3rd HARM i 16 4th HARM 17 sth HARM 1 8 DIFFERENC 19 20 1 INTE 2 1 FREQUENCY 22 SDOF N amp D 23 1
390. ENTER gt ENTER L ED 4 MENU gt 5 MENU ENTER gt ENTER LED 1 2 4 5 DISPLAY gt 6 MENU ENT NM gt BNT NUM LED DISPLAY UPPER DUAL LOWER SING INST MODE EU MATH mj m TIME SPEC FREQ RESP EXTEND USER COMPLEX 100 X SCAL Y SCAL U k f 1 2
391. LED 2 ENTER 3 ENTER 1 LIMIT LED 1 0 ENTER
392. MDIA CRUNCH MEM DATA LOAD 0 MEM DATA PROTEC 0 DELETE 0 INSERT 0 ADRS ADRS NMEM DATA AUTO PROT FD LOAD1 FD SAVE1 FD LOAD2 SAVE2 4 9 3 P4 T a F gt MDIA ADRS PROTECT non MEM DATA LOAD 0 SAVE 0 LIST A ADRS V DATA INSERT 0 CRUNCH ADRS ADRS V AUTO PROT FD 10401 FD SAVE1 FD LOAD2 FD SAVE2 7 BRIS FE 2
393. MEMCLR INITIAL KEY BUZZ LOCK INITIAL2 OPTION HELP MEM PANEL CLR MEM CLR cmos VERSION 4 11 83 P2 flopy OPTION print 255 CMOS RAM 0 50Mw dsp Sg off_a Ach off_b Bch a_env Ach b_env Bch Ach b_mic Bch a_pic Ach b_pic Bch alg_ a_trk Ach b_trk Bch track AI ai_co AI 4 11 4 4 11 4 1 AT D
394. U SF USER NUMBER NOP MATH 1 iMATH 2 MEAS iMULT1 4 8 5 12 DISPLAY USER RESULT UIR 1 BF2 BF3 BF4 DATA 1 U1D BF1 BTF2 BF3 MATB U1M 4 gt RCW m t Q T RECIPRO IFFT FFT DISPLAY USER MATH2 4 8 5 P13 FILTER OPEN CLS IWE U1R 0 1 1 1 2 2 BF3 RBSOLT BF 3 BF4 1 2 920 0 1 BF2 2 BF3 DATA 1 3 BF4 2 U1D 0 BF1 1 BF2 DATA 2 2 BF3 Si EB on 4 5 DISK 6 CMOS U2M 0 i 1 MATB 2 3 1 4 EQUALIZE 5 6 i DISPLAY USER MEAS 4 8 5 P14 IVE UIR 0 RESULT BEF1 2 4 MEASURE UMC Bch Ach UMA MEASUR
395. gt lt gt LOCAL 4 2 4 2 4 6 9 4 9 3 4 9 3 4 9 3 9 10 4 9 3 9 6 4 9 3 4 9 5 4 9 4 4 8 6 4 6 14 4 8 5 4 6 1 4 9 3 4 6 2 4 6 12 4 6 5 4 8 9 4 8 9 4 6 5 4 6 13 4 5 3 4 6 2 B 3524 3525 AD 2 AD
396. ii 186 DISPLAY UPPERZLOWER 3 3 1 DUALZSING AZB AVEZINST MODE 0 6 MATH Ss spec J s C FREQ RESP C EXTEND Sep _ CoMPLEX LOG reret Y LOG raro X SCAL Y SCAL CURSOR 3 3 2 C gt 2424 5 UPPER LOWER BORI _ONZOFF VERT MODE resene READ WW N e m e gt 2ch FFT ANAL 3 3 8 MENU 1 2 Yv _ 3 ENTER 4 ENT 5 ENT NUM 6 EXTEND 3 3 4 OPERATOR 1 MEMORY 2 PANEL 28 PRINT 4 COMP 5 FRAME 6 EXTEND 7 200 i 8 SG 9 3 3 5 AVE 1 2 3 MODE 8 3 6 GP I B 1 LOCAL 2 HELP 8 3 7 TRIG 1 MODE 2 ARMZ FR
397. 0 OFF LIST 1 10 CFS 1 START CF S 1 CFB 1 BREAK CFS 1 1 INITIAL CFS 1 071 0 OFF 0VERLAP 1 ON 0 ic 1 M 2 1 1 4 11 TRANS 5 1 gt ENTER CFD DELETE CFA DELBTE CFA 1 6 7 1 P57 OPERATORS EXTEND SYNTHESIS svcGl 0 TOFF SYNTHESIS 1 iON 0 OFF LIST 1 ON SYS 1 START CFS 1 0 VL 0 OVERLAP 1 ON CRT 0 Cc 1 M 2 4 M TRANS 5 1 A SYI 101 ENTER
398. 2 2 4 1 f 1 Bch INPUT HfNNEL 7 B RB 5 SENS RRNGE A 3098 J FIX 44 7214U 3048 Fl 44 7214U OFFSET Rch oft 0 000000 oft 0 00006U RMPLING INT 100kHz FRAME 50 0000Hz 5 1 P 2 8 Y INPUT dB CHANNEL 1 10 0000k 3 33448 1 2 15 0000 14 7472 B 3 20 0000 27 1261 AB 4 25 0000 13 2262 SENS RANGE 5 30 0000 1 87174 3048 6 35 0000 14 1811 FIX 7 A0 0000k 3 27678 44 72140 HBch 8 45 0000 0 09881 B 3058 50 0000 0 68758 f 2544 7214 dB DC OFFSET Ach off 10 00 0 00000U Bch otf 0 0QQ00U SAMPLING INT 70 00 100kHz FRAME TIME 250 0000 2 4 00000 5 1 4 2ch FFT ANALYZER 000 098 8 3088 FREQO 100kHz INPUT 4573 CHINA Y Toe Ach 8
399. 3 2 REDE Ach B ch LW 4 6 4 5 8 ZIE DT FIX AUTO UNIT b E U CAPITAL Eu
400. 4 6 8 9 10 EU 4 6 4 9 10 4 6 2 4 4 1 gt 4 5 1 4 8 2 4 6 2 4 6 3 gt 4 4 1 Ai 4 1 3 4 6 2 4 4 1 STI 9 10 4 6 12 ASPL 4 6 2 9 10 SSPL 4 6 7 5 4 6 2 56 4 8 4 gt 9 10 AD 9 4 4 6 2 XY 4 10 2 4 7 3 A B C 4 8 7 4 5 3 4 5 3 4 6 10 gt 4 5 3 4 6 19 4 4 3 4 1 4 6 2 4 2 11 6 10 4 4 1 R 4 1 1 gt 4 1 1 4 6 2 4 1 1 9 10 4 2 4 5 5 gt 4 4 1 4 5 3 4 8 9
401. DISP LINER 1 1 0CT 1 3 0CT 1 1 1 8 ACTIVE 1 DISP MODE TEMPERATURE PRESSURE LOW FREQ off 300Hz 4 6 2 9 b 1 2 3 4 5 2 TEMPERATURE PRESSURE MIC DISTANCE CAL D SPL ENT LEVEL Ach Bch CORRECTION high 1 ON CORRECTION phase ON B c h A I ASPL R I
402. E 352 4 CN CN b ge 0 HQ IQO ERR ABEK gt AALL CERAR gt R 1 BPN MDI NNN lkk RUR R KR m ET 0 00 nnnnnQQQ E IN AA p IOO OO 45454404 4 06500 P 1 Y gt 30 00 SOR Rch EREK gt POMER gt 10 00 YRI 50 00 Hzl1NPUT ERRNNEL RB 3048 FIX 44 72140 390dB f FIR t44 72140 OFFSET Ach oft 0 000000 Bch off 0 000000 eef SAMPLING INT 100kHz M K FRAHE TIME 250 0000Hz OFFSET Vr _N4 00000msec 5 5 XRY AVE MEM
403. HPF LPF A RECTIFIER 4 12 4 2 Bn EEDE Bch Bch INPUT MDE gt OVER LOV ENV INPUT LED B ch Bch INPUT AC DC GND FILTER CLK INT OFFSET Beh INPUT TEST OVER BUZZ INPUT SNS INPUT ENV INPUT SET ENVEL SET ENVEL HPF LPF AMP RECTIFIER 2 4 12 4 P3 INPUT MO DE 1 2 y Ac
404. LEFT FIX AV OPERATORS COMPARATOR BLOCK SET 1E BNM 0 NUM 29 BMD 0 1 OVERALL MODB 2 LEVEL BLG 0 MODE 1 AmE BDA 0 MODE 1 BDP 0 DISPLAY 1 ON DBN 0 OFF 1 DISPLAY B XL BXH 2 BYL BYH 1Y 2 PARAN BDY 4 8 1 P7 Rt LOGIC SET COMP BLOCK LOGIC SET OR TOTAL NUM 29 on NG EQUATION 11 20 and 3 or 9 eol OPTION OPTION RELAY OUT mode0 LOGIC SET LOGIC SET OR OR AND AND
405. LOW LEVEL 1 1 DRV UP LEVEL LOW LEVEL DHD EXTEND P30 HDP 0 6 4 1 128 2 256 3 512 4 11024 5 2048 6 14096 HIST POINT 7 18192 i DPN 1 DISP NUM i SMP 0 64 1 128 2 256 512 4 11024 5 12048 6 14096 SAMPLE POINT 7 18192 0 OFF 1 iON TRACK F FT PRECITIO 1 202 6 77 11 P31 EXTEND MMS 1 START BRK i MMS MMC 0 185535 CONVOLUT CONVOLUT 1 DECONVO DECONV0 MMH 0 Bch CHN 1 Ach 0RG MMR
406. REAL 2 0 INT 2 0 FLG 1 1 FLG 0 FLG 1 FLG 2 FLG 3 FLG 4 FLG 5 FLG 6 FLG 7 FLG 8 FLG 9 SI FLG 10 SI CORSOR 1 0 GP I B YAL COMP comp 07 29 CSET
407. SNS INPUT LED B ch AC DC GND FILTER FIX CLK INT OFFSET Beh rNpuT over Buzz MICINPOT HENV INPUT SET ENVEL INPUT MODE 1 2 4 12 83 ON OFF 0 OFF DC OFB 1 iON Bch ON OFF pc T Ach CV i J AC DC 0 BchlCPBl r Ac AC DC GNA Ach i GND 0 ESAD GNB 1 GND Bch GND FLT 0 OFF 1 10 FILTER Ach 0 FIX 1 AUTO UP ARB 2 AUTO Bch S PL 0 1 DC OFA i Ach INPUT MODE 4 12 33 P4 2 2 SAMPLING TST 0 ON OFF 1 iON TEST
408. USER INSERT DELETE ADR Aly TE ro E E 2 DS 45 DRC P MEMORY s T 547 0 LIST MDIA ADRS ADRS MEM USER PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS ADRS MEM USER AUTO PROT SAVE LOAD 4 9 3 4 8 5 10 DISPLAY USER 11 21 USR 0 USER 1 1 USER 2 USR 2 USER 3 999 USER 3 USER 4 URG 0 1 0 1 DISK LOAD 2 CMOS URP 0 0 IRAM 1 DIsK SAYE 2 CMOS URL 0 OFF 0 IRAM 1 1 1 iDISK LIST 2 2 CMOS PPS 0 0
409. lt 84 0T EE DT T 1 _ fma 6 6 111116 6 231044 3 SOKI 14 YIA SMMY SaY 1511 6 FAYS 8 01 9009 KAK Y SEFE 1044 0107 Ss9Y 5407 HAN33 9 9 111111 0 38108d Ot 809 1110 NAK 9 9 1 0 as 311811802 514 gt 1 1 JIYA 193 2 WIYG Ya891Y 9nTvA 05Jm9 B dW09 loua ordy SdGY SMGY 9 dasRI 0 314731 g 211044 SOKI YICK 14 YI 9 SatY suar YIGK 1811 0 3475 ro OLOY RIH 2 das daoa 0sJR3 8 901 4102 an eA daoa angera i05103 Ipp 4502 osana Ip UI FE81 d9 T 15 ptt dus LIEVA J13 0109 1 140 40 QRYXN03 9 5531007 3340048 Y 1 5 1 ARIA 14
410. 0PTION Bch 3 OPTION MIC INPUT SNS INPUT INPUT 5 ch ICH 0 Ach l Bch CANNEL 2 ABch SPF SAMPLING Hz Ous 4 12 2 a FATATA 1 Ach CH TNCUT Ach Ach I MODE A NPUT MODE gt 721 MS OVER E3 LOV MIC INPUT LED Ac h ach INPUT ow rx Acn TEST over Buzz MIC sys INPUT ENV INPUT ser ENVEL 4 12 2 P2 Bch Bch I NPUT MODB gt MIC INPUT 1 LED Bch
411. 1 2 2 2 Bch DELAY AUTO off FRAME SIZE 0 0 120 0 00000sec DISP SIZE MOVE UNIT 50 FRAME SEGMENT 1 00000 10 NUM SBG_POSI 12 SIZE 0 TRIG POSI FRM_POSI 0 PO 0 00000 0 00000sec 2 OPERATORS FRAME gt MODE AUT0 PIX AVE FIX 4 4 4 2 wori Pen wun a PANEL PRINT MEMORY COMP FRAME EXTEND i 200 FRA _ _ mouri ow orr AUTO FIX AVE FRAME COND menu 1 2 SINGLE FRAME SIZE 7170 DISP SIZE 50 SEGMENT 10 NUM 12 SIZE TRIG POSI 0 PO 0 00000sec a HOLD FIX
412. 4 9 6 4 9 6 R AM ON NO 10 11 12 13 14 4 10 4 1 0 2 Y am 4 10 29 P 1 4 10 1 4 10 1 EEE i OPERATORS 1 OPER MEMORY PANEL PRINT RS F 6 COMP FRANE EXTEND 700 vipeo PRNT 77771 PLOTTER START MODE 0 1 MODE SET START BRBAK
413. 44 44 4 4 19 33 2 4 4 4 44 4 4 12 4 4 12 1 P1 4 12 1 B NO 1 larza Ach BNC Ach INPUT MODE gt NODE MIC INPUT ESNS INPUT ENV INPUT LED LED Ach BNC Ach INPUT TEST OVER BUZZ SET ENVEL 4 12 1 P2 Bch AJI EFESE l Bch BNC Bch INPUT MODE gt MIC INPUT SNS INPUT INPUT LED LED B ch BNC Beh INPUT AC DC GND FILTER FIX cLk INT OF
414. CURVE FIT1 LIST START 0 BREAK INITIAL OVERLAY TRANS CURVE FIT2 LIMIT DELETE CLEAR ALL UP A DOWN V 4 8 9 P4 cec CURVE FITI LIST START 0 BREAK INITIAL OVERLAY TRANS C CURVE FIT2 LIMIT ENTER 1 DELETE DELETE CLEAR UP A DON V LED 2 UP DON V NO NO CLEAR 3 CLEAR 4 cORYE FITI LIST START 0 BREAK INITIAL OVERLAY CURVE FIT2 ENTER DELETE CLEAR ALL DOWN V TRANS Compliance M Mobi1ity 4 gt saccelerance 1 C BRE dynamic stiffness 1 M mechanical i
415. IVE DPY 0 FIX AUTO SCAL 1 AUTO SCAL YFS 1 FULL SCAL FULL SCAL Y YMN 8 3 2 550070 CURSOR 4 7 CURSOR p UPPER UERT 5 LOWER ONZ OFF MODE READ L w gt 3 lt A gt CURSOR Iwr 1 Y 4 Y 1 VCP i 5 UPPER LOWER CURSOR LED ON LED OFF
416. MEASURE COHERENCE 0 IMPULSE SCOT ML CRSS SPCT W f W f B f 1 f Ach f Bch 7 A 4 MEASURE COHERENCE 0 CRSS SPCT IMPULSE Ss MEASURE COHERENCE 0 0855 SPCT IMPULSE S COT SCOT f 1 FFT Y1A f 12 1B 1 9 ML MEASURE COHERENCE 0 CRSS SPCT IMPULSE scor ML ML S N o 10 8 BIBI Zk MEASURE RSS CORR HISTOGRAM P D F C D F ENVELOPE CAUTO COR
417. TRACK MODE CIRC MAP 3D CAMPBELL MEMORY MEM COND SAMP SET ON OFF SAMPLE SET HARD SET menu 1 2 menu 2 2 TRACK MODE NO CONTROL off NO FILTER SAMPLE CLOCK CUPL ING EXT AC MAX ORDER LEVEL 12 5 0 0007 LOW RPM PULS ROT 20rpm 1 HIGH RPM TRIG 15000rpm FREE DETECT FREQ TRIG LEVEL on 0 000V TACHO FILTER FILTER on MEMORY AREA ON off RAM 10 49 FRAME SIZE 118 SAMPLE CLOCK INT EXT EXT ORDER 6 6 25 12 5 25 50 100 200 LOW RPM HIGH RPM
418. 26 51 101 201 401 801 1601 3201 500Hz TYP 1 kHz 9 4 P2 2 5 6 h on off 100kHz 1 0 0 H z 5 0 Hz 100Hz 20kHz 2 0 Hz 1 0HZ 2 0Hz i AD 1 4 70dB 16 FFT 80dB 382 TFFT
419. 4 74 9 co 6 9 6 10 e 1 1 4 444 4 6 10 11 1 6 0 2 Z B L gt 4 4 6 10 22 P 1 Y GSI 1 1 1 26 1 gt 6 1 1 1 6 1 1 2 F 6 11 2 1 6 1 1 gt gt 6 11 83 P 2 H2 g2 6 1 6 1 GP IB ANSI IEEE 488 1978 XY
420. 55 0 SIN 504wU 250 0 100kHz OFF Bch MULTI 2 CENT 50 0kHg 25 0k 75 0kHz 0 00000u RERE SAMPLING INT 50 00 212 100kHz 625 0 FraqHz gt 10706 188 00 FRAME 27 gt 125 0000Hz 2 3000906 71 92 2704 Br 4 00000msec DISP HODE ONDIRERS CONDIPHS UNLAPIN I RHRLT2EIPK MARKER 6 rf mae 30dB Hz To O panel 1 pro 88 9 15 13 42 1228 1 panel 1 pro 1024 88 9 15 14 52 2 panel H 1 pro 1024 86 9 26 10 3 data 1 1 1024 89 2 17 22 8 32 4 data 1 1 1024 89 2 17 22 37 5 data 1 1 1024 89 2 17 22 8 40 6 User 17 1 1024 89 2 17 22 9 56 7 User 1 1 1024 8 2 17 22 10 5 1 1 1024 88 9 16 1 7 35 9 multi 1 5 1024 989 2 17 22 4 31 10 multi 2 5 1024 89 2417 22 4131 11 multi 3 5 1024 89 2 17 22 4 31 12 multit 4 5 1024 89 2117 22 4 31 13 multi 5 5 1024 8B2 2 17 22 4 31 14 trk cd 1 1 1024 89 2 17 22 5 42 15 data 17 1 1024 8 3 3 0 40 16 data 17 1 1024 89 3 3 0 45 17 auto 17 1 1024 9 2 17 22 7 24 18 data 17 1 10244 89 3 3 9 30 53 19 data 1 1 1024 89 3 3 9 30 58 OHEIST FD ADRS 2 HORS
