取扱説明書 - 岩崎通信機
Contents
1. 4 2 gt lt 3 32. AC100V
3. x E TA 168 1 7 41 7 3 47 0120 086102 TEL 03 5370 5204 TEL 03 5370 5172 2 o n 03 5370 5258 1 2 1 2 E bua as rw Ana va gt w x lt R 38 SA 2 3 100M9 277 s 8 A 0 2 1 05 92444 05 9224 2 50 7 DS 9244AM DS 9224AM 200K9 7t 4
4. 1 DSPUAY UTILITIES WAVEFOFM STORE PANEL SETUPS 0 CURSOS PANEL LEASUEESETUPS Save TO SETUP1 SETUF SETUP TO SETUP Na To SETUP3 TO SETUP4 TO CARD CH1 Save Recall FROM SETUP1 1 4
5. 7p 7 SHOW STATUS F 11 J k SHOW STATUS MENU ENTRY 7 2 22 7777 22 MENU ENTRY
6. 1 224 2 72
7. AUTO 500ms 300ms NORME RIS 1 STOP gt NORM 27 2 7 SLOW TRIGGER RIS
8. 2A CH1 7 VY 2B 2A FFT 2C 2B 2 TRACE ON OFF 2 ZOOM 1 000 7 gt J 1 17 WP01 100 7 1 000 000 7 e 10 2X 0 7 277 0 5 3
9. XA 2 7 297 2 7 9 1 27 7 Hann Hanning Hamming Window 7 Flat Top VMndow 2 Blackman Harris Window FFT C 8 Window 7 DN 5 7 7 9
10. 2 4 AUTO SETUP RETURN 83 7 6 3 225 5 x u Q o mr ww x ny a gt 4 5 7 f TRIGGER SETUP EG SMART GLITCH 57 92797 7 70y7 M 4 4 IM
11. 7 7 1A 10nS 100MS x 10k7 10 000 100 S 10 S div 10nS 100MS 50k7 50 000 500 S 50 u S div 5 u S SMS s 10nS 100MS 50k 50 000 10mS 1mS div 1M9 1 000 000 10mS 1mS div x 1 5 1 5 x 10k 10 000 10mS 1mS diV x x 8 1 x u w w v 7 RIS
12. 100 100 2 N Mean Standard Deviation RMS 97 Mean F Standard Deviation Sdev RMS Areay 7 D 2 53 5 47 yy
13. 1 000 52 9 181 1977 IEEE 194 1977 z A FE H _ mes t base lemean last fl cmedian TT over maximum r20 80 _ median r level minimum pkpk 5 v v nw ESR 17 WP01 10 000 000 7 11bit
14. MC 01 FD01 HD01 G 26 DS 9244A 9244AM DS 9224A 9224AM DS 9244A9244AM DS 9224A 9224AM
15. 1 5 2 1 SELECT TRACE L2 2 7774 7 ABCD 0 POSITION 72 747 Z00M 71747 2 19 SPE CIAL MODES in RESET gt 71747 MATH SETUP 16 TMF 7 v lt ua w
16. 6 Dec 95 SETUP OF B use Math Nn EE Math Tupe Arithmetic 4 Average Extrema MMMM 1 1 MMMM 25s Wittm A B Eres 200 KS S E 1 bit 10009 3 dB bu 6 241 Nudulst 24 KHz D STOPPED gt oe va gr ww 52 55 Amt LR X 3E 7 7 r v gt o 2 SETUP OF B use Math NS No ES ET Math Type Arithmetic 1 Average Extrema avn u v K x w v x B Eres 5 65 s 3 bits 10089 5 3 dB bu 0 015 Nuquist 40 MHz AUTO oat gt B 4 3 2 7 9 2L
17. MEASURE OFF Parameters 2 mS 100 2 7 mode Rmptitude tupe Relative _ cursor Position 13 Dec 95 13 24 17 Time 23 88 ps 25 MS s D AUTO 7 21 0 95 14 49 47 2 ms 108 492 my 4 Rnpiitude 1 16 59 mV RE 50 1 DC 242m MEASURE OFF ParameterS Ode Time LE Relative cursor Position 25 5 5 D Relative mode HEASURE 2 n5 OFF Paraneters 180 496 9 ode Anpiitude ype Absolute shpw DiFf Ref DIFF amp Ref B eference cursor ITrack On Difference cursor 2 21 0ec 95 14 48 11 2 mS 186 492 mode MEASURE
18. 7 7 7 7 7 NORMA STOP 4 OFF 7 7 CLEAR SWEEPS 77 9 5 7 2 7 47 7 SETUP 4 7 ty 1 7 7 ON 7 7F AT
19. 721 7 7 t lO Ak oy 2 7 33 7 E 7 7 2py7 0 A