421. 6 7 3 P9 M MAW MBD MBL MBN MBR MBV MBW MDA MDB MDM MDO MDS MED MEI MET MFD MFL MFR MFS MFU MLE MLL MLO MLU MMC MMF MMG MMH MML MMR MMS MMU MSR MTP MTV Ach AVE MODE MEMORY Ach DISPLAY EXTEND ACTIVE 1 CORRECTION DISPLAY MATH OPERATORS FRAME Bch DELAY OPERATORS EXTEND MEM MULTI LENGA YW OPERATORS FRAME Bch DELAY Bch OPERATORS FRAME Bch DELAY Bch MENU EXTEND SET MENU EXTEND MAKE DATA SET Bch MENU EXTEND MAKE DATA SET MODE MENU EXTEND MAKE DATA ON OFF MENU EXTEND MAKE DATA SET DATA OPERATORS MEMORY DELETE OPERATORS EXTEND MEM MULTI DELETE OPERATORS MEMORY INSERT OPERATORS EXTEND MEM MULTI INSERT MENU EXTEND FFT POINT TRACK MEM OPERATORS FRAME DISP SIZE MENU EXTEND MATH FILTER OPERATORS FRAME ON OFF OPERATORS FRAME FRAME SIZE MENU EXTEND MATH FILTER MENU EXTEND MATH EQUALIZE OPERATORS COMPARATOR SHAPE SET LOWER DISP MEM NUM MENU EXTEND MATH OPEN CLOSE OPERATORS COMPARATOR SHAPE SET UPPER DISP MEM NUM MENU EXTEND MULTI MATH CONVOLUT DECONYO MENU EXTEND MULTI MATH FILTER MENU EXTEND
422. ARS 0 1 10 RESTART 0 1 PRINTER 2 PLOTTER OUTPUT _ 3 MEMORY DSP 0 RAM 1 DISK MEMORY 2 CMOS AMM 1 3 3 6 iBT GP I B 6 GPIB LOCAL 18 ON LED gt HELP 4 9 1 cg INITIAL CLR KEY BUZZ LOCK INITIAL2 INITIAL INITIAL2 b HELP CLR PANEL CLR CMOS OPTIoN VERSION CLR PANEL b b CLR 3 3 6
423. AVE INST 4 5 2 LED ON LED OFF DISPLAY AVE INST 0 1 AVE INST 5 X pho XIRRI X X L0G X LED ON LED OFF DISPLAY LOG XLG 0 LOG LIN 1 1106 1 00 1 Y Y Y L0G LED ON LBD OFF DISPLAY Y LOG Y 0 LIRN LOG LIN 1 ILOG
424. DISPLAY FREQ RESP gt f 1 H i 12 1 Ach 1 1 f Bch A c h Bc h 4 10 0 CRSSsPcT IMPULSE COHERENCE 1 1 12 1 1 1 Ach 1A 1 12 1B 14912 f Bch 1 1 5 1 MEASURE COHERENCE IMPULSE 500 ML C 0 P f COH f 1 1 f f Bch 4 6 2 2
425. FILTER 0 FIX 1 UP ARB iAUTO Bch SPL 0 1 CLK 0 Ach oven 0 OFF DC OFB 1 Bch ON OFF Dc Ach 1 Bch INPUT MODE 12 21 3 3 9 PS RECTIFIER F EBR 1 N 0 ON OFF 1 ON TEST 1 OBZ 0 ON OFF 1 10 OVER BUZZ INA i Ach INPUT SNS INPUT 0 BNC ENV INPUT 1 OPTION INB 2 OPTION Bch 8 OPTION MIC INPUT SNS INPUT ENV INPUT c h ICH 0 Ach 1 Bch CANNEL 2 ABCch SPF Hz TF SAMPLING INPUT MODE 5 IWF EAH 0 20KHz HPF 1 10KHz
426. FRAME DISP menu 2 2 Bch DELAY off 0 0 0 00000sec MOVE UNIT FRAME 1 00000 SEG_P0SI 0 FRM_POSI 0 00000 4 4 4 Javo T o 0 3 P3 1 CAVE ITEM TIME MODE MLT ADD 4 4 4 P4 AVERAGE menu 1 2 NORM STATE ITEM HIST AUTO CORR CRSS CORR SPECTRUM MODE ADD NUMBER 50 NUM DSP 1 1 OVERLAP 50 2 bE 7 ADRE _ amp OPERAT ORS FRAME gt
427. GB GD GF GG GM GO GZ HL HU IA IG IL IM 10 IP IV LL SLU SMA SMC SMD SMF SMP SMS SNA SNB S NM SOL SOM SOP S PC S PF SPL SQL S QM SQU OPERATORS SG BURST DISPLAY EXTEND SURFACE I CAL ACC DISPLAY EXTEND SURFACE I CAL ACC DISPLAY EXTEND SURFACE CAL SPL OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERATORS OPERA OPERA ORS ORS OPERATORS OPERATORS OPERA OPERAT ORS ORS OPERATORS DISPLAY EXTEND SURFACE I CORRECTION OPERATORS EXTEND MEM SI G LOAD OPERA ORS EXTEND DATE DATE FRAME SEG POSI SG BURST SG FILTER SG FILTER SG 200M SG MODE SG OFFSET SG 200M COMPARATOR SHAPB SBT LOWER DISP START STOP COMPARATOR SHAPB SET UPPBR DISP BAND START BAND STOP EXTEND MEM SI G AUTO PROT SG ON OFF EXTEND 51 6 LIST EXTEND MEM SI G SAVE DISPLAY EXTEND SURFACE DISP MODE OPERATORS COMPARATOR SHAPE SET LOWER DISP LOW LIMIT OPERATORS COMPARATOR SHAPE SET UPPER DISP LOW LIMIT OPERATORS SG MEMORY ADR OPERATORS SG MULTI FRM OPERATORS EXTEND MEM MULTI SAVE OPERATORS SG MULTI FRM EXTEND FFT POINT SAMPLE POINT OPERATORS SG MULTI FRM Ach INPUT AY Bch INPUT OPERATORS FRAME SEGMENT OPERATORS SG LEVEL OPERATORS SG NORMAL SINGLE SHOT OPERATORS SG OFFSET DISPLAY EXTEND SURFACE I PHASE cor INPUT MODE SAMPLING
428. HIST AUTO CORR CRSS CORR SPECTRUM MODE ADD PEAK EXP NUM DSP 1 1 OVERLAP 50 REPEAT S WEE 55 T SWEEP MODE LINEAR X LOG X FREQ SPAN 1 5 LOG STOP FREQ SWEEP MODE STOP FREQ P5 4 8 3 P6 INPOT LIMIT Ac h OUTPUT LIMIT TB ch OUTPUT LIMIT 000 SWEEP RATE 5 LOG
429. LEFT FIX lt gt 4 8 1 d 2 ry Y SPAN Y SPAN CENT MOVE FIX UPPER FIX LOWER FIX A CENT MOVE CENT FIX UPPER FIX LOWER FIX 8 DELT Y DELT Y CENT FIX RICHT FIX LEFT FIX A 7 CENT FIX RIGHT FIX
430. MEMORY 0 1 2 RAM ADRS ADRS V MEM TRACK PROTEC 0 DELETE 0 INSBRT CRUNCH ADRS ADRS V MEMTRAK auro PROT SAVE 4 9 3 4 8 6 23 OPERATORS EXTEND TRACKING yy 1 0 1 ION ON OFF TGO 0 STOP START STOP 1 START TGV 0 MODE CIRC 1 RPM TRACK 2 3 CAMPBELL 0 COND 1 MEM 2 TKG 0 0 1 LOAD kokk 2 TKP 0 0 1 SAVE 2 TKL 0 OFF 0 1 1 1 LIST 2 2 TKS 0 0 1 PROTEC 2 TKR 0 0 1 PROTEC 2 TKK 0 0 1 DELETE
431. MULTI COMP AUTO SEQ TRACKING FD FORMAT ANLG COMP MULT MATH CURVE FIT SYMTHESIS 090 LOG MODE LOG MODE SPAN 1 5 FREQ ON OFF LED 2 3 20kHz N
432. P 4 8 9 2 CURVE EXTEND LABEL DATE AUTO SEQ TRACKING FD FORMAT ANLG COMP EXTEND OCTAVE LOG MODE MULT MATH SYNTHESIS MULTI OCT OP EXTEND MEM MULTI MEM COMP CURVE LIST START 0 BREAK INITIAL OVERLAY TRANS TRANS M TRANS A TRANS 1 C TRANS 1 M TRANS 1 A CURVE FIT2 LIMIT ENTER DELETE CLEAR ALL A DOWN V CURVE FIT TRANSFER m N AREA 0 START 0 STOP MASS 0 00000 RESID STF 0 00000 2 2 2 3 4 8 9 INITIAL OVERLAY TRANS CURVE FITI START 0 BREAK CURVE FIT2 LIMIT ENTER DELETE CLEAR ALL u b CURVE FIT1 LIST START 0 BREAK INITIAL OVERLAY TRANS CURVE FIT DELETE CLEAR ALL A V 1
433. PROTEC CMR 0 0 RAM 1 DISK kkk 2 CMOS PROTEC i CMK 0 0 RAM 10 2 DELETE CMI 0 0 1 DISK kkk i 2 iCMOS INSERT __ CMC 0 RAM 1 DISK CRUNCH 2 CMOS CMA 0 OFF 1 10 AUTO PROT CMA 1 6 7 1 P61 OPERATORS EXTEND 51 IWF SIol o 0 RAM 1 DISK LOAD 2 CMOS SIP 01 0 RAM 1 iDiSK SAVE 2 CMOS SIL 0 0 1 1 DISK LIST 2 2 CMOS PPsS 0 0 1 iDISK kkk 2 CMOS PROTEC i PPR 0 0 1 DISK 2 CMOS PROTEC 0 0
434. RES J MME 001 0 1 DISK FILTER kkk O 2 CMOS 1 2 6 7 1 2 MDS EXTEND MAKE DATA MDO 0 o 1 i 0N OFF MDS 1 SET MDA 1 SET Ach MDA 1 SET Bch MDB2 MDM 0 LINE 1 MULTI 2 ADD SET MODB 3 MOVE 4 LIMIT 5 11 8 6 11 1 LINE X M1X FILTER M1Y Y 2 FILTER MULTI M2A AREA VALUE M2 V ADD VALUE 2 M2V AREA 6 7 1 P33 EXTEND 2 21 MOVE 2 START 5 AREA M4S MOVE 5178 LIMIT M2A ISTART _
435. UNIT 2 dBVr VRU 0 iist 0 RIGHT 05 1 2nd 1 LEFT CS 2 3rd 2 MAXIMUM VRL 3 4th 3 MINIMUM 4 PEAK FIT 5 6 HALF WID i DAMPING POSITION 8 RISE TIME SET READ 9 FALL TIME 1 0 OVERALL 11 THD i 12 THP 13 SIDELOBE 14 2 HARM 1 5 3 HARM 16 41 HARM 17 5th HARM 218 1 DIFFERBNC 19 20 INTE 2 1 FREQUEOFF 2 2 SDOF N amp D 2 3 SDOF CRT 0 1 iM 2 1 11 4 11 TRANS 5 1 A 6 7 1 P22 3 MENU MENU EXTEND WINDOW IWE 91 31 WND 0 RECT 1 7 HANNING 2 MINIMUM 8 FLAT 4 FORCE RES WINDOW 5 12 9 USER i FST FORCE
436. 0 1 2 3 4 0 5 0 6 RSV 0 7 6 8 6 3 6 3 P 1 SH SR RL DT SH1 1 T 5 L4 SR1 RL1 0 DC1 DT1 S MLA MT A SR RL PP DC DT XY
437. 1 4 4 5 4 4 5 OPERATORS OPERAT PANEL MEMORY PRINT ORS EXTEND ANLG _ Hg H COMP COMP FRAME EXTEND 200 50 FRA 1 OP EXTEND LABEL DATE AUTO SEQ TRACKING FD FORMAT OP EXTEND OCTAYE LOG MODE MULT MATH CURVE FIT SYNTHESIS OCT OP EXTEND MULTI COMP ANLG COMP START STOP ANALOG COMP NUMBER 50 COMP DATA INVALID 4 4 5 2 1 55 gt 1
438. 2 2 CENT FIX 2 8 RIGHT FIX 4 LEFT FIX b CURSO ee 2 2 R YERT gt VERT CRSR HARMONIC NO CURSOR 1 CURSOR 2 CURSOR SAME CRSR MOVE MODE
439. 4 6 2 DISPLAY EXTEND P10 0 LINER 1 11 1 22 7 2 1 83 DISP NODE TEMPERATURE APS mbar PRESSURE AMD i mm DISTANCE ACS dBSPL CAL CAL Bch CAL 0 OFF CORRECTION 1 ON 0 OFF CORRECTION 1 ON 0 IRAM 1 DISK CORRECTION 221 LOWFREQ ALF LOW FREQ 0 AFQ 2 Hz LOW ASC 1 SPECT cal I ASC1 ASC ALC 1 PHASE ALC 1 AL C X1 4 6 2 11 22 MEASURE ACTIVE VELOCITY SPECT cal PHASE cor ASPL
440. 5 14 2 9 92 1 9 6 9 03i2SYHd 191128444 MI30134 1 avaa 1 197 4 2 501 0 0 9 0051 9 90 KI alse33 395 ii 190171 3 0 41 55 8 9 1 ii 8 9 9 9 T 1401301 TEI 7041 AV8901SIH 8803 5580 8903 oiny g 8 4 6 Eigg 097 4 455 0 9 1025 3S10di 124 s83 4103 NWN 3906YaKly 29 8 297 891 9297 1 29 85 9 4 5 2 9 1 01 1 0 antya ienaat P e 248 TA H 04 BS 48 124005 dE 110528 gt IIA gt 3 gt gt gt f cata gt f Igas ssaa gt gt Tas gt gt 1XW890ISIHH gt 49 gt 519 280 gt gt gt gt gt 809 5580 gt 2041102 gt auna gt 1004 gt gt 10 1 gt 0 gt asza dadd gt 2211002 gt gt 210134 gt BN gt gt 1 gt 214 ny gt erga gt af 1144 gt gt 1025 gt SOKO 9516 gt f YIA gt 240K syay j 4x39 SVK 1199 srax 4X30 2190 I
441. AND EQUATION 5 COR 0 MODE0 1 MODE1 RELAY OUT 1 1 OPE RATOR EXTEND gt 4 8 1 P20 FRAME EXTEND SG FRA h L 10 F OP EXTEND AUTO SEQ FD FORMAT ANLG COMP OP EXTEND MULT SYMTHESIS MULTI OCT op EXTEND MEM MULTI COMP MEM COMP FE RAM ADRS ADRS PROTEC 0 DELBTE 0 INSERT 0 CRUNCH ADRS ADRS V MEM COMP AUTO PROT SAVE 4 9 4 LOAD
442. JY LST 0 OFF ON OFF 1 ON 1 BNT CRSR LCL 1 CLEAR 21 LAC 1 ALL CLEAR LTP 1 1 50 1 0 OFF PEAK LIST 1 ON 6 7 1 4 DISPLAY MODE 0 ON OFF 1 iON 3 D 3H 0 HI 2224 3 D3D 0 DIRECT 1 8 D3A 0 ANG 8 8 D8S 1 i SP 8 i 3 D3L 5 1 NUM AY 100 DISPLAY MODE OVERWRITE yy OWT 0 OFF 0VERWRITB 1 ON 6 7 1 P 5 DISPLAY MODE 3 D_SET IWF M3D 0
443. NOC 4 IRAM 5 1 015 6 1 8 U2M 0 i 1 1 2 4 EQUALIZE 5 FILTER 6 7 1 17 DISPLAY USER MEAS IWE RESULT 0 BF2 i BF3 BF 4 MEASURE UMC Bch Ach MEASURE INST Oje Oje OUN TIME DEPE aoee i FREQ RESP COHERENCE C O P CRSS SPCT IMPULSE SCOT AUTO CORR CRSS CORR HISTOGRAM P 1 1 OCT 1 8 OCT SNR CEPSTRUM LIFTERING ACTIVE 1 SPL 1 REACT 1 VELOCITY SURFACE SPL VIB VEL Rw amp 6 7 1 P18 DISPLAY USER MULTI UIR 0 1 1 BF2 2 BF3 RESULT 3 1 4 02 0 1 BF2 2 BF3 DATA 1 3 BF4 UTV VALUE DISPLAY USER END
444. ON Is PLAY AVB INST gt CONT CONT gt 1 lt START gt 1 CONT gt
445. OPERATORS EXTEND TRACKING SCHEDUL yk TRS 0 A D 1 SOURCE 2 MEMORY TOT 0 TRACK 1 10 OUTPUT TOF 0 OFF FRAME 1 10 OUTPUT TOM 0 OFF 1 10 OUTPUT TDS 0 1 DETECT DISPLAY 2 OFF TL I LINE TDT 0 RPM DETECT MODE 1 SCHEDUL TSR START SCHEDOLITSO STOP i SCHEDUL TS P STEP SCHEDUL TNS A 7 NOISE ie 7 TSL 0 i E SLOPE 2 SCHEDUL ITTM 0 OFF SCHEDUL TTS START SCHEDUL TTP STBP 2 0 2 2 OPERATORS EXTEND TRACKING 4 8 6 SET TRACK 26 IWE TML 0 141024 1 1512 2 1256 MAX LINE 3 1128 TFR 0 POWER 1 REAL 1IMAG DATA FORM 2 OCTAVE TUT 0 ORD 1 iHz 2 CPM UNIT 3 BAND
446. PP ER 5 0 3 0 5 0 2 0 START STO START L ED COMP DATA YALID 2 A 7I IE gt COMP DATA VALID OPERATORS EXTEND ANLG COMP ANC 1 ISTART START i ANS 1 STOP STOP 1 i AVE NUMBER 50 AND 10 COMP 1 AND 4 4 6 P1 4 4 6 TZIAN Y MENU YOD EXTEND gt
447. gt EROR 1 ERORE on off c 2 c 3 2 LEVEL x y 17 on off 2 d 3 d 2
448. i 1 CRT 4 4 i 1 DISPLAY RTVA 2 57 DISPLRY UPPER DUALZ LOWER SING SPEC FREG RESP EXTEND Y L0G SCRL Y SCaL 2 5 5 2 CURSOR UPPER HORI VERT LOWER 0NZ0FF MODE LAL 8 2 P2 8 MEN
449. 1 DISK SAVE 2 CMOS AUL 0 OFF 0 1 1 1 DISK LIST 2 2 CMOS PPS 0 0 1 DISK 2 1 PROTEC _ PPR 0 0 IRAM 1 2 iCMOS PROTEC PAD 0 0 1 DISK kkk 2 CMOS DELETE 0 1 DISK 2 CMOS 1NSERT i CRP DISK CRUNCH i AUA OFF AUTO PROT AUA 4 8 2 16 SG 250 100kHz 0 CALC RO 250 RO 250Hz 1 GPIB RO 2 WAIT 2500msec 2 5 3 IF RO gt 100K JUMP 5 100kHz 5
450. 172 19mm 242 5 1 2 3 4 5 6 F D PZ 206 6 1I 7 F D 8 9 Hel _ Buty 09 120967 57222 EAN ET FDD4S6 AOK D 20yt 27422 3 2 04 4489328 01 84190 13407 907 QA 2B 3H gt 0 P2 2063 ET 1 04 A35368A _M3 X 8mm 1 1 4 1 4 4 X 6mm 1 2
451. 874 9 2 9 01 5 SOKI ISI 110030 dSG AMNR 1014 1 134 03114 10 7 104180 10 14 1531 2 4 m s 39Ya3AY 111411 s dV18340 450 95 414 YYZ 1000 MaME93dS dH03 5842 gt gt gt 3409 OLAY gt gt gt 215 2 5582 3402 010 71511 1SiH 79011120 21 15 KXON 21 49Y2AY 1 2 5 9 3 7 5 7 2 5 HELKA ILYLS KUON 5 tit 5 4 5 4 4 5 1 2 65 9 01 18718 1414 417 WHO 6109 35 dsp 1114 1801 LU 552 CEHE RLERLE 4 01140 11 4 5 vorsTa 1118 0001 190 MULINOOL 406 AO1S83A Fii 011401 5082 812 RAA 1 6 1 14 86 1 1 4 1 46 2 3201 7209 4 11 s I1 11 1 5 1 9 109 1 FT 9 01 9 01 1 0
452. Bch B B ch EXT E S G G SG 4 4 2 b Y RL EEIE TR 1I G MODEB gt REPEAT HOLD E MEAS LEVEL EXT 5 V SG 0 V 1 127 128 2 8 0 V 1288235 1 2 8 25 6 64 128 32 128 16 128 5V 2 5V 5 22128 6 4 16128 1 28 2 5V 64 1 2 32 128 8 64 128 128 128 2 4 4 2 P4 b U SERRE EEDE TRIG gt TRIG
453. GPIB TALK ONLY TALK ONL Y 6 4 2 GPIB REMOTE GPIB REMOTE GPIB STATE 1 DIFFERENT ITEM FFT FFT INTERPOLE DATA INTERPOLE DIFFERENT ITEM INVARID GPIB COMMAND GP I B LTNYARTD KEY INVARID PARAMETER GPIB 71 DIFFERENT ITEM jo 2 16 1 2 L LOCAL STATE GPIB LOCAL LOCK PANEL 4 1 1 5 LOWER LIMIT
454. MEASURE 1 1 0 NR CEPSTRUM ILIETERING 1 8 1 3 0CT 4 6 15 4 8 7 1 8 ANSI CLASST amp 4 5 8 F 1 1 1 3 4 6 2 SA 1 CS RS CEPSTRUM LIFTERING SN SNR MEASURE 1 1 001 1 3 0C7 f SNR O 8 N SNR 1 i COH f COH 1 gt AaB LIFTERING MEASURE 1 10CT 1 30CT SNR CEPSTRUM
455. RECTIFIER i 2 3 3 3 10 7 8 3 3 10 INPUT 16 D TITO GT G OO u D y 1 1 1 1 1 ES lt Z A 2 lt lt mx 5 o 6 HELP 9 4 5 29 6 a 4 4 4 4 4 4 4 4 4 4 4 4 4 4 9 4 8 4 EN 4
456. SRO SRQ END 1 1 NOP 2 GPIB 1 GPIB 2 COMMAND GPIB 3 DATA 1 CDATA 2 3 1 IF 2 LOGIC gt gt lt lt 3 DATA 1 DATA 2 4 TRUE 4 8 2 COMMAND COMMAND 1 GO TO CALC WAIT SRQ END COMAND COMMAND NOP GO T0 CALC WAIT SRQ END LOGIC DATA 1 4 1 G0 701 2 ADR 1 CALC 2 ALGBRA
457. TRD 0 OFF ON OFF 1 ON 3 D3H 0 750 HI 8 3 0 DIRECT 1 3 0 ANG 8 3 D38 1 SP 8 3 D3L 5 t AV 100 3 D SET 3 MEDIA ADDRES SAVE DATA ON 3 DRAW FAST OFF 3 3 MODE 100 ONCE OVERVIEW 3
458. UPPER LOWER SING DISPLAY INST MODE EU MATH TIME SPEC FREQ RESP EXTEND Ls _ le USER COMPLEX ls X LOG Y LOG X SCAL V SCAL i DISPLAY MODE gt DISP MODE GRATICULE OVERLAY NYQUIST NICHOLS ORBIT 21 LIST DISP MODE 3DIMEN OVERWRITE 3 D SET 3D 2D OCT HIST OCT LINE DISP MODE MEAS COND PH UNWRAP NORMALIZE PK MARKER MONITOR LED ON LED OFF DISPLAY MODE MONITOR MONITOR 0 OFF 1 ON r 2 4 6 15 P1 4 6 15 4 8 7
459. USR 2 USER 3 999 USER 3 USER 4 URG 0 0 LOAD 2 URPI 0 0 1 ASAE o UEC URL 0 0 1 1 LIST 2 2 PPS 0 0 1 2 PROTEC PPR 0 0 1 PROTEC PAD 0 1 DELETE i PAI 0 1 2 INSERT CRP 0 1 DISK CRUNCH 2 CMOS URA 0 1 AUTO PROT CURA 1 2206 DISPLAY USER 2 23 UIN 1 INSERT U IN1 U IN UDL 1 DELETE UDL 1 U D L
460. lt 7 1000 gt MEMORY PANEL PRINT cOfP PRAME EXTEND Crb k Z00M FRA E zooM ON OFF A 2 CENTER lt gt 50 00k CRSR 1 15 ON OFF CENTER lt gt 50 00k CRSE MULTI MULTI A V V 2 4 5 8 1 0 1 6 204 2 5 32 40 5 0 6 4 8 0 1 0 0 125 128 1 6 0 2 0 0 250 256 3 2 0 400 5004 5124 6 2 5 6 4 0 800 1000 1024 1250 1600 20004 2048 2500 3200 4000 4096 5000 6400 80004 81926 100004 2 O 5 700
461. 0t 01 Ia 9997 OLOY 1084 OMY 3 siaY 198099 0 0 301 6 211044 5040 YIGK sady Sady YIGK 1511 7 evoi Urmon gt 1504 1 1HAX93S 140 1 1 1 290000070 040 irs 42 7 4514 0 5 5 181 901 1115 3SI 4 1119 e 30005 11 g l 0802 4 XI LTR rr EE 0OK X14 200 1 014 OI0Y4OK 4407R0 Y Ly 1 OI iH9I3A 3 1H9I3A 8 1H9I3M Y Li 120 1 101 1 1714 40 IH 240 0 311120 6 1 4 2 1 8 1 014 F KYS 440 40 1710 901 8 8 7 ed 6 100 901 37120 5 7 8 68 7 8 178 1 15 _ inm 111581 TiieY3 48Y1 1 9 5 2 3194 Uo KIL 1 1 1110 aiva lt OLNV gt 8d 0t 81 9 lt
462. 1 TOTAL 1 5 2 9 1 5 AND OR 1 TOTAL 1 2 g WAIT TIME WAIT 5 DRIT OPERATORS COM gt LOGIC SET PPER SET LOWER SET EXECUTE LED
463. 2 CMOS EQUALIZE Bch EQB 0 1 ON 3 3 3 P11 EXTEND 2 2 B ch EQUALIZE yy EMB 0 i Ach FILTER RFA Ach FILTER BE 3 RMA Bch FILTER j 1 RFB Zj Bch FILTER RMB Bi Ach A WEIGHT Bch A gt 53 ojo TFB N np FO gt _ WEIGHT d DB HAMMER DBL HAMMER OFF POSITION 0 STRT 100 5 0 UP LEVEL 0 01000 FS 447 21mV LOW LEVEL 0 01000 FS 447 21mV DISPLAY OFF BUZZER OFF 3 3 3 P12 EXTEND DO
464. 4 8 1 MODE BLOCK SHAPE START EVENT MEASURE EXEC MODE REPEAT OUT RATE 2 WAIT TIME off 00 00 00 DISPLAY continue on BOUND EVENT off VIDEO PRI X Y PLOT MEMORY RESULT mode 1 MODE BLOCK SHAPE START EVENT MEASURE P14 4 8 1 P15 EXEC REPEAT EXEC MODE OUT REPEAT 1 OUT NOGO NOGO NOGO 1 GO COUNT LOUT RATE NG COUNT OUT NOGO DISPLAY continue continue stop on BOUND BOUND BXECUTE
465. 5 1 EE gt 0 0 i AC90V AC2 64V 48Hz 400Hz 5 0 W o DC DC AC 3 2 AC 250V 2A 1 2 E
466. 5 1 1 2 3 b 2 10 20 3 DI SPLAY 0 222 2 LOW ENT 2 LOW ENT UP ENT 1 UP ENT 1 2 3 V LOW ENT UP CRSR ENT ENT 4 6 3 P 5 gt
467. 54 54 69 74 9883k 19 2B00k 9765k 2720k 2680k 2640k 49 2570k 59 2420k 2440K 94006 360 9320 2840k 2600k 2530k 22801 22 4705 51 6715 13 1019 45 9871 8 74446 46 7714 5 81663 50 0502 3 59993 51 4394 1 81932 50 4299 0 27311 46 5865 1 12873 46 1044 2 30086 45 8771 100 000 0 01962 34 0068 0 03776 20 5918 0 03442 14 5995 0 02362 11 3882 02016 27760 02264 76474 03524 60733 03726 77329 03823 244 72144 3048 1 1 Fix 44 7214U IDC OFFSET i Ach ott 0 000000 Bch oft 0 000001 1 11 4 3 ER 1 000 NYQIST HBch 0 200 12 1 7 1 0 00000 8 2608 100 0 1 REI 1 000 9 200 1 000 1 000 1 0 REI 1 1 000 0 REAL LOM REAL MRCSL_50 0000k 232 4306 ORBIT REDUCE DATA 1 8 NICHOLS CURSOR READ NORMAL UP NORMAL LOW XSCL DEGREE UP 180 CENT 3g0 MID LOW 180 3602410 NYQUIST CURSOR READ REAL 0 1 00 IOCT HIST DUCE DATA ff 178 MICHOLS CURSOR READ NORMAL Uf 04 XSCLCDEGREE UP 180 360410 OW 180 CENT 360 wID NYQUIST CURSOR AL 015 RODE IGRHTI
468. AR TBR B i i 0 2 MAR A MBR B FRAME DISP SBG POSI 0 0 9 gt 0 gt 0
469. Ach OFF Ach OFF Ach ON 74 4 1 3 ALGEBRA DIFFERENT FFT POINT 2 FF T ALGEBRA DIFFERENT FREQ 2 ALGEBRA DIFFERENT HIST POINT 2 ALGEBRA DIFFERENT ITEM 2 ALGEBRA DIFFERENT SAMP POINT 2 ALGEBRA DIFFERENT SENS 2 AUTO SEQUENCE 4 8 2 AVERAGE DATA
470. BURST RATE 1 ON FBR 1 BURST 100 FSM 0 LINER FRA SWEEP SWEEP MODE 1 LOG DE FMP CADE i SWEEP 4 8 4 P1 SG 219 1 3dB 0ct 6dB 0c t o S G 4 5 1
471. MEDIA 2 CMOS M8A i i ADDRESS D3M 0 LOOP 1 ONCE MODE 2 OVERVIEW 3 DFT 0 OFF 1 ON DRAW FAST TSD 0 DFT 1 3 TSD 0 OFF 1 DRAW FAST j 3D LED ON LED OFF DISPLAY 3D 3 D3T 0 3 1 3 3 1 P8 2DIMEN 2 LED ON 2 LED OFF 2 DISPLAY MODE 2DIMEN yy 2 EE 0 2DIMEN 1 1 HIST LINE HIST LINE DISPLAY MODE OCT
472. R OM R OM GP I B HELP gt LTF Oo MEM CLR INITIAL CER INITIAL2 YERSION HELP MEM CLR PANEL MEM cLR cmos OPTION VERSION off on FREQO 1008 SERI1 32768 SERI2 05 890113 KEY 890301 CAL 4890301 DISP 890228 SMP A 89 3 1 GP1 890301 GPIB HELP P2 FFT 1 FFT INITIAL HIM 2 0 CLR PANEL 1 CLR 2 CMOS CLR CMOS CHMC
473. RPM RPM 0 1 2 0 1 5 0 f X Y 2 2 THD THP 2 3 4 5
474. SPEC FREQ RESP EXTEND USER COMPLEX zem IN Y LOG X SCAL Y SCAL DTSPLAY MODEB gt DISP MODE GRATICULE OYERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 D SET 2DIMEN OCT HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND UNWRAP NORMALIZE PK MARKER 3D LED ON LED OFF 4 6 12 DISPLAY MODE 3D 3 D3T 0 OFF 3D 1 ON 4 6 14 Eee 1 2 8 EFN
475. UP DOWN Eeen 4 8 4 5 ON 50 1 5 0 100kHz 1 0 2 4 1 4m s 1 4 0 50 2 ms g SG MEMORY b MEMORY ADR 4 9 3 hn MULTI FRM 38 G MULTI FRM MULTI FRM 1 2 LENG 8 G
476. o 246 6 4 6 4 6 4 1 6 4 2 6 4 1 1 1 LED GP IB LED GP IB LSN TLK SRA LSN LED LOCAL b LED SRQ LED 2 LOCAL GPIB LOCAL
477. 0 1 DIiSK PROTEC 2 1 5 IDPR 0 0 IRAM 1 DISK PROTEC 2_1 MED 0 0 1 DIsSK 2 iCMOS DELETE MEI 0 i 0 IRAM i 1 DISK kkk 2 1 INSERT j CRD 0 CRUNCH teci APM 0 OFF 1 ioN AUTO PROT APM2 LAF 0 FIX 1 AUTO LENG 24 LAF LENG I MBL 2 1 6 7 1 60 OPERATORS EXTEND MEM COMP CMG 0 0 RAM 1 DISK LOAD kkk 22 CMP 0 0 1 DiSK SAVE 2 CMOS CML 0 0 IRAM 1 1 iDISK 1 157 2 2 CMOS CMS 0 0 1 DISK 2 1
478. 0 1 Hz 1 i 2 Hz 2 5 Hz FREQ 10 Hz 4 20 Hz 5 1 50 Hz 6 1100 Hz 200 Hz 8 1500 Hz 9 1KHz 10 2 2 11 5KHz 12 10KHz 13 20 14 50k 2 15 100kHz 4 8 9 s23 27 7 7 gt proportional viscous damping n 1 Kr 1 1 G w r 1 1 B2r 2 j 8 z kr equiualent stiffness Br io 6r natual frquelcy modal damping ratio s residual mass z BARNE residual stiffness KO MEMORY PANEL PRINT OPERATER EXTEND gt COMP FRAME EXTEND 2004 h
479. 1 5 2 4 4 11 1 4 9 1 LED LED LED XX XX LED KR XXX XX 74 2 24 8
480. 11 TLK SRA GP IB HELP gt MEM CLR INITIAL KEY BUZZ LOCK INITIAL CLR PANEL HBLP CLR MEM CLR cmos OPTION VERSION 4 9 1 P2 gt EFH RAM GP IB HELP gt MEM CIR HELP INITIAL MEM GLR KEY BUZZ INITIAL CLR MEM HELP MEM CLR PANEL CLR CMOS 0PTION VERSION 4 9 1 P3 CMOS 27 CMOS
481. Ach 2 i 5KHz 2KHz HPF 4 i 1KHz 5 500Hz HPF 6 200Hz Bch 7 100Hz 8 1 50Hz HPF 9 PASS EAL LPF 0 50KHz LPF _ 1 20KHz EBL 2 110 2 LPF 3 PASS Bch i LPF i AMP 0 20dB 7 7 Bch 1 0 Ach RECTIFIER 0 OFF Bch O 4 L 3 3 9 P6 gt 3 v i INPUT IWF Ach SNA 0 60 1 50dB 2 1 40 30dB 4 20dB Bch SNB 5 10dB 6 7 10dB 8 20dB 9 i 0 3 3 10 P1 3 83 10 Beh NPUT Bch ACH TNPUT MODE js LOW 1 5 Bch INPUT AC DC GND FILTER FIX INT OFFSET AUTO UP cLK EXT AUTO Beh INPUT TEST oveR BUzz MICINPUT SNS INPUT
482. Ach INPUT AC Dc CLK INT EXT SAMPLING INT EXT FRAME 250 00mHz 4 0000SEC 2 56 4 4 1 P9 DC b Z EEEE INPUT 24 MODE ER DC INPUT INPUT MODE gt DC DC OFFSET OFFSET DC AC DC D C AC OVER LOW 2 OFFSET ON OFF DC AV DC
483. C 3 J 2 PERII SEENEN 9 74097 OP 5 7 PM 3524 5 11 N 372 AJ IW PA 3524 25 11 1 1 3 24904 PZ 2244 yo P18 1 1 2 3 J 2 4 8 J3 5 G 22 on NO 5 79027 MaI 2 PH 3524 5 I1 N 1
484. DF 1 3 TSD 0 OFF 1 DRAW FAST i 4 6 7 P1 4 6 7 OPERATOR EXTEND MEMORY PANEL PRINT gt 37 lg jp comp FRAME EXTEND 1 K 700 56 EXTBND LAF DATE AUTO SEQ TEACKING FDFORMAT ANLG COMP EXTEND OCTAVE LOG MODE MULT MATH CURVE FIT SYMTHESIS MULTI OCT EXTEND MULTI COMP LABEL LABEL CAPITAL INSERT lt gt CAPITAL LED ON LED OFF b INSERT DELETE
485. FD HARD 6 FREQ RESP DATA GPIB COMMAND GP I B MEMORY OPTION CMOS MEMORY 512K CMOS OPTION ENVELOPE OPTION FLOPPY DISK NO OPTION MICROPHONE OPTION OFFSET NO OPTION SENSOR POWER SIGNAL GENERATOR NO OPTION SI SOFTWARE SI TRACKING NO OPTION TRACKING FILTER
486. INPUT MODE CLK MENU EXTEND SQUARE ROOT MENU EXTEND SQUARE RO0T S SC 557 STM SUL SUU SYA SYD SYE SYF SYI SYL S YM SYN SYG SYP SYR SYS 6 7 3 P14 DISPLAY EXTEND SURFACE I SPECT cal OPERATORS OPERATORS OPERATORS OPERATORS PERATORS PERATORS PERA TORS OO OGOGO OPERATORS OPERATORS OPERATORS FRAME SEGMENT EXTEND DATE TIME COMPARATOR SHAPE SET LOWER DISP HI LIMIT COMPARATOR SHAPE SET UPPER DISP HI LIMIT EXTEND SYNTHESIS DELETE EXTEND SYNTHESIS DELETE EXTEND SYNTHESIS RESID STF EXTEND SYNTHESIS STIFFNESS EXTEND SYNTHESIS ENTER EXTEND SYNTHESIS LIST EXTEND SYNTHESIS DAMP RATIO EXTEND SYNTHESIS NATUAL FRQ EXTEND SYNTHESIS SYNTHESIS EXTEND SYNTHESIS PEAK No EXTEND SYNTHESIS RESID MASS EXTEND SYNTHESIS START B APO AR ABET ABET RET BET aU AO Y DEE A AEO V TAR TAW TBR TBW TCU TDA TDB TDF TDM TDS TDT TFA TFB TFR TGB TGE TGM TGO TGS TGV THL THR TKA TKC Ach Ach Bch Bch 0PERATORS EXTEN