20. R T R jT Magmtude 7 magnitude R 7 1 6 C 4 ares n 1 0V Np Rectangular Window A 1 0V N XAD 1 0V DC Rectangular Window 2 0V 0Hz INN 277 R Mj gt M 9 0 min x magmtmde 7 7 0 001 dBm 7 J 2 2 0 dBm PS 10 log 20
21. 12 5x 17 5cm 9 2 2 4 lt 27 2 3t 7n7 SCREEN DUMP 3 2 7 7 2 7 E 7Jn2
22. 7 4 6 7 TIMEBASE amp TRIGGER CONTROLS FH Time Div WA VN 7F 4V 7 7 7A X 7 CHANNEL CONTROLS 7 MEMORY CARD READER 7 ZOOM amp ABCD MENU BUTTON amp KNOB
23. Z 6 Dec 95 SETUP OF B 15 49 03 mmm Cg 1 08 V Math Type dl Arithmetic Average Extrema FFT enhance bu 1 bit 1 5 0115 2 5 bits 3 bits We 189 5 6 B Eres 1 2 bits 5000 ts 3 dB bu 0 058 Nuquist 2 9 MHz U RUTO gt x u v n rt v w v v w w w A w x ak gt 3 X 8 amp L AD 7 Jul 92 16 53 58 PS FFT 18 kHz 5 8 3 022 dB 5 ms 26 5mV DC AF 5 800 2 2 DC 359 mV RC 1 DC 4 2mV D STOPPED 4 50 mV RC 74 74
24. DS 9244A 9244AM DS 9224A 9224AM 10GS s 100ps 7 100 100MHz 100 520 7 7 10 000 RIS RIS 1ns div 200MS s Sns point 7 RIS
25. DX 7 jz MS DOS Microsoft Corporation PC 98 7 1 92 10 7pyE F 427 JEYA 72 497 z x _ 5 1 1 14 705 77 2 EYA 49 47 gt C f MASS STORAGE Memory Card Utilities MC93xx 014 47 JERE i Menory Card UtIIItiee Floppy Disk Utilities FD0147 7 Hard Disk Utilities HD017 37 L 5 7 77 77 Hard Disk x 39 47074 93 Fy P 7740437 7 3 1 9 1 20 7 Mass Storage Preferences z Mass Storage I 37 5 Preferences 7
26. Control 4 X Y __ Cursor Position 4 Absolute Reference Relative Tracking Tracking on Reference Difference 7 Tracking on Reference Diference Tracking 7 Difference 477 Relative 2 2 8 x 2 7
27. CH2 ON OFF DS 9244A 9244AM DS 9224A 9224AM 2 TRIGGER LEVEL gt 1ms 1 20mV AC 3 DC 0084V 2 10mV SETUP THAEBASE TRISGER SETI SETUP TRIGGER DELAY 1 0 100
28. 7 8 7 PAL 7 4 SECAM 2 525 60 2 1 779 NTSC 7A 6071 0 NTSC 1 1 10511051 1 1 7 7 7 7 31 262 _ ET 4 4 NTSC 3 2 50 376073 gt 39 E gt vL aJ U TC 43247 J Y j x TV 77 any line t F C4 0 RIS E
29. 96 Coupling 7 OVER LOAD 27 OVER LOAD V div Offset NORMAL ECL TTIL 3 ECL ECL ty TTL TTIL 7 ty Global BWL 3dB 30MHz DS 9224A9224AM 20MHz 7 7 ON OFF Probe Atten 0 7 G 17 G 1 3 1 Aa wm 4 3 ProBus 7414
30. 4 5 A 50 JI
31. CHI 2 Z gt 1 KA w a lt s p I w 2 Z Ke Do 3 2 G 15 Type ABSOLUTE RELATIVE 2 1 1 1 Heference Cursor Difference Cursor Reference Cursor MEASURE Deference Cursor At IAN 6 16 2 BR FD 4 k DS 9244A 9244AM DS 9224A9224AM
32. 7 XY gt X 23 Nov 95 DISPLAY SETUP i Wen Y u CONN U UM WM 0 _ s ms m w 1 DS 60 amp U 10 nv 22 sQ 100 NS s 310 mV RC L 1 DC 6 2mV 4 10 mV RC 650 ns lt pu lt 680 ns AUTO 1 8 2 PMs 7 47 XY7 417 Parameter 427 CURSORS MEASURE Parametes 9 1 xv war
33. 1 N 3 9 oba 2 22 27 1 5 iz 2 422 7 72y 77 7 O 14217 y 7 G 7 lt BNC 47 u N 7f 7 2 gt 5 x w 2 2 22 x me Ko MERSURE Off Cursors Parameters OFF Cursors SS Parameters mode Std Voltage L m
34. Real Real