487. LED ON LED OFF FIX AUTO AUTO UP FIX AUTO AUTO UP INT EXT f OFFSET OFFSET ON OFF 3 3 9 f ENVELO HPF 20kHz 10 12 5kHz 2kHz ikHz 500Hz 200Hz 100Hz 50Hz PASS LPF 50kHz 20kHz 10kHz PASS AMP 20dB RECTIF LED ON LED OFF b LED ON LED LED ON
488. LED ON AC LED OFF DC 77 DC D C AC D C DC 5 o f INPUT ACH INPUT BCH INPUT MODE gt OVER E LOW LOW Ach INPUT Ac Dc ILTER FIX CLK INT OFFSET GND LED ON LED OFF 4 4 1 2 IIR EEDE i
489. OPERATORS F RAME gt TRIG POSI FRAME m FRAME COND FRAME DISP menu 1 2 menu 2 2 SINGLE Bch DELAY AUTO off FRAME SIZE 0 PO 120 0 00000sec DISP SIZE MOVE UNIT 50 FRAME SEGMENT 1 00000 10 SEG_P0SI 12 SBG 0 TRIG POSI FRM_P0SI 0 00000 5 1 1 5 4 4 4 h D B ch MEMORY 6 FRAME EXTEND lt lt OPERATORS F RAME gt
490. PBAK 2 EXP AVN 1 1 NUMBER 327651i32765 ADR 1 1 NUM DSP 32765 1 8382765 4 5 2 P8 2 21 MODE JYy AOL 0 0 i OVERLAP 100 100 ARS 0 OFF 1 10 RESTART AOP 0 OFF 1 PRINTER 2 PLOTTER OUTPUT 3 MEMORY DSP 0 RAM 1 DISK MEMORY 2 CMOS AMM i 1 MEMORY 4 5 3 REFORM MATH 1 REFORM AD
491. b CRSS SPCT IMPULSE CBPSTR LOW LE 40 0 LIFTER LOW LE 40 0 FILTER LOW 100 3 3 1 P14 SCoT SCOT ML ML AUTO CRSS CORR HISTOGRAM ENVELOPE 1 1 OCT 1 1 1 3 OCT 17 3 SNR SN CEPSTRUM p m LIFTERING p mm UM VEL 0dB ING VEL i 0dB PASS
492. 0 2 4 NYQUIST 4 6 12 01 DATA DIFFERENT ITEM OPEN CLOSE DIFFERENT ITEM 2 OPEN CLOSE DIFFERENT FREQ 2 ORBIT 4 6 12 OVER RANGE 4 4 1 2
493. 1 DISK INSERT t APP 1 PRINT XY 4 10 VIDEO PRNT START BREAK FEED XY PLOTTER START MODE 0 MODE MODE a START b BREAK FEED 3 IMODE SET 3 3 4 d START XY MODE1 MODE2 MODE3 MODE4 f MODE SET XY XY PLOTTER menu 1 2 MODE 0 PAPER SIZE USER USER SIZE PAPER SIZE USER 200mm X 150mm Y DRAW ORIGIN 0 00000 X 0 00000 Y DRAW SIZE Y
494. 1 1 ALGBRA 2 i 8 2 0 ir 1 DATA 2 2 if 3 i 4 5 DATA 2 value XI vaiue AtD 4 82 2 value A2D 4 2 0 A1 V 0 A 2V 4 8 2 P14 OPERATORS EXTEND AUTO SEQUENCE 5 76 WAIT AWT 0 TIME 1 FLG WAIT 2 GONTINUE AWF FLG AWC i TIME AWD 0 mSEC 1 ISEC TIME 2 SRQ SRQ 50 SRQ i ojire 4 8 2 P15 OPERATORS EXTEND AUTO SEQUENCE 16 6 AUG o 0 i 1 iDISK LOAD 2 CMOS AUP 0 0
495. 100 7 4 6 2 P1 4 6 2 SING A B INST MODE EU MATH TIME SPEC FREQ RESP EXTEND 7 USER COMPLEX X LOG Y L0G X SCAL 5 DISPLAY EXTEND gt MEASURE COHERENCE 0 0 0855 sper IMPOLSE scor lm MEASURE AUTOCORR CRSS CORR STOGMAM PDF cpr ENVELOPE MEASURE 1 10CY SNR CEPSTRUM LIFTERING MEASURE ACTIVEI SPL REACT I VELOCITY SPBCT eal MEASURE _ SURFACE SPL VIB VEL sPEcT eal PHASE cor MEASURE WINDOW 1 7522 DISPLAY TIME gt 4 6 2 P2 2 DISPLAY SPCT gt 256 Cni
496. 3 3 3 3 3 3 XY OVER VIEW DUAL LOWER SING A B INST MODE EU TIME SPEC FREQ RESP EXTEND USER COMPLEX Mear Ede X SCAL Y SCAL DISPLAY MODE gt 106 X LOG DISP MODE GRATICULE 0VERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 0VERWRITE 2DIMEN OCT HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE PK MARKER 1 gt 3DIMEN 3 3DIMEN ON OFF HI 1 HI V 1 DERECT A DERECT 3DIMEN ANGA 1 ANGV 1 SP 2 SP V 2 NUMA 60
497. 4 4 91 45 0 HE 01 LNIUd SHOLYVHAIIO S 1 8 QN3LX SHOLVdgdO 9 TVIS 9 1 25 ULELA gH g 4 9 gt 9 491 0 6 9 5 9 1517 AVT1dSId 1 HOSHnO 90 1 9 5071 8 9 8 4I9NISZIYNA 1 9 6 4 4 541 H P gt 4 5 3 4 5 3 4 6 2 4 5 3 4 5 2 4 5 3 4 4 1 4 5 3 4 5 3 gt PHR 4 5 3 4 5 3 4 5 3 4 6 8 4 5 4 4 6 8 4 8 5 4 6 2 REFORM 4 5 3 4 5 3 1 4 6 1 lt gt 1 1 gt 4 8 7 4 8 7 4 11 1 4 4 1 gt
498. 439 36 9Y 43 84 80 0 1 1 11 1 a TON 51 49y 8 01 td 6 01 9 100047 z 1015 10 W NE 9HITdMVS 8 1 1007077 MY f 145440 30 5 1 52222222 arge u DNY SNAS 2 1 0 7 ay a 4HNYH9 1 Uo a01 41 0101 an OLNY 401 20 OLAY 80 0117 401140 ON 98I24012AN 24114011581 625 4 1 1 7 13484 135 10481 AM SNS 2209 8840 1 11 E Z1 4 01 1 3440 80 135110 124 4 0117 119 i 17 831114 00 30 9Y 11441 5 1 1 E 2 1 0 Eid s l 1 1 a 6 6 01 z Id 6 0 A 1 2 3 4 5 5 6 6 nr 7 lt gt
499. 5 4 SEPAD 124 4 4 4 4 5 5 gt 2 4 5 6 3 Da 4 44 4 4 4 5 7 4 5 8 MENU ENTER gt MENU BATND REFORM DB HAMMER FFT POINT GPIB MENU EXTND MULT make DATA WINDOW 4 5 1 P2 WINDOW HANNING FLAT TOP FORCE RES USER FORCE 0 STRT 100 5 0 RESPONSE 0 STRT 100 SET 0 30000 USER Ach RAM 0 Bch RAM 0 1 rzy FEY DTE WINDOW o WINDOW RECT HANNING MINIMUM FLAT TOP FORCB RES
500. 5 8 9 EQUALIZE on off FILTER on off FILTER F X O H X OPEN CLOSE OPEN G 1 HF CLOSE H G 1 GF FLAT F 1 OPEN CLOSE f A B C A B C WEI
501. 71 ZCF 0 01 CENTER FS OPERATORS 200 272 4 5 6 P4 MULTI 2 4 5 8 104 166 204 254 2 0 0 4 0 004 254 28 60 00 5045 5648 MG 5 amp A A 09 05 5959 gt ND amp amp A w amp RR Oooo 0 ot 04 2 5 0 0 00 24 0 0 0 8 0 0 0 6 0 0 0 2 000 tn 4 5 7 UPPER CURSOR VERT MODE gt VERT MODE NO CURSOR 1 CURSOR 2 CURSOR SAME MOVE MODE HARMONIC 2 lt CURSOR UPPER LOWER gt 2 ani A e
502. 8 1 8 8 1 10 20 40 80 1680 1014 gt 1 1 201 21 4016 gt 41 801 gt 8 1 16014 gt 161 32014 gt 321 4 5 4 5 1 A c h c h OPERATORS EXTEND MEMORY PANEL PRINT CONP FRAME EXTEND 700 FRA 4 8 8 P2 EXTEND LABEL OP EXTEND OCTAVE OP EXTEND
503. A B INPUT B 2 UP DISP LOW DISP Ba AUTO UNIT 8 1 1 5 100G 9 67 ri 4 6 4 9 8mV 100G lt DISPLAY
504. AC DC DC 4 4 4 4 2 Bch FFT FFT vree 4 4 3 2 6 OoOoan
505. ACT IVE Ii 17k 0 1 11 1 22 7 2 1 3 DISP NODE ATP i TEMPERATURE APS i mbar PRESSURE AMD MIC DISTANCE 1 ACS CAL CAV 1 CAL Bch CBV CAL ACH 0 CORRECTION 1 ON ACP 0 CORRECTION 1 ON 1 LOW FREQ SPECT ca1 ALC PHASE cor A S C 1 AS C AL C 1 ALC X1 5 SPL r m T REACT I r m VELOCITY rm Ya
506. ADR 2 CMOS SMC 0 Bch MULTI 1 Ach SMF 0 64 1 1128 MULTI FRM 2 1256 8 1512 40 lk 5 2 k 6 4k 8k 8 1 16k 9 32k 10 64k 11 128k 12 256k 1 1 1 t OJH gt 1 2 4 8 6 2 4 8 6 2 4 8 6 ob 92 1 66 OPERATORS v FRA FRA 0 OFF 1 FFT SWEEP 2 SG FSO 0 RANDOM FRA FFT 1 PERI RAND 2 SWEPT SINE iMULTI SINE SOURCE 4 EXTRA MULT FIL INPUT LIMIT i F OL OUTPUT LIMIT IFFS FREQ SPAN STOP 0 1 Hz EQUENCY 101 2 Hz STOP FREQ 27 5 Hz 81210 Hz 4 20 Hz 5 50 Hz 6 1100 Hz 1200 Hz 8 1500 Hz 9 1 2 1001 2 11 12 10kHz 18 20kHz 14 50kHz 15 100kHz FBS 0 BURST 1 FBR 1 i BURST 100 IFSM 0 LINER FRA SWEEP SWEEP MODE 1 LOG DE FMP CADE SWEEP
507. BUZZ 1 ON VER 2 VER Version 1 4 T7 a y D7 a 7 w F EESE EDRY PA PANEL PRINT conp FRANE EXTEND 2 EXTEND gt 5 PRAO g FD FORMAT EXTEND LABEL DATE AUTO SEQ TRACKING NLG COMP EXTEND OCTAVE LOG MODE MULT MATH CURVE FIT SYNTHESIS MULTI OCT OP EXTEND MEM MULTI MEM COMP START FD FORMAT EXIT 4 9 1 PS QUIT EXIT
508. CULEIOUERLRP INYOUYST TNTCHOLS IGRBIT ILIST 13 REDUCE DATA Dott 1 8 NICHOLS CURSOR RERD NORHAL UP NORHAL LOW XSCLKDEEREE gt UF 180 340 010 LO 180 3602410 Y Bch NYUIST CURSOR READ REAL UP _ REAL LOM ORBIT ILIST 14 44 72 CHANNEL Da BB s SENS RANGE A 3048 FIX 244 72440 3098 FIX 44 72140 DC OFFSET Ach off 0 000000 Bch oft 0 000000 SRNPLING INT 44 72 100kHz 4 0m FRAME TIME 1 250 0000Hz ORB T ABch 1 5 ORBIT I REDUCE DATA 108 1 Ne NICHOLS ICURSQR READ NORMAL UP NORMAL LOW lxSCLDEGREE UP 180 CENT 360110 180 CENT 360 10 NICEOLSI NYQUIST ICURSOR READ 4 REAL UP REAL LW HODE IGRRTICULEIOUERLHP iNYGUIST NICHOLS IORBIT iLIST 1 6 4HzlFRRHE COND menu 1 2 MULTI 512 0000mseC EN HIST 24 17 100 7 106 18 1 ET 00 1
509. DIRECTION 1 PLM 1 1757 201 4 8 PNG 1 1 PNG PNE 20 PNM PNC PNC PPF 0 1 FEED 4 10 2 P1 4 10 2 XY ERBE OPERATORS Y p OPERATER MEMORY PANEL PRINT PRINT gt 3 X OVER VIEW COMP FRAME EXTEND 4 6 6 2 3 E L k 700 FRA _ h MODE SET LVIDgO PRNT BREAK FEED SIZE PLOTTER START 4 10 2 P2 XY PLOTTER XY PLOTTER
510. DISP MODE GRATICULE OVERLAY DISP MODE 3DIMEN 0VERWRITE 3D 3 D SET OCT LINE DISP MODE MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE PK MARKER 4 6 1 2 P2 NYQUIST LED ON ORBIT LED OFF REDUCE off NYQUIST CURSOR READ 1 8 NOCHOLS CURSOR READ NORMAL UP REAL NORMAL LOW IMAG XCAL DEGREE MAG UP MAG2 2 R 180 CEN PHASE 360 WID 106 d B L0W 180 CEN 360 WID NYQUIST CURSOR READ DISPLAY MODE NYQUIST NYQ 0 OFF NYQUIST 1 0 REAL 1 IMAG 2 MAG QCL 8 MAG 4 PHASE 5 1106 CURSOR READ gt
511. DISP MODE LINER TEHPERRTURE i 20 PRESSURE 101 3mbar DISTANCE Fi 12 JCAL 0 00dB SPL 777 ENT LEUEL 0 000080 0 000dBU off high f s nffiphase 26 AI 1013 CCOYITYYTXYTYIYITHI MIC DIS TANCE TAT 12an 0 00d8 SPL LEVEL 0 000980 0 000080 pff phasa ILOW FREQ off 300Mz 5 1 P14 27 Zch FFT NRLY2ER 1 2 8 388 1 2 NORM STATE 11 NE HIST RUTO CORR CRSS CORR SPECTRUH BDD jR BINAY i RONITOR_ CDE 2308 9 1 PHS DNE NORNRLL7EIPK MARKER 28 SI NNN 777 7777777777 i F fd 30 SI SPEAKER RI 00 00 00 00 00 00 Freq 1 00 kCHzispectr 2 Direc XtY Z Plane D lt P12 gt Total 1 lt 56 06 oB 4 040e 07 w 2 1 lt gt 49 64 dB 9 207 08 wW keyAgPK 1 54 94 dB 3 119 07 lt aikey lu g RANK point aB lt E RANK paint dgB lt I gt 1 0 72 64 59 2 880 06 16 69 58 40 7 2
512. ED FORMAT OPERATORS EXTEND ANLG COMP ANC 1 START START ANS 1 STOP ACN 1 AVE NUMBER 5 0 6 7 1 55 OPERATORS EXTEND OCTAVE OAN 0 1 ON ON OFF OAR 0 HI LOW 1 iLOW OFM 0 OFE 1 4 WEIGHT 2 B B WEIGBT 3 1 C WEIGHT OPERATORS EXTEND LOG MODE LAN 0 ON OFF 1 LFS 101 i SPAN AY 5 L O G LSF 0 oi 1 Hz 104002 Hz 2500 5 Hz FREQ 10 Hz 4 20 Hz 5 50 Hz 6 1100 Hz 7 1200 Hz 8 1500 Hz 9 i 1kHz 10 2kHz 11 5kHz 12 10 2 18 20kHz 14 50kHz _ 15 100kHz 6 7 1 P56 OPERATORS EXTEND CURVE FIT 0 IOFF CURVE FIT 1 ON
513. GND i GND FLT 0 1 10 FILTER i Ach 0 FIX 1 AUTO UP 2 AUTO Bch 1 S PL 0 1 CLK DC Ach DC Bch 1 OVB 1 1 1 1 t 1 1 1 1 1 1 t 1 1 1 74 1 t 1 0 1 1 1 1 1 i v 6 7 1 P74 INPUT MODE 2 2 IWF TST 0 1 TEST OBZ 0 OFF 1 iON OVER BUZZ INA Ach MIC INPUT SNS INPUT 0 BNC INPUT 1 OPTION INB 2 OPTION Bch OPTION MIC INPUT SNS INPUT INPUT i cb Ach Bch CANNEL Hz SAMPLING i INPUT V IWF
514. OFF 1 ON EQUALIZE 1 EQUALIZE MFU 0 OFF 1 FILTER FILTER 1 DISK 2 CMOS MFL 0 OFF 1 ON MML 0 TRAM 1 2 1 8 3 3 3 P7 MENU EXTEND 3 51 OPEN oCU 0 OFF CLOSE 1 2 ICLOSE OPEN CLOSE OPEN MUO 0 FLAT CLOSE 1 2 DISK OPEN CLOSE 8 CMOS OPEN 0 OFF CLOSE 1 2 CLOSE OPEN CLOSE OPEN MLO 0 FLAT CLOSE 1 IRAM 2 IDISK OPEN CLOSE i 3 CMOS 0 FLAT 1 iA WEIGHT 2 B WEIGHT WEIGHT 3 1 C WEIGHT WFL 0 FLAT 1 1 A WEIGHT 221 B WEIGHT WEIGHT 3 C WEIGHT SQU 0 OFF SQUARE 007 1 ON SQL 0 OFF SQUARE ROOT 1 ON RCU 0 OFF RECIPROCATE 1 ON RCL 0 OFF RECIPROCATB 1 IFFT IrU 0 IFET EEY 1 IFFT IFL 0 OFF IFFT FFT 1
515. OFFSET 3 38 10 P3 Ach OFFSET ON OFF 1 LED ON LED OFF 1 0 LED ON LED OFF LED ON LED LED ON LED OFF BNC LED ON LED OFF BNC LED ON LED OFF
516. SPECT cal rm r m SURFACE I x mm 2 SURFACE I DISP MODE LINER 1 1 0CT 1 3 0CT CAL ACC Ach 1 000m s2 200 012 ENT LEVEL 0 000dBY SPL Bch 0 000dB ENT LEVEL 0 0004 CORRECTION off phase RAM 0 8 1 DISPLAY EXTEND Ach Bch SURFACE I P17 SIV 0 LINER 1 1 1 2 1 8 DISP NODE SCA m s i CAL SCF Hz CAL A
517. T OFF 4 6 5 1 gt 7 100KHZLyy 1024 FFT 100KHZ 7 400 1 75KHZ 7 E b 1 4 5 7 2 2 RIGHT FIX PIX CENTER MOVE 2 CENTBR FIX 2 2
518. TRIG FILTER 20kHz on FILTER ON OFF MEMORY 4 8 6 LEVEL PULS ROT TACHO FILTER MEMOEY AREA RAM 10 49 P8 4 8 6 9 ON OFF TRACKING ON OFF STRT STOP SAMP SET SET TRACK TRACKING RPMTRACK MODE CIRC MAP 3D CAMPBELL MEMORY COND SCHEDULEB
519. co oO AAAA gt N N 4 6 ii NDA 4 6 5 jap X REEE ANI Hz V m m s 3 3 3 44 4 4 4 6 8 88555 2 44 4 4 6 9 Jg AA amp 1 4 6 10 4 6 11 4 6 12
520. gt 1 HE 1 ivis 1 6 p 0 0 4015 dK03 918Y 1 5 T 9002 HTRY 1304 04 9HIXOYAJI 015 OLY 3170 14 1 084112 40 y HIUKAN TE i e D0IY 1 1 5 9 8 7 2 9 7 9 1 9 1 0 0 94 0 17 97279 aama SAYUL SMV8L i 3 1 SAYUL y SAVNI 3 dW8340 YY298 0 1 5 8 900 0000070 Als 701519 AS 01528 0000022 1000070 SSYN 1518 SSYK 01938 as y 55244115 55 0000072 Mg TRS 32u23 S297 1000020 114 84 1 5 8 eaty dwt yoy 2 5 4 920 12 522 324SAY81 815281445 2 6 6 9 WY Wn 113141 aana 151115 SAYML SHYYL 0 1 SNYM1 SRYHE 3 SAYEL 21718940 1517 ES154BENAS 189134 19128 9 1H9T3m Y 130 1 100 1 1 Wia 3 440 80 f 130 IIMA EFT Fre UAE 190 51520845 111 31809 2004 90107 AWK 110 1 8 7 2 5 4 1 6 8 7
521. gt Fa 4 gt pA F a a N A 1 D ISPL UF PERZLO WER puar srne IRSE 1 4Yg rssr C iopg 0 C sgge 7 FREQ RESP EXTEND USER COMPLEX LOG Y LOG SCAL SCAL gt UPPER LOWER HORI ON OFF s gt CURSORE 2 3 3 2 P N N 4 14 41 Nw A VERT MODE READ gt v ENTER ENT CRSR ENT NUM E E EXTEND OPERATO 27 xy MEMORY PANEL PRINT pa FRAME seee EXTEND J J ER 1 2 5 START STOP CONT MODE 6
522. sO3 S1 pro 30SYaK ma rea dg 110528 a gt gt SVAK gt 711114 9891 gt 1 HLVK gt 208 24208 GNYKK03 F 9 8514 1 0 1 HASA XIS j 1 1084 0107 S9Y 0 6 313111 9 231084 5042 U SAY AVAYA isi1 5 1 01 4150 2 1 83S8 3151 5 3 1 0 880 iM 101 10 71128 mina avas OMY 125 1 6 9 O 5 2 1 0 Taane 00007 1 8500 anf IRI MO 8 1 25 71104 TEI Y 6 9 1 6 9 68 1 9 SS x O 2 110 5 SSYHG NMdJOYN AKV OYA AAWMIBYI 1414402 3 8 97 424 955 1 89 86 8 97 8 9 F 885 8 9 X3 I an0 1 1 0 vy 2 01 SAYUL KR i SHYNI 2
523. 0 OFF SQUARE ROOT 1 ON RCU 0 OFF RECIPROCATE 1 ON RCL 0 OFF RECIPROCATB 1 ON IFFT IFU 0 OFF IFFT EFT 1 ON IFFT IFL 0 1 1 10 779 419 PHU sec 4 5 3 P15 MENU EXTEND 4 5 IWF DOU 0 OFF 1 i 1 ocT 2 11 8 OCT DOL 0 OFF 1 11 1 0CT 2 11 38 LOG XLU 0 1 iON _106 X LOG XLL 0 OFF 1 ON 100 i PCU 0 OFF 1 AUTO PHASE CORRCT FIX PHASE CORRCT PCL 0 1 AUTO PHASE 2 FIX P HL sec PHASE CBU 0 1 COH BLANK CBL gt BLANK x o 3 CBS 0 BLANK 1 0 1 t 1 T 1 1 1 1 1 4 1 1 1 1 1 t 1 T 1 1
524. 0 500 625 640 800 1000 1024 1250 1600 2000 2048 2500 3200 4000 4096 5000 6400 8000 8192 100006 0 3 2 7 6 5 GPIB 9 6 g6 PL b d 15 1 TYP 2 00 CMOS 10 0 1 1 0 2 4 1 2048 2 4096 4 8192 8 2 0 0 CMOS A D
525. 07 02 201 215 392 96179 726091 8 Te 210002057 1 0283 19 0 12441 3100 pE 2 2 nuan 795 RAA PIINA 190 1 1714510 3 2 9NYI81 38 005 2510401 KOTRYY 15 14445 RIS 1170 145410 135410 135440 g 440 50 pye 50823510 Uo Uo WE Uo KUA ILINK yy AHOKK 15119 719 115440 09705 14 0 14431 460K 2 1 tty 1 114110 1095 0815 RRON J RUZ ILINK AMOMKI 1774514 3 104100 20 38095 imaim0 KOCAYA NIS 1425 RIS AIS 99 Y 2 1 8 4 8 55S ox 1407101 AO02 4 i 8 6 1 8 9 7 ASS 2 1 11 0 14 0 101220 97 31Y 42385 13307 401 102308 MYdS DINA LIKIT 104100 00000075 10481 801 3000 42185 2334S 2 4 8 1 10 alya 1510 5344 401 AYdS 0384 10090 104110 40000775 LIKIT 10481 1100 YULIA 3015 IITHK 3NIS 14345 GRYS 1934 MOGMY8 179105 i 1 8 7 ras ias aif _ GA idil Wi 5 4 1 5 4 gt 4 1 8 t 8
526. 1 CFN 1 INIT1AL I CFS 1 0 OVERLAP 1 10 CRT 0 ic 1 2 1 4 IZM TRANS 5 1 A CFM Hz Hz LIMIT CFI Hz ENTER CFD DELETE CFA Wi DELETE CFPA1 gt 26 26 27 29 2 A 5558 gt 1 EEDE COMP 200 MEMORY O PERATER EXTEND gt 4 8 9 E k en PANEL PRINT EXTEND FRA SYNTHESIS
527. 1 DISPLAY MODE ORBIT 1Y ORB 0 OFF ORBIT 1 ON RDC 0 OFF REDUCE DATA 1 RDS 1 1 n REDUCE DATA 255 f LIST 4 6 5 LIST ON OFF CRSR CLEAR ALL CLEAR 70 A 0 LIST PEAK LIST 3 3 1 P65 ON OFF LED ON LED b ENT CRSR CLEAR 1 ALL CLEAR TOP 1 LIST LED ON LED DISPLAY MODE LIST LST 0 LOFTF 198
528. 1 DISK CRUNCH 2 CMO S APD 0 OFF 1 10 AUTO PROT APD 1 ANEL 4 9 4 MEM PANEL LOAD 0 0 10187 MDIA RAM ADRS ADRS V MDIA FD MDIA CMOS MEM PANEL PROTEC 0 DELETE 0 INSERT 0 CRUNCH ADRS ADRS MEM PANEL AUTO PROT LOAD b SAVE 3 3 4 P4 LIST CMOS RAM FD CMOS CMOS ADRS PROTEC
529. 1 2 menu 2 2 MO MODE 0 PAPER SIZE GRAPH A4 on 1 PEN USER FRAME USER SIZE on 200mm X 1 PEN 150mm Y MENU DRAW ORIGEN on 0 00000 1 PEN 0 00000 Y CURSOR DRAW SIZE on 1 00000 1 1 00000 Y FEED DIRECTION off HORI GPIB DIVICE MODE 1 5 MODE 1 3 1 3 o VIDEO PRNT STAR BREAK FEED SIZE Nor PLOTTER START PAPER 51781 PAPER SIZE 4 A8 USER 5178176 X Y 125165 ETO USER USER SIZE 200mm X 0 545mm 150mm Y Y 0 385mm 4 10 2
530. 1 SAYALI SAYMI SAYRI 3 SMY8E 3 1045 E 1 5 8 115 KHYH 47 KAYE 081 81 2 1 7 91 1 49MI0033 INI NII 11Y4 IKIE 3518 j 3 SERR gl E L r Miakye 4 YA 2012018 1 Tad 1 1 9 1 Ol L 1 1 3V3d 352 1730 KAKINIK j T 9 1 5 0 1 7 2 1 1 4 1 1 7 0 18 125 44 1180 32030 0111504 2284AN 35114 0130 5 1 1 1 L 9 1029 3AON INR39 9589 2400 3008 40X 4542 IXYS 805402 Z 805412 1 2 4 2 5 6 7 40SM9 ON JiNOXHYH 100 1914 6 1 1 1 1 7 1 1 1 Iei 1 5 1 6 01 Td 2 0 6 01 qag 3 Wat 119138 SoK SI 2 to tag sona site T uos yay soxa isit F tose yag 5002 asite T uo goy efer 0 a 1 141 411 AKIL KUOZA 1 5 5 199 18 01919284 I 10 HS 2618 9607 8102 39Y81 ZIS OSZ BZT EHO 18108 21401 KIK 4510 420 2 T 18104 1518 2 19104 135 1 2 2 9 8 7 1 T3454 1714514 5440001002 13
531. 2 0 o 0 1 INSERT kkk 2 TKC 0 1 DISK CRUNCH 2 CMOS TKA 0 OFF 1 iON AUTO PROT K1 OPERATORS 4 8 6 P24 EXTEND TRACKING SAMP SET MEMORY AREA TSC 0 EXT EENT SAMPLE CLOCK TMO 0 i6 25 1 112 5 2 25 5 0 4 100 ORDER 5 1 200 TLR LOW RPM THR r pm HIGH RPM TDF 0 DETECT FREQ 1 0 CUPLING 1 DC TRL 7 LEVEL PULS ROT i 0 FREE TRIG 1 ARM TTL LEVEL 0 TRIG LEVEL 1 ON TMS 0 OFF MEMORY AREA 1 ON ITMM 0 RAM 1 ROM MEMORY AREA 2 CMOS i 4 8 6 P25
532. 2 10 1024 11120484 121409 95 4 8 4 P10 gt B 7I 2 191 S G b 2 1 7 2ch FFT ANALYIER FREQ 1 16 000kHz FREQ 2 PO o00kiz OFFSET REA mea NULTI FRM ich 8TH 4 8 4 P11 c PTT SDURRE EUEL0 pk gt BU FREQ 1 1 0000kHz REO 2 PO 000kz OFFSET Ur ALENG f
533. 215 1 PLANE LED OFF 1 4 2 2 1 1 2 LED 0N 4 LED OFF 2 X LED ON LED OFF 4 7 3 2 UNIT Vr Vr2 dBVr 3 Vr V r 2 dBVr d BVr POSITION 2
534. 2KM CMOS A F PZ 2170 1 1 P2 2065 SI2 2 22 2 917 2 2059 7 7 2064 1 D 120y 722 LPZ 2063 1 NO 0 ty 1 209 205729 PZ 2244 OGL 7 27 1 7 9 PZ 2179 DO PZ 2237 12 2 7 2242 IIN bY PZ 2302 2ch 3490y 22232 943 _ PZ 2291 0 6 9 2 1 2 2 1 FFT 2 2 3 H g 3
535. 3 1 RISE TIME 3 1 3 7 Y 1 0 9 0 m FALL TIME RISE TIMB 9 0 1 0 SE 4 7 8 P6 TIME INT 1
536. 4 f 1 1 0 on off GRAPH FRAME MENU CURSOR gz FEED ON FEED OFF 298 START 4 10 2 P4 FEED VIDEO PRNT START BREAK FEED SIZE Nor MODE 0 MODE 1 MODE 2 MODE 3 OPERATORS PRINT 0 1 START BRBAK PRF 1
537. 4 0040 26 6632 NORMAL 7 0005k 15 1010 25 98 0020k 27 1012 UNIT B 22BSlc 16 3133 24 89 4780 62 4486 Hz 9 0000k 17 4306 0000k 18 4554 ILOW 0020k 19 2861 IY READ 0010k 20 0467 Urns 9950 20 7867 1 DEGREE 9990k 21 4674 iY UNIT 9990k 22 1776 NORMAL 9980 22 6804 tK UNIT 2260k 23 3277 l Hz _70 0000k_ 23 ARR P11 22 TRANSFER ARE FIT Bhccs lerance FRESPE RBch 1 R 123 ISTART 279 STOP RESID MRSS 44 4992 52 DANPING STIFFNESS Hz 386 703 0 01129 6 53784H 11 274M F RESP 2 490 117 0 01228 4 306519 HBch 3 520 594 8 82003 0 00229 2 3 5 ech_FFT_HNHLYZER 2 4 4 FRACFFT SOURCE PERI RAND SWEPT SINE f MULTI SINES EXTRA MULT INPUT LIMIT 5 000000 OUTPUT LIMIT 45 0000 FREQ SPAN SDECADE STOP FREQ 100kHz IBURST i off 502 4 SETISMEEF SET 0 0 iREDUCE DATA Bott 1 8 NECHOLS URSOR READ NDRMHL UP NORMAL LOW XSELDEBREE 180 360 0 0 LOw 180 3601810 1 f Iraursr RERL UP FLOW 25 AI 2 FFT ANALYZER 3
538. 4 8 6 i TRANSFER LOWER DATA TO SG SG TRANSFER UPPER DATA SG SG TRIGGER POSITION TOO LARGE 4 4 1 83 0 UPPER LIMIT USER MODE 4 8 5 TW WEIGHT DIFFERENT ITEM A B C WRITE ERROR FD HARD 5 WRITE PROTECT FD HARD 2 X X LOG X
539. 447 401 22792 52 000978 13431 0111804 uo EZT 4KKYB 756 4 42 104 41 2 104441 1034 43 104 1130 1 8 1 gt f AIWO TL gt 13 491440 3000 1149 L d 14 19104 144 104384 ELEREN uw 400118 48172 9149 2 1 9 2 1 2 6 6 3 1 1 1 5 5 4 5 1 856 4 6 19 9 1 5 amp amp 5 01 01 lt gt 0 1 Uo 4 114 0107 SOKI 3510 18012940 SOKI 1510 KYU 35019040 50827154 SORI ISIE to 50 0 1510 SOKI ISIC 1 385000007 KOT W 385000000 dh 279 19890 3SYHd 1111101 e 120 1 10 00 1 Uo Uo 10 e 5002 1514 SOX 1514 KYU KOT LELUT OE SOKI 1510 5099 SI AOT 925042 Jte g W 100 33Y00 nuar m 0 _ TF 11 72 75 MOT 89291Y 70 22 HYK
540. 5 1 value 2 A2D 0 ireal 1 iint DATA 2 2 18 3 cursor 4 value 2 XI value A1D 4 2 2 value A2D 4 0 A1 V 0 A2V 2 6 7 1 P47 OPERATORS EXTEND AUTO SEQUENCE 37 6 Alt 0 i 1 1 lt gt 2 gt LOGIC 8 gt 4 1 lt 5 lt 1 A1D 0 value 2 A2D 0 va lue AlD 4 0 A1V 800 2 2 va lue A2D 4 0 A2V
541. 5 5 1 3 1Y t SUL 0 1 HI LIMIT NG MUL 0 1 DisKk NUM i 2 CMOS PUL LEVEL IULV v LEVEL 511 0 OFF 1 LOW LIMIT 2 NG MLL 0 MEM NUM PLL FE LEVEL FIR LEVEL BAND START BAND STOP LLV SHU 1 t t t 0 i t 1 1 1 1 1 0 0 1 1 1 1 6 7 1 P41 OPERATORS COMPARATOR 2 73 IWE SUU 0 OFF 1 ON HI LIMIT 2 ON MUU 0 RAM 1 DISK NUM 2 CMOS PUU LEVEL TIUUV vV LEVEL 8LU 0 1 10 LOW LIMIT 2 ON NG
542. 5 EN iar aai GT 809 817218708 10811802 4319 11 401571115 945 0107 1 Sd 01I 025 00 lt qIONAINOIS OLnV gt 01 1011302 ON 19 01 1115 1 TE KA AMONIK T 9 0831 000077 12421 DIEL 50429510 uo Ipe KIY 08 5104 11441 I N1TAAI 10101 195 98 2 002 001 as 5696 9 19 821714 08 OK 192110 007 3811 AYTdSI0 MIKE 9 4 12008 21001125 440 oaii 0 10 pee aya IHYA AYOKIK 3AY130 9 1 1 284 uo Kay 9218 ELENI 501 01080 32012 39dXWS 1000 9Y8I 2 1 nuas 195 31dIYS 6 1 9 3 41 2 8 EZA m 31 00000 01 000727 3811 XYK 1802 IIYEL 140710 Y 117 TNS 45 5 4018 1415 9 8 1 UAII 01 lt DNTOV gt 0 807 WIS 919819 TAHYI 0 01 22 5 24 31048 148
543. 51 07 2 6 64 51 1 2 824e 06 47 0 58 55 7 158 07 3 68 64 11 2 575 06 18 97 58 06 6 396 07 4 73 63 59 2 288 04 19 102 58 03 lt 355 07 5 74 63 13 2 055 06 20 98 57 67 5 8 07 dsPwOde 74 41 74 1 422e 06 24 103 57 47 5 942 07 7 44 61 73 1 468 06 22 80 57 65 8 81de 07 8 45 61 53 1 423e 06 23 101 57 09 5 122 07 9 87 60 98 1 2526 06 4 63 57 09 5 111 07 10 82 40 90 1 229 06 25 79 56 92 4 917 07 11 BB 40 47 t 1 114 04 26 96 56 92 4 3156 07 12 83 40 41 4 098e 06 727 84 54 23 4 Z01e 07 13 64 59 46 8 B23e 07 28 104 56 13 4 104 07 19 81 59 27 8 467 07 29 99 56 04 4 019 07 35 86 56 07 7 713e 07 30 113 55 90 3 892 07 RANK TBL 11 10 0 PRIIXY PLOT IPLRNE Z RGYT2 fo G P I BORE 0 24 27 44 4244 44242 6 1 6 2 GPIB 6 2 1 8 8 4 4 1 4 6 3 1 6 4
544. 581 5 4 8 1 4 8 1 4 8 2 4 8 2 8 4 8 3 4 8 4 SG 4 8 4 4 8 5 4 8 5 4 8 6 1 eeeosoeerenra 4 8 6 2 RPM 3 RPM 4 4 8 7 4 8 7 4 8 8 4 8 8 4 8 9 1 soere ssresesaan 4 8 9 2 KO N e 2ch FFT ANALYZER ix 9 BS gt 4 9 1 1 2 4 9 1 2 sosanssusaeraseau 3 CMOS
545. 60 WID NYQUIST CURSOR READ REAL UP REAL LOW DISPLAY MODE NYQUIST IWF NYQ 0 NYQUIST 1 ON QCU 0 REAL 1 IMAG 2 MAG QCL 3 IMAG 4 PHASE THH 5 LOG CURSOR READ 3 3 1 P4 NICHOLS c m LED 0N LED OFF DISPLAY MODE NICHOLS NIC 0 OFF NICHOLS 1 ON NCU 0 NORMAL 1 PHEASE CORSOR READ NCL 0 NORMAL 1 PHEASE CURSOR READ NXU 360 1 2 360 360 XSCAL i e ORBIT c m LED ON LED OFF
546. 6376 4 5 3 P4 2 k n DC D C 1 TREND off 1 ord 0 1 0 ord D C 29041178 on off EQUALIZE FILTER on off As B C HE A B C WEIGHT FLAT B B C C 08 4 5 8 P5 EXTEND 1 2 97 21 3 TDA 0 OFF 1 INT
547. 7 Ya 1 401 1 YY wD 8980 1 10 0 Y 2 9 5101214 1511 10911989 200k 4311 Y 5 9 1 1 9 3 2 1 5 1 5 01 9 6 9 F BT LI 6 9 8 9 6 9 a d oN LERLA AVTASIA 1 01 14 0 1 0 TUNZA BINITA 9000 0A 0140504 301274 F F 458 HIRO g S F 8 8Y LIRO 0101 100X 2 2 nuar 1YrrdY3 4510 401 2 1 auan 98171125 PETIS 4510 4 10487 A Y 11 9 H 1 9 7 C E Zd 01 d 1 01 20008 F 044 01 5002 sI 19 10119285029 A 9000070 148421090 w3 39RYISI IIA 18055344 2 340IYH3dM31 120 1 490 1 1 HINKE 3110 4514 11 1 61 0 14 1 4 7 Sox ISIC F KA 2 3011218802 4400020 113411181 200024 454 145 zi 713421 183 210720 25 50002 3Y 33Y gt 30 T gt 130 1 1 21 YINIT 300 4514 1 2713915 SSYa IA 2 0 13421 401 9NI83IIT 14431 AOT 1 4342 0 1 2 9 AOMA 5 103 1 4 182 19245 134 iA 4 39405 4 5
548. 93 18002 IN Ert lt VHX YAON VHS gt 1 023093 110521 gt AHONSK gt 1014 1 1 gt 189 04114 98 vo or annos F7 on I 110 18100 2008 2211 18143 LUYIS gt gdYHS 33018 300K 4502 1 8 7 lt gt 9901 09 145 12018 115 71901 4015 1815 1102112 4002 Y 2 1 4 1 4 gt NO 2 Ed OI Jaoor Sorpo 98 09 aR 99 98 09 000004 13131 01 4015 191 95 09 0001072 12421 18 GRYE 1501 00020 98 00 4 lt 13471 12411 01 i 98 09 5042 ISIE 12431 18 SV KaK 12441 9000077 uo m 401 LIKIT 01 2001 24YRS 0000020 1 NYE 55 4802 71411 2 11441 SOKI 3S10 KIK 5082 514 98 10 uo 1 MY MAK 98 10 00 8 910 1440 LIKIT 01 115 18185 3dYHS dX03 50 12431 1 4 5002 ISIT MK uo 5 11011 18 asig 82407 115 211185 4415 4802 1 140 14102 arg 1 1411 1 9 115 91401 145 W4dd 4015 1815 2109112 5 1 4 5 1 3 lt FHM ACOR gt
549. ADSI AND I TIJF FY imno AD3524 25 087j V3 9012 This product is strategic product subject to regulations It should be exported without authori zation from the appropriate governmental authorities 2ch FFT ANALYZER i 8524 8525 2ch FFT ANALYZER 7 1 1 1 IA 1 2 TE 18 gt 4 4 1 1 3 R lt CRT 8 1 4 A gt 5 1 5 4242 74 04 4 4 4 1 1 6 47 4 4 4 4 1 1 4 4 2 2 2 2 U i A 3 Rw 2ch FFT ANALYZER
550. AI R 1 S I DISPLAY UPPER DUAL LOWER SING INST MODE COMPLEX SPEC FREQ RESP EXTEND USER X SCAL Y LOG DISPLAY MODE gt DISP MODE GRATICULE OVERLAY NYQUIST NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 0 SET 3D 2DIMEN OCT HIST OCT LINE DISP MONITOR DATA COND MEAS COND PH UNWRAP PK MARKER CNORMALIZE LED ON LED DISPLAY MODE NORMALIZE v NOR 0 1 10 NORMAL IZE 4 6 18 P1 t 1 62 4 22 ITN EFKE OPER
551. ATORS OPERATOR EXTEND gt MEMORY PANEL PRINT ls F 6 comp FRAME EXTEND 700 TRACKING pp FORMAT ANLG COMP OP EXTEND LABEL J OP EXTEND OCTAVE 106 MODE MULT MATH CURVE FIT SYMTHESIS MULTI OCT OP EXTEND MULTI COMP DATE VIEW DATE ON DATE VIEW TIME 0N VIEW off VIEW TIME DATE TIME off DATE 89 01 01 TIME 09 33 28 4 6 18 P2 OPERATORS EXTEND DATE Jvy DDT 0 OFF VIW DATE 1 ioN DTM 0 OFF VIW 1 10 SDT g STM Okk ikk ikk TIME
552. AY MODE PH UNWRAP IWF PHASE PHP 0 OFF UNWRAP 1 PH UNWRAP DISPLAY MODE NORMALIZE IWF INOR 0 OFF 1 ON NORMALIZE DISPLAY 1 2 IWF ESi 0 OFF 1 AB INPUT ESU 0 OFF 1 ON i UP_DISP ESL 0 OFF 1 LOW DISP V Vrms YVU 0 V 1 RJE Vrms UP Y READ PHEASE 0 DEGREE 1 RAD 0 READ YUU 0 NORMAL 1 1 Hz UP UNIT XUU 0 iHz 1 CPM V Vrms YVL 0 V 1 RAE Vrms LOW Y READ PHBASE YPL 0 DEGREE 1 RAD i LOW Y READ YUL 0
553. CA i m S i CAL ACC SCF Hz CFV 4 PHASE SCS GBSPL CAL SPL 12 7 CMV LEVEL SCP 0 OFF CORRECTION 1 10 SIM 0 IRAM 1 DISK CORRECTION 2 CMOS SSC 1 SPECT cal i S SC1 S S C SPC 1 SPC1 SPC 4 6 2 14 SPELE SPECT cal PHASB cor SSPL SPL S S PL Bch 2 5 MEASURE SURFACE 1 2 7 5 iR MEASURE _ SURFACEI SPL SPECT eal PHASE cor
554. CC ACC LEVEL SCS dBSPL CAL SPL CMV ACC LEVEL SCP OFF CORRECTION 1 iON SIM 0 RAM 1 DISK CORRECTION 2 1 08 ssc 1 SPECT ca1 i SSC 1 S S C SPC 1 1 PHASE cor i 1 S PC 1 S PC SPL x m 3 3 1 P18 z VIB VEL x mm SPECT ca1l 7 x m x m C WINDOW 2
555. D TRACKING SAMP SET CUPLING EXTEND REFORM TIME INTE DEFF EXTEND REFORM TIME INTE DEFP 0PERATORS EXTEND TRACKING SAMP SET DETECT FREQ 0PERATORS OPERATORS EXTEND TRACKING SCHEDUL DISPLAY EXTEND TRACKING SCHEDUL DETECT MODE MENU EXTEND REFORM TIME WEIGHT MENU EXTEND REFORM TIME WEIGHT OPERATORS TRIG MODE TRIG MODE TRIG MODE OPERATORS TRIG MODE OPERATORS TRIG HOLD OPERATORS OPERATORS OPERATORS EXTEND TRACKING SET TRACK DATA FORM BUZZER SLOP MARKER EXTEND TRACKING START STOP SOURCE EXTEND TRACKING MODE CIRC RPM TRACK MAP CAMBELL EXTEND TRACKING SAMP SET HIGH RPM EXTEND TRACKING AUTO PROT EXTEND TRACKING CRUNCH 6 7 3 15 TKG TKK TKL TKP TKR TKS TLI TLN TLR TML TMM T MO TMS TNS TON TOT TPV TRD TRG TRS TSC TSD TSL TSO TSP TSR TST TTL vE OPERATORS EXTEND TRACKING LIST OPERATORS EXTEND TRACKING SCHEDUL RPM STOP OPERATORS EXTEND TRACKING LOAD OPERATORS EXTEND TRACKING INSERT OPERATORS EXTEND TRACKING DELETE OPERATORS EXTEND TRACKING SAVE OPERATORS EXTEND TRACKING PROTEC OPERATORS EXTEND TRACKING PROTEC OPERATORS EXTEND TRACKING SCHEDUL LINE TRIG MODE LEVEL OPERATORS EXTEND TRACKING SAMP SET LOW RPM TRIG MODE LEVEL OPERATORS EXTEND TRACKING SAMP SET MEMORY ARBA O
556. DE LINE POINT 1 0 0 00000 Y POINT 2 0 5 0 00000 3 a SET MODE SET DATA SET Ach SET Bch DATA ON OFF LED b DATA _ SETAch SET Beh SET MODE SET MODE LINE 2 MULTI ADD MOVE LIMIT 1 3 OCT 1 9 1 1 OCT 1 1 1 3 OCT 1 1 0CT b 1 1 2 3 b 2 1 2 3 4 1 2 3 4 1 2 380 4 2 SET MODE LINE POINT 1 POINT 2 SET DATA SET MODE MULTI AREA
557. E INST AVE UMM MEAS 14 DN amp Cl TIME SPEC FREQ RESP COHERENCE P CRSS SPCT IMPULSE SCOT ML AUTO CORR CRSS CORR HISTOGRAM 1 1 OCT 1 3 OCT SNR CEPSTRUM LIFTERING ACTIVE I ASPL 1 REACT I VELOCITY SURFACE SSPL VIB VEL DISPLAY USER MULTI 4 8 5 P15 UIR 0 BFI 1 BF2 2 1 RBSULT 3 BF4 U2D 0 BFI 1 BF2 2 DATA 1 3 BF4 UTV VALUE DISPLAY USER END U2D 0 1 BF2 2 1 SOURCE 3 4 4 8 5 16 2 0 MEAS TIME Ach INST 1 1 MATH2 1 1
558. E DEFF 2 Bch TDB 3 4 INTE DEFF i Ach 0 OFF 1 11 ORD TREND 2 10 ORD Bch TRB 0 OFF 1 1 ORD TREND 2 10 ORD Ach EQA 0 1 ON EQUALI2B Ach 0 RAM 1 DISK 2 CMOS EQUAL12E __ B c h RATAR E QB 0 OFF 1 EQUAL I ZE i Bch EMB 0 i 1 iDISK 2 CMOS EQUAL I ZE RFA 0 Ach 1 iON FILTER RMA 0 1 1 DISK Ach 2 CMOS FILTER RFB 0 OFF Bch 1 ON FILTER RMB 0 1 DISK Bch 2 CMOS FILTER 4 5 3 EXTEND REFORM TIME 2 21 ayy n 5 7 Ach TFA 0 FLAT A 1 2 WEIGHT 3 1 Bch ITFB 0 FLAT A 1 1 2 B WEIGHT 3 cC 6 296 T 4 5 3 P7 MATH
559. ECISIO 16bit 16bit 32bit 32bit SET POINT HIST POINT DISP NUM 50 SAMPLE POINT 1024 TRACK MEM off 510 32bit 3 2 b it F FT EXTEND 4 5 5 P2 IWE HDP 0 164 1 1128 2 1256 3 1512 4 11024 5 12048 6 14096 HIST POINT 7 18192 DISP NUM SMP 0 164 1 1128 2 1256 3 1512 4 11024 5 2048 6 14096 SAMPLE POINT 718192 0 OFF 1 ioON TRACK i FFT HPC 0 16611 FEFT PRECITIO 1 82bit 4 5 6 1 4 5 6 OPERATORS
560. EE 3 HOLD 3 8 8 FREQ 1 2 4 z YZER iii S 3 3 6 a amp oo 2ch FFT ANALYZER 8 83 9 Ach INPUT 1 MODE EL 8 3 9 2 30 3 8 8 10 Bch INPUT 1 MODE 3 32 10 2 i 3 3 4 1 4 1 2 4 42 7 4 2 4 4 4 3 0 A gt RFE 1 222020424404 44 2 4 4 1 2 86464 4 3 4 AC DC 5 6 7 8 DC 9 10
561. ENU CURSOR PRINT PAPER SIZE PRINT START PRIN COMPARATOR SHAPE SET UPPER DISP LEVEL CURSOR PRINT FRAME PRINT GRAPH PRIN MENU 6 7 3 12 P MD OPERATORS PRINT MODE PPF OPERATORS PRINT FEED PPR DISPLAY USER PROTEC OPERATORS EXTEND AUTO SEQUENCE PROTEC OPERATORS EXTEND MEM SI G PROTC PPS DISPLAY USER PROTEC OPERATORS EXTEND AUTO SEQUENCE PROTEC OPERATORS EXTEND MEM SI G PROTC PRF OPERATORS PRINT FEED PRT OPERATORS PRINT START BREAK PSR OPERATORS MEMORY LOAD PSU OPERATORS PRINT USER SIZE PUL OPERATORS COMPARATOR SHAPE SET LOWER DISP LEVEL PUU OPERATORS COMPARATOR SHAPE SET UPPER DISP LEVEL CO A AET AAB ARER Jer AA MAEA AI AABE AA AA AO OE Late LAO AEA Re Ja A JF MMM LA AEAEE Y er AE A AA A QCL DISPALY MODE NYQUIST CURSOR READ QCU DISPALY MODE NYQUIST CURSOR READ RAS AVE MODE STATE RCL MENU EXTEND MATH RECIPROCATION RCU MENU EXTEND MATH RECIPROCATION RDC DISPLAY MODE ORBIT REDUCE DATA RDS DISPLAY MODE ORBIT REDUCE DATA RFA MENU EXTEND REFORM TIME FILTER RFB MENU EXTEND REFORM TIME FILTER RMA MENU EXTEND REFORM TIME FILTER RMB MENU EXTEND REFORM TIME FILTER RMD OPERATORS EXTEND MEM MULTI LOAD RSR MENU EXTEND WINDOW RESPONSE RST MENU EXTEND WINDOW RESPONSE 6 7 3 13 5 BR CA CS
562. FSET TEST OVER BUZZ 121 SET ENVEL 4 12 1 INPUT MODE 1 2 CPA AC DC 0 DC BchlcPB 1 Ac AC DC GNA Ach GND 0 GNB 1 GND Bch GND FLT 0 1 FILTER 0 FIX 1 AUTO UP ARB 2 AUTO Bch SPL 0 1 DC Ach ON OFF DC oFB 1 Bch ON OFF gt Ach i AY V DC OVB Bch i 1 4 12 1 P4 INPUT MODE 2 2 TST 0 OFF ON OFF 1 57 OBZ OFF ON OFF 1 OVER BUZZ INA Ach MIC INPUT SNS INPUT 0 BNC ENV INPUT 1 OPTION INB 2
563. G INST MODE TIME SPEC FREQ RESP EXTEND T DISPLAY EU gt A B INPUT DISP LoW DISP CAPITAL 4 6 4 P2 SCALING E U menu 1 2 menu 2 2 DP MODE Y READ FIX Vrms UNIT AB DEGREE Y UNIT NORMAL UNIT DSP X UNIT 10 Hz LOW FACTOR LOW Ach Y READ 1 000 Vrms 1 000V DEGREE 1 00000 Y UNIT 1 00000 NORMAL 8 UP 1 00000 X UNIT LW 1 00000 Hz 1 E Y READ Y Y READ DEGREE Vras 1 41 4 UP LOW 2 PLIA CEE gt Y READ DEGREE RAD UP LOW 13 07 gt Y UNIT Y NORMAL
564. GHT off A A C C 00 on off 4 5 8 P10 RBCIPROCATE on off RECIPROCATE FEFT IF FT IFFT FFT on off ia 0CT on off AMP RECT 1 00000 1 00000 HANNING 0 66667 0 81650 MINIMUM 0 49523 0 70373 FLAT 4 5 3 P11 x LOG X 15 X_LOG on off ba
565. HISTOGRAM P D E NVELOPE CDF 4 4 3 3 P 1 5 Ce MEASURE AUTO CORR CRSS HISTOGRAM P D F C D F ENVELOPE 9 0 4 6 2 P5 1 6 MEASURE __ 1 3 ocT CEPSTRUM LiFTERING 1 1 1 1 0CT 4 6 15 4 77 17 2 2
566. INPUT SBTENVEL INPUT CHANNEL A 2 AB SBNS RANGE A 30dB FIX 44 7214V B 3048 FIX 44 12147 3 3 10 P2 DC OFFSET DC Ach off 0 000007 off 0 000007 SAMPLING a INT 100KHz FRAME TIME 250 0000Hz 4 00000msec a AC DC 18 ON AC LED OFF DC b GND LED ON OFF c FILTER 1 LED ON LED OFF UP FIX AUTO AUTO UP e CLK INT EXT
567. ISP NUM SMP 0 164 1 128 2 1256 8 1512 4 11024 5 i2048 6 14096 SAMPLE POINT 7 18192 MET 0 OFF 1 ION TRACK MEM FFT HPC 0 16bit FFT PRECISION 1 82pit 1 GPIB GP I B GPIB FFT ADR 1 GPIB MODE GP I B DEVICE TALK ONLY DELIM EOI 0 LF EOI CRTLF EO1I g MULT 4 5 4 h MAKE DATA 74 5 8 8 8 4 3 4 OPERATORS ENE PRINT LIL COMP FRAME EXTEND PEFFE K 100 L_P MEMOR Y 4 9 3 MEM DATA LOAD 0 5 LIST MDIA RAM ADRS ADRS V
568. ISPLAY UPPER DUAL LOWER SING MODE EU MATH SPEC FREQ RESP EXTEND USER COMPLEX Y LOG X SCAL Y SCAL DISP NICHOLS ORBIT LIST DISP MODE 3DIMEN oVERWRITE 3 D SET sp 2DIMEN OCT HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE MARKER GRATICULE LED ON LED OFF DISPLAY MODE GRATCULE 0 OFF ON OFF 1 10 GRATICULE lt 2 5 2 4 6 10 4 6 10 EFE UPPER LOWER DISPLAY DUAL SING MODE EU MATH SPEC FREQ RESP EXTEND USER COMPLEX Y LOG 5 Y SCAL w ee DISPLAY MDE gt GRATICULE NYQUIST NICHOLS ORBI
569. JJ meCsec2 0170 00000 fs 10dB FREOt0OHzl 500 Ach Bch 5 5 WAIT of t 00 00 00 ORPO 0 00000 lt 50O L 9 717090 0 RES 2 00000m sec 2 2BBZBm 276 227m 0 TRI6 NOUE TIREPEHT ISLOPE IOURCE A TBUZZER HARKER 771 4 4 2 11 2 ANALYZER 9 00000 008 8 1098 FRED 100kHE TRIGGER 501 2 Gr 6005 1000 004 Bch DELAY 51 2 T U 100 2 0000 447 0 Ttsecsec 500 2 01 LRLS 2 00000 4 sec IN 288 281x KODE TREPEAT ISLOPE SGURCE A O RARER D 1 gt 2 TRIG MODE gt HOLD MEAS MARKER BUZZER 1 SOURCE A Irie REPEAT
570. MATH STRT BRK CONVOLUT DECONYO START BRK L ED L ED 4 4 4 MENU EXTEND 4 5 4 PS J 7 MMS 1 START BRK MMS MMC CONYOLUT CONVOLUT 1 EZA DECONYO DECONV0 MMH 0 Bch CHN 1 Ach MMG 086 MMR RES MMF 0 0 RAM 1 IDISK FILTER 2 CMOS MENU EXTEND gt 4 5 5 11525 ENT EXTEND NUM MENU EXTND WINDOW MATH REFORM DB HAMMER MENU EXTND EXTND MULT MATH DATA FFT POINT FFT PR
571. MATH jo jo2 FFS OPERATORS FRA FREQ SPAN FIL OPERATORS FRA INPUT LIMIT FLT INPUT MODE FILTER FMP OPERATORS FRA SWEEP SWEEP RATE FMT OPERATORS EXTEND FD FORMAT FD FORMAT FMV OPERATORS FRAME AUTO FOL OPERATORS FRA OUTPUT LIMIT OPERATORS SG FREQ1 FQS OPERATORS SG FREQ2 OPERATORS MD SWEEP MD FRM OPERATORS FRAME MODE FRO OPERATORS FRA FFT SOURCE FRP OPERATORS FRAME FRQ FREQ AY FSF OPERATORS FRA STOP FREQ F SM OPERATORS SWEEP SWEEP MODE FST MENU EXTEND WINDOW FORCE G 24 GNA Ach INPUT MODE GND GNB Bch INPUT MODE GND GRT DISPLAY MODE GRATING VOLB SJR CURSOR HORI ON OFF HCP CURSOR HDP MENU EXTEND FFT POINT HIST POIINT HIN GPIB HELP INITIAL HMC GPIB HELP CLR PANEL CLR CLR CMOS HPC MENU EXTEND FFT POINT FFT PRECITIO HRM CURSOR VERT MODE HARMONIC 6 7 3 PS8 AER ai RN JEU Ren Aa A LA MEO SAR A
572. ME 11 DC 12 DC SG SOM 0 NORMAL 1 SINGLE SHOT SOL i SG FLOAT LEVEL i SG 1 FREQ1 FLOAY 56 FQS 2 FREQ2 FLOAT 56 SOF 0 1 iON OFFSET SG SGO I SG OFFSET float SG SGB 0 OFF 1 ION BURST SG SBR 1 1 BURST 1001100 9 4 8 4 9 OPERATORS SG 2 21 5 0 0 RAM i 1 DISK MEMORY ADR 2 CMOS SMC 0 Bch MULTI 1 Ach SMF 0 i 64 1 1128 MOLTI FRM 2 1256 1512 4 1 K 2K 6 4K 8K 8 16K 9 32K 10 64K 11 128K 12 256K SMS MULTI FRM SGF 0 OFF ON OFF 1 ON FILTER RAE SGD 0 FILTBR 1 8562 0 OFF 200M 1 ON 566 0 1 7009 25 2 4 3 8 4 1 6 5 3 2 6 6 4 128 81 256 9 51
573. ME START MODE 100rpm off STOP START 10000rpm 6 00 00 00 STEP STOP 100rpm 00 00 03 NOISE 10rpm SLOPE 4 8 6 P18 SOURCE A D AD MEM FRAME A D FRAME OUTPUT TRACK RPM FRAME AD MEM RPM MEM TRACK 1 FRAME
574. MEMORY MENU EXTEND MATH ALGEBRA UP OPERATORS EXTEND ANLG COMP START OPERATORS EXTEND ANLG COMP COMP DATA OPERATORS EXTEND ANLG COMP STOP AVE MODE OVERLAP AVE MODE OUTPUT OPERATORS MEMORY AUTO PROT OPERATORS EXTEND MEM MULTI AUTO PROT OPERATORS PANEL AUTO PROT DISPLAY EXTEND PRESSURE Ach INPUT MODE FIX AUTO UP AUTO Bch INPUT MODE FIX AUTO UP AUTO AVE MODE RESTART OPERATORS EXTEND AUTO SEQUENCE NO_BUZZ DISPLAY ACTIVE I SPECT cal OPERATORS EXTEND AUTO SEQUENCE DELETE OPERATORS EXTEND AUTO SEQUENCE SET OPERATORS EXTEND AUTO SEQUENCE INSERT OPERATORS EXTEND AUTO SEQUENCE 1STEP OPERATORS EXTEND AUTO SEQUENCE SRQ SRQ 6 7 8 2 ASS OPERATORS EXTEND AUTO SEQUENCE START STOP AST OPERATORS EXTEND AUTO SEQUENCE DATE ATP DISPLAY EXTEND ACTIVE I TEMPERATURE AUA OPERATORS EXTEND AUTO SEQUENCE AUTO PROT AUG OPERATORS EXTEND AUTO SEQUENCE LOAD AUL OPERATORS EXTEND AUTO SEQUENCE LIST AUP OPERATORS EXTEND AUTO SEQUENCE SAVE AVD AVE MODE ITEM AVG AVE START STOP CONT AVM AVE MODE MODE AVN AVE MODE NUMBER AWC OPERATORS EXTEND AUTO SEQUENCE WAIT TIME AWD OPERATORS EXTEND AUTO SEQUENCE WAIT TIME OPERATORS EXTEND AUTO SEQUENCE WAIT FLG AWT OPERATORS EXTEND AUTO SEQUENCE WAIT WAIT AOD OPERATORS EXTEND AUTO SEQUENCE CALC DATA0 A1D OPERATORS EXTEND AUT0 SEQUENCE GP IB DATA1 OPERATORS EXTEND AUT0 SEQUENCE IF DATA1 OPERATORS EXTEND AUT0 SEQUENCE CALC DATA1 AIL MENU EXTEND MA
575. MULTI MATH ORG MENU EXTEND MULTI MATH CHN MENU EXTEND MATH FILTER MENU EXTEND MULTI MATH RES MENU EXTEND MULTI MATH START BLK MENU EXTEND MATH FILTER OPERATORS MEMORY SAVE OPERATORS FRAME TRIG POSI OPERATORS FRAME TRIG POSI MENU EXTEND MATH EQUALIZE 6 7 8 10 MUL OPERATORS COMPARATOR SHAPE SET LOWER DISP MEM NUM MUN OPERATORS FRAME MOVE UNIT MUO MENU EXTEND MATH OPEN CLOSE MUP OPERATORS FRAME MOVE UNIT MUU OPERATORS COMPARATOR SHAPE SET UPPER DISP MEM NUM EXTEND MAKE DATA LINE FILTER M1Y MENU EXTEND MAKB DATA LINE FILTER 2 MENU EXTEND MAKE DATA MULTI AREA MENU EXTEND MAKE DATA ADD AREA MENU EXTEND MAKE DATA MOVE AREA MENU EXTEND MAKE DATA LIMIT AREA 2 V MENU EXTEND MAKE DATA MULTI VALUE MENU EXTEND MAKE DATA ADD VALUE M3A DISPLAY MODE ADDRESS M3D DISPLAY MODE 3 D_SET M4S EXTEND MAKE DATA MOVE MOVE SIZE MS5V EXTEND MAKEB DATA LIMIT VALUE M6B MENU EXTEND MAKE DATA 1 3 0CT BAND MENU EXTEND MAKE DATA 1 1 0CT BAND NO NCL DISPLAY MODE NICHOLS CURSOR READ NCU DISPLAY MODE NICHOLS CURSOR READ NIC DISPLAY MODE NICHOLS NOR DISPLAY MODE NORMALIZE NXL DISPLAY MODE NICHOLS XSCAL NXU DISPLAY MODE NICHOLS XSCAL NYQ DISPLAY MODE NYQUIST PIRE
576. NORMAL THE 1 11 2 LOW Y UNIT 1 X UL 0 iHz 1 CPM LOW X UNIT 6 7 1 P8 DISPLAY EU 2 2 EUM 0 FIX MODE 1 AUTO A 0 EU 1 imm 2 mm S 3 mm s UNIT 4 iG B EUB 0 EU 1 imm 2 mm S 8 52 UNIT 4 6 EU E UU EU A EUU EU 4 4 UNIT DSP EU IEUL iEU EUL ED 4 4 UNIT DSP A EVA EU FACTOR B EVB EU FACTOR EU EVU FU FACTOR EUO FACTOR f DISPLAY MATH MAT 0 OFF 1 MATH 6 7 1 P9 DISPLAY T IME S PEC FREQ RESP EXTEND
577. NUM V 60 3 ON OFF 3 3 b 8 0 8 7 4 6 6 P2 c DERECT d SP 0 8 2291089 D 5 ANG 0 8 NUM 5 1 0 0 1 0 0 DISPLAY MODE 3DIMEN 1
578. O ABS amp ors CONVOLUT L ED b 1 CN Ach A SEGMENT BERLEN 2 ORG 3 RES b FILTER FILTER c MULTI DECONYO ABS amp OFS START BRK L ED LED 4 5 4 gt a iBs amp ors DECONVO LED 1 MULTI MATH START BRK CONVOLUT b 10 CHN Ach A Bch BB 2 ORG
579. O 580 MEMORY REAL PRM INT RBAL PRM INT 3 7a gt A DRU F MEMORY HLtsST MDIA ADRS lams V 070 PROTEC 0 DELBTE 0 INSERT ADRS lams Y MEM AUTO AUTO PROT SAYE LOAD 4 4 4 p A EENE 2 4 8 2 P10 OPERATORS EXTEND AUTO SEQUENCE 1 6 IWEK ASS 1 F START STOP 1 A SS 1 ASP 0 OFF 1 STEP 1 AST 1 CONT AS S 1
580. OFF 1 ON 3 D3 H 0 HI 8 3 D3D 0 DIRECT 1 3 0 ANG 8 8 D3S 1 o SP 8 3 D3L 5 8 NUM 100 h OVERWRITE LED ON LED OFF 3 3 1 P7 DISPLAY MODE OVERWRITE IWF OWT 0 OFF 1 ON 0VERWRITE Ea 3 D SET RAM 3 10 STRT 19 STOP MOVE 3 100 ONCE 1 OVERVIEW 8 DRAW FAST i on 3 SAVE DATA off DISPLAY MODE 3 D_SET IWF M3D 0 1 DISK
581. P DISP DISPLAY on BLOCK BLOCK off NUM 3 lt Z PARAM 2 0000 2 2 1000m y 2 1 0 00000 2 10 0000 6 0 00000 lo 1 i 9 2 2 2 1 x X SPAN X SPAN CENT MOVE CENT FIX RIGHT FIX LEFT FIX lt gt CENT MOVE CENT FIX RIGHT FIX
582. P EXTEND USER COMPLEX 000 5 V SCAL s DISPLAY gt X L0G DISP MODE GRATICULE 0VERLAY WYQUIS7 NICHOLS ORBIT DISP MODE 3DIMEN OVERWRITE 3 D SET 2DIMEN OCT HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE PK MARKER LIST LIST ON OFF ENT CRSR CLEAR ALL CLEAR A V 0 LIST PEAK LIST ON OFF LED ON LED OFF b 1 2 ENT CRSR _ 2 _ 4 6 5 P2 TOP
583. P2 b c CLR CMOS CMOS b d OPTION VERSION KEY BUZZ 7 a LED ON LED OFF d LOCK LED ON LED OFF GPIB HELP LOCK o CLR PANEL FFT 1 FFT HHIM 0 1 CLR MEM 2 CMOS CMOS CHMC 2 KBZ 0 KEY BUZZ 1 ON VER 2 VER Version i EI
584. PERATORS EXTEND TRACKING SET TRACK MAX LINE OPERATORS EXTEND TRACKING SAMP SET MEMORY ARBA OPERATORS EXTEND TRACKING SAMP SET MAX ORDER OPERATORS EXTEND TRACKING SAMP SET MEMORY AREA OPERATORS EXTEND TRACKING SCHEDUL RPM NOISE OPERATORS EXTEND TRACKING SCHEDUL OUTPUT FRAME OPERATORS EXTEND TRACKING SCHEDUL OUTPUT MEM OPERATORS EXTEND TRACKING ON OFF OPERATORS EXTEND TRACKING SCHEDUL OUTPUT TRACK TRIG MODE POSITION OPERATORS EXTEND TRACKING SAMP SET PULS ROT TRIG MODE POSITION MENU EXTEND REFORM TIME TREND MENU EXTEND REFORM TIME TREND DISPLAY MODE 3DIMEN ON OFF OPERATORS FRAME 3DIMEN TRIG ARM FREE OPERATORS EXTEND TRACKING SAMP SET LEVEL OPERATORS EXTEND TRACKING MEM TRIG MODE REPEAT OPERATORS EXTEND TRACKING SCHEDUL SOURCE OPERATORS EXTEND TRACKING SAMP SET TRIG OPERATORS EXTEND TRACKING SAMP SET SAMPLE CLOCK DISPLAY MODE 3 D_SET DRAW FAST OPERATORS EXTEND TRACKING SCHEDUL RPM SLOPE OPERATORS EXTEND TRACKING SCHEDUL RPM STEP OPERATORS EXTEND TRACKING SCHEDUL RPM START INPUT MODE TEST OPERATORS EXTEND TRACKING SAMP SET TRIG LBVBL OPERATORS EXTEND TRACKING SAMP SET TRIG LEVEL 6 7 3 P16 TTM OPERATORS EXTEND TRACKING SCHEDUL TIME MODE OPERATORS EXTEND TRACKING SCHEDUL TIME STEP TTS OPERATORS EXTEND TRACKING SCHEDUL TIME START TUN OPERATORS EXTEND TRACKING SET TRACK UNIT TUT OPERATORS EXTEND TRACKING SET TRACK UNIT TUV OPERATORS EXTEND TRACKING SET TRACK UNIT TWD DISPLAY MODE 2DIMEN 2 U AD DIS
585. PHP 0 OFF UNWRAP 1 PH UNWRAP NORMALIZE LED ON LED OFF DISPLAY MODE NORMALIZE NORMALIZE MARKER LED ON LED 3 3 1 P10 6 E U 4 6 4 EU 1 EU A B INPUT UP Disp Low DISP SCARING 73 UP Y READ Vrms DEGREE Y UNIT NORMAL X UNIT Hz LOW Y READ Vrms DEGREE Y UNIT NORMAL X UNIT Hz Pahu 2 2 FIX gt UNIT ouA Ach B ch UNIT DSP LOW
586. PLAY USER ADDRESS UBN DISPLAY USER BUFFER NUM UCM DISPLAY USER COMMAND UDL DISPLAY USER DELETE UIN DISPLAY USER INSERT ULV OPERATORS COMPARATOR SHAPE SET LOWER DISP LEVEL UNM DISPLAY USER NUMBER UMA DISPLAY USER MEAS MEASURE UMC DISPLAY USER MEAS MEASURE UMM DISPLAY USER MEAS MEAS URA DISPLAY USER AUTO PROT URG DISPLAY USER LOAD URL DISPLAY USER LIST URP DISPLAY USER SAVE USA MENU EXTEND WINDOW USER USB MENU EXTEND WINDOW USER USC DISPLAY USER SET COM USF DISPLAY USER SET FUNC USR DISPLAY USER UTV DISPLAY USER MULTI VALUE UUV OPERATORS COMPARATOR SHAPE SET UPPER DISP LEVEL U1D DISPLAY USER MATH1 DATA1 DISPLAY USER MATH2 DATA1 01 DISPLAY USER MATH1 U1R DISPLAY USER MATH1 RESULT BF DISPLAY USER MATH2 RESULT BF DISPLAY USER MEAS RESULT BF DISPLAY USER MULTI RESULT BF 02 DISPLAY USER MATH2 DATA2 DISPLAY USER MULTI DATAL DISPLAY USER SOURCE BF 02 DISPLAY USER MATH 6 7 8 17 F DISPLAY VCL CURSOR VERT MODE VCP CURSOR VCU CURSOR UPPER LOWER VDS DISPLAY DUAL SING VER GPIB HELP Version VIW DISPALY TIME SPEC FREQ RESP EXTEND VRL CURSOR READ POSITION SET READ VRU CURSOR READ POSITION SET READ VUL DISPLAY UPPER LOWER WDD
587. QA 2 TRAM 1 3 DISK 4 CMOS A2U 2 0 1 DATA2 ME a 3 DISK 4 CMOS PEN ALL 0 1 2 3 ALGEBRA LOW AML 0 COMPLEX 1 POWER 11 1 0 1 FEH PATAN 2 RAM 1 3 DISK i 4 CMOS T A 2 L 2 1 FEH RY 3 DISK 4 CMOS 3 3 3 P6 FILTER FILTER MMU RAM MENU EXTEND MATH 251 FDU 0 OFF 1 jw jw2 2 FDL 4 IEMA jw jw2 EQU 0 1 ON BQUALIZE MUE 1 iDISK ICMOS EQUALIZE EQL 0
588. R 1 FRAME SOURCE 2 TOT 0 OFF TRACK 1 iON OUTPUT 0 FRAME 1 OUTPUT TOM 0 OFF 1 ON OUTPUT AD TDS 0 ALL 1 DETECT DISPLAY 2 OFF TL I LINB TDT 0 RPM DETECT MODE 1 TIME STOP SCHEDUL STEP SCHEDUL TNS NOISE TSL 0 1 4 i SLOPE 2 SCHEDUL TTM 0 MODE 1 ON SCHBDUL TTS START SCHEDUL ETETETT STEP gt 46 6 7 1 54 OPERATORS EXTEND TRACKING SET TRACK TML 0 11024 1 512 2 256 LINE 3 128 TFR 0 POWER 1 REAL IMAG DATA FORM 2 OCTAVE TUT 0 ORD 1 Hz 2 CPM UNIT 3 BAND TUN 1 UNIT 16 TUV UNIT OPERATORS EXTEND FD FORMAT 1 FMT
589. R on MEMORY AREA off RAM 10 49 FRAME SIZE 118 SAMPLE CLOCK INT EXT EXT MAX 0RDER 6 6 25 12 5 25 50 100 200 LOW RPM HIGH RPM DETECT FREQ on off CUPLING AC DC AC 4 8 6 P4 LOW RPM HIGH RPM 4 8 6 5 LEVEL
590. RATE 6 7 1 P67 5 AVE AVE START STOP CONT IWF AVG 0 1 2 AVE MODE 1 2 s RAS 10 1 0CT 2 L0G 3 FRA1 4 FRA2 L C RAS AVD 0 1 HISTGRAM 2 iAUTO CORERATION CROSS CORERATION ITEM 4 SPECTRUM AVM AVM MODE TIME AVD 0 0 ADD 1 MLT ADD HIST AVD 1 0 ADD AUTO CORR AVD 2 0 ADD CRSS CORR AVD 3 0 ADD SPECTRUM AVD 4 0 ADD 1 2 EXP A VN 1 1 NUMBER 32765 82765 ADR df NUM DSP 32765 1 32765
591. RATORS COMPARATOR RESULT COR CURSOR RELAY OUT CPA Ach INPUT MODE AC DC CPB Bch INPUT MODE AC DC CPL CURSOR READ PLANE CPT OPERATORS COMPARATOR PRI TIMER CRD OPERATORS MEMORY CRUNCH OPERATORS EXTEND MEM MULTI CRUNCH CRO CURSOR READ ORDER CRP DISPLAY USER CRUNCH OPERATORS EXTEND AUTO SEQUENCE CRUNCH OPERATORS EXTEND MEM SI G CRUNCH CRR CRS OPERATORS COMPARATOR SHAPB SET CRT CURSOR READ TRANS OPERATORS EXTEND CURVE FIT TRANS CURSOR READ UNIT CSE OPERATORS COMPARATOR START EVENT CST OPERATORS COMPARATOR START STOP CTL OPERATORS COMPARATOR LOGICSET NUM CTM OPERATORS COMPARATOR PRI TIMER 6 7 3 DBN DCM DHB DHD DHM DHP DLN DLT DML DMN DOL DOU DPN DPS DPY DRN DRV DTM D 3H D 3M D3S OPERATORS COMPARATOR BLOCK SET DISPLAY DISPLAY COMPLEX OPERATORS EXTEND DATE VIW DATE DISPLAY MODE 3 D_SET DRAW FAST MENU EXTEND DOUBLE HAMMER BUZZER MENU EXTEND DOUBLE HAMMER DISPLAY MENU EXTEND DOUBLE HAMMER DBL HAMMER MENU EXTEND DOUBLE HAMMER POSITION TRIG MODE Bch DBLAY TRIG MODE Bch DELAY OPERATORS MEMORY LIST OPERATORS EXTEND MEM MULTI LIST DISPLAY MODE MONITOR MENU EXTEND MATH OCT MENU EXTEND MATH OCT MENU EXTEND FFT POINT DISP MEM NUM OPERATORS MEMORY PROTEC OPERATORS EXTEND MEM MULTI PROTEC OPERATORS MEMORY PROTEC OPERATO
592. REQ 1 1 1 Ach Bch INPUT MODE gt SAMPLING 1 100 50KHz 20KHz 10KHz 5KH 2 KHz 1 2 500Hz 2 1 OHZ OHz 2 2 1 2 OHZ 0 7 0 7 V gt FREQ INPUT CHANNEL A B AB SENS RANGE 30dB FIX 44 7214V B 30dB FIX 44 7214V DC OFFSET Ach off 0 000007 Bch off 0 00000Y SAMPLING INT 100KHz FRAME 250 0000Hz 4 0000msec 4 4 1 2 vy FRQ 1 Hz Hz Hz Hz Hz Hz Hz Hz 0 Hz 1 KHz 2KHz 5KHz 0KHz OKHz OKHz 0KHz
593. RS EXTEND MEM MULTI PROTEC DISPLAY Y SCAL AUTO SCAL MENU EXTEND DOUBLE HAMMER UP LEVEL LOW LEVEL MENU EXTEND DOUBLE HAMMER UP LEVEL LOW LEVEL OPERATORS EXTEND DATE VIW TIME DISPLAY MODE 3DIMEN ANGA Y DISPLAY MODE 3DIMEN DIRECT DISPLAY MODE 3DIMEN DISPLAY MODE 3DIMEN NUMA Y DISPLAY MODE 3 D_SET MODE DISPLAY MODE 3DIMEN SPAY DISPLAY MODE 3D 6 7 3 INPUT MODE SET ENVEL INPUT MODE SET ENVEL HPP EAL INPUT MODE SET ENVEL LPF EAR INPUT MODE SET ENVEL RECTIFIER EBA INPUT MODE SET ENVEL AMP EBH INPUT MODE SET ENVEL HPF EBL INPUT MODE SET ENVEL LPF EBR INPUT MODE SET ENVEL RECTIFIER EMA MENU EXTEND REFORM TIME EQUALIZE EMB MENU EXTEND REFORM TIME EQUALIZE ESI DISPLAY EU BINPUT ESL DISPLAY EU LOW DISP EST ESU DISPLAY UP DISP EUA DISPLAY EU UNIT EUB DISPLAY EU UNIT EUL DISPLAY EU UNIT DSP DISPLAY EU MODE EUU DISPLAY EU UNIT DSP EVA DISPLAY EU FACTOR EVB DISPLAY EU FACTOR EVL DISPLAY EU FACTOR EVU DISPLAY EU FACTOR EQA MENU EXTEND REFORM TIME EQUALIZE EQB MENU EXTEND REFORM TIME EQUALIZE EQL MENU EXTEND MATH EQUALIZE EQU MENU EXTEND MATH EQUALIZE 6 7 8 P7 FBS OPERATORS FRA BURST RATE FDL MENU EXTEND 10 102 FDU MENU EXTEND
594. RT 0 CRUNCH ADRS ADRS MEM PANEL ma T LOAD 1 4 9 4 L oL KRR MDIA ADRS DELETE MEM PANEL LOAD 0 SAVE 0 115 MEM PANEL PROTEC 0 CRUNCH ADRS V MEM PANEL AUTO PROT R MIA ADRS INSERT
595. RVE FIT CURVE FIT CURVE FIT CURVE FIT CURVE FIT CURVE FIT CURVE FIT DISPLAY EXTEND SURPACE 1 ACC LEVEL OPERATORS COMPARATOR SHAPE SET DISPLAY MODE DATA COND MEAS COND OPERATORS COMPARATOR LOGIC SET EQUATION DISPLAY EXTEND CEPSTRUM LOW LEVEL i OPERATORS EXTEND MEM COMP AUTO PROT BLOCK SET MODE BLOCK SET DISPLAY BLOCK SET PARAM BLOCK SET MODE BLOCK SET MODE BLOCK SET NUM BLOCK SET PARAM BLOCK SET PARAM BLOCK SET PARAM BLOCK SET PARAM DISPLAY EXTEND ACTIVE I CAL MENU EXTEND MATH COH BLANK MENU EXTEND MATH COH BLANK OPERATORS COMPARATOR LOGIC SET TOTAL MENU EXTEND MATH COH BLANK DISPLAY EXTEND ACTIVE I CAL OPERATORS COMPARATOR DISPLAY CURSOR READ NUMBER EXEC MODE EXEC MODE LOGIC SET NUM EXECUTE DELETE BREAK DELETE ENTER LIST LIMIT INITIAL CURVE F IT START 6 7 8 P3 6 7 3 ET CMC OPERATORS EXTEND MEM COMP CRUNCH CMD OPERATORS COMPARATOR MODE CMG OPERATORS EXTEND MEM COMP LOAD CMI OPERATORS EXTEND MEM COMP INSERT CMK OPERATORS EXTEND MEM COMP DELETE CML OPERATORS EXTEND MEM COMP LIST CMP OPERATORS EXTEND MEM COMP SAVE CMR OPERATORS EXTEND MEM COMP PROTEC CMS OPERATORS EXTEND MEM COMP PROTEC CMV DISPLAY EXTEND SURFACE I ACC LEVEL COE OPERATORS COMPARATOR EVENT col OPERATORS COMPARATOR EVENT COM OPE
596. T 40 2DIMEN HIST OCT LINE DISP MODE MONITOR DATA COND MEAS COND PH UNWRAPINORMALIZE PK MARKER GRATICULE LED ON LBD OFF DISPLAY MODE GRATICULE 1Y GRT 0 ON OFF 1 ON GRATICULE 8 8 1 b OVERLAP LED ON LED OFF DISPLAY MODE OVERLAY OVL 0 OFF OVERLAY 1 ON c NYQUIST c m LED ON LED Cc mm ORBIT REDUCE DATA off 1 8 NICHOLS CURSOR READ NORMAL UP NORMAL LOW XCAL DEGREE 180 CENT X 360 WID LOW 180 CENT 3
597. T LIST DISP MODE 3DIMEN OVERWRITE 3 SET 3 2D OCT HIST DISP MODE MONITOR DATA COND MEAS COND UNWRAP NORMALIZE PK MARKER LED ON LED OFF OVERLAY 2 DISPLAY MODE OVERLAP IWE 0VERLAP 0 OFF 1 ON 4 6 1 1 1 4 68 11 DISPLAY EE 2 22 UPPER DUAL AVE LOWER SING A B INST MODE EU TIME DISP GRATICULE OVERLAY mauisr NICHOLS ORBIT LIST DISP MODE 3DIMEN OVERWRITE 3 SET 3 2 OCT HIST SPEC FREQ RESP EXTEND USER COMPLEX ie eE Y L0G X SCAL Y SCAL DISPLAY MODE gt 007 LINE DISP MONITOR DATA COND MEAS COND PH UNWRAP NORMALIZE PK MARKER
598. TH DATA1 A1U MENU EXTEND MATH DATA1 OPERATORS EXTEND AUTO SEQUENCE GP IB DATA1 OPERATORS EXTEND AUTO SEQUENCE IF DATA1 OPERATORS EXTEND AUTO SEQUENCE CALC DATA1 A2D OPERATORS EXTEND AUTO SEQUENCE GP 1B DATA2 OPERATORS EXTEND AUTO SEQUENCE IF DATA2 OPERATORS EXTEND AUT0 SEQUENCE CALC DATA2 A2L MENU EXTEND MATH DATA2 20 MENU EXTEND DATA2 2 OPERATORS EXTEND AUTO SEQUENCE GP IB DATA2 OPERATORS EXTEND AUT0 SEQUENCE IF DATA2 OPERATORS EXTEND AUTO SEQUENCE CALC BDA OPERATORS BDL TRIG MODE BDP OPERATORS BDY OPERATORS BLG OPERATORS BMD OPERATORS BNM OPERATORS BXH OPERATORS BXL OPERATORS BYH OPERATORS BYL OPERATORS CAV CBL CBS CBT CBU CBV CDM CDN CDR CDW OPERATORS CEM OPERATORS CEN OPERATORS CEX OPERATORS CFA OPERATORS CFB OPERATORS CFD OPERATORS CFI OPERATORS CFL OPERATORS CFM OPERATORS 0PERATORS OPERATORS CFS OPERATORS CFV CIR CLD CLE CLL CMA COMPARATOR Bch DELAY COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR COMPARATOR EXTEND EXTEND EXTEND EXTEND EXTEND EXTEND EXTEND EXTEND EXTEND CURVE FIT CURVE FIT CU
599. TI 4 6 5 1 6 3 4 6 6 P 1 3 3 7 gt lt gt lt E 4 6 7 P 1 8 25 ER BLE F v Sa oy T 444 2 4 6 8 1 F gt 4 6 9 P 1 1 O 1891 4 6 10 1 1 1 444 4 4 4 2424 6 11 P 1 1 2 51 4 6 12 1 1 4 6 13 P 1 6 14 1 1 5 4 6 1 5 1 6 W E 26 4 6 16 211 1 7 2 8 2 4 6 17 1 1 8 E T REE i 27 2 4 6 1 8 1 1 2 0 4 6 19 1 gt 1 VY I D lt o 4 7 1 1 2 D FE 4 7 2 P 1 3 RE A 1 D RERE 4 7 3 P 1
600. U 4 2 4 OPERATOR 5 AVERAGE OPERATORS MS EET MEMORY PRNEL PRINT conp FRANE EXTEND KI zoon SG GPIB GP i B TRIGGER REPEAT MEAS FREQUENCY HOLD 7 8 2 P4 10 11 INPUT Ach INPUT Bch ACH INPUT MODE ls A OUER Yy OVER sw 4
601. UBLE HAMMER yy 33 1 DHM 0 OFF DBL HAMMER 1 DHP POSITION DRN 1 1 UP LEVEL FS 8 5 LOW LEVEL 1 1 DRV 1 i UP LEVEL Y T LOW LEVEL DHD 0 OFF DISPLAY 1 ON TAF DHB 0 OFF BUZZER 1 10 e FFT POINT SET POINT HIST POINT 256 DISP MEM NUM 50 SAMPLE POINT 1024 TRACK MEM OFF FFT PEECISIO 32bit FFT 815 8 PIS MENU EXTEND FFT POINT HDP 0 i64 1 1128 2 1256 3 1512 4 11024 5 2048 6 14096 HIST POINT 7 18192 DPN i D
602. Vr 1 UNIT 2 dBVr VRU 0 115 0 RIGHT CS 1 2nd 1 LEFT 05 2 8rd 2 MAXIMUM FEE ya VRL 3 3 MINIMUM 4 PEAK FIT 5 PEAK 6 HALF WID 7 DAMPING POSITION 8 RISE TIMB SET READ 9 FALL TIME 10 OVERALL 11 THD 12 THP 18 SIDELOBE 14 2nd HARM 15 3rd HARM 1 6 4 HARM 17 5th HARM 18 DIFFERENC 19 20 TINE INTE 2 1 FREQUENCY 2 2 SDOF N amp D 23 SDOF 0 ic 1 M 2 1 C WH 4 1 M TRANS 5 1 4 4 8 4 8 4 8 1 4 8 1 B 4 8 2
603. W off DATA1 LOW DATA2 UP 2 OFF 10 OFF LOW Ma 2 4 EQUALIZE off UP RAM 0 off LOW RAM 0 FILTER off UP RAM 0 off LOW RAM 0 0PEN CLOSE off UP RAM 0 off LOW RAM 0 WEIGHT FLAT 0 FLAT LOW A B C 3 3 3 P4 MATH menu 3 4 SQUARE ROOT 10 LOW RECIPROCATON L0W IFFT FFT FFT IFFT OFF UP OFF LOW OCT OFF OFF LOW 106 X LO0G OFF UP OFF L0W MATH menu 4 4 PHASE CORRCT off UP 0 00000sec off LOW 0 00000sec COH BLANK off UP off LOW 0 00000 INTERPOLE off UP 64 CENT 16 MULTI off LOW 64 CENT 16 MULTI 8 8 8 5 EXTEND 1 15 Jv ALU 0 OFF 1 22 0 an ALGEBRA UP 4 AMU 0 COMPLEX 1 POWER A1U 1 0 1
604. ch Si Lo COOH lt NO 2 4904Y PZ 2318 1 3400 byk 59 278 0 395 010 2 2 15 1 2 1 3 SW1 ON 4 A B _ ky 2 2072 2 17 16 1 C 2
605. dto 2 4 4 ii 4 4 4 Bcjj 4 4 6 4 4 1 4 4 1 1 EEDE F
606. essesssesa 4 5 8 1 REFORM a b DC Ce d ee oooo oo CREE 2 lt A BC gt 11 1 52 8 5 m 5 5 6 5 1 2 k x LOG 4 5 3 5204 m n Jere AB 0 2 4
607. gdS 2 98 2 ANIL AYIdJSIG NANNAN 9 ng ALLY LEURAHGI dD 7 46 4 54 4 9 UOLINON 8 9 9 NXVW dNHLXH RNN YINNVH 6 9 LNIOd 6 9 Z BEEN 91 491 5 LndNI UY lt HLV LINN lt 2 VH SOLYUIdJO 0 DIUL O ARM 4 amp 4 TALEN 57 TALENE ARIE 4 4 8 HgSn 2 98 6 8 91 49 0 2 9 2 8 8 lt HIVN ANILX ET 2 9 6 ogdSs AHONAN 5 2 8 8 HLVMW SNILXA NNTN 1 8 8 LSNI IAV HLVW AVIISITI 1 9 7 4 g v AvIdS10 AOQNIAQNLX 6 lt 2 9 HOdqddH ANALXA 9 4 5 HEY
608. h CPA AC DC 0 DC Bch 1 AC DC Ach GND 0 GNB 1 GND Bch GND FLT 0 OFF 1 1 FILTER Ach 0 FIX 1 AUTO UP ARB 2 AUTO Bch SPL 0 1 CLK DC Ach i ON OFF 0 OF DC OFB 1 iON Bch ON OFF Ach i AY OVB Bch i L 4 12 4 P4 INPUT 2 21 JY TST 0 OFF 1 LON TEST OBZ 0 OFF ON OFF 1 ON OVER BUZZ INA Ach MIC INPUT i SNS INPUT 0 BNC INPUT 1 OPTION INB 2 OPTION Bch 8 OPTION MIC INPUT SNS INPUT INPUT ch ICH 0 1 Bch CANNEL 2 ABch RN SPF Hz SAMPLING
609. mpedance dynamic mass gt 4 8 9 P5 START 0 TRIG REPEAT L ED 1 START 1 BREAK BREAK 1 21 10 18

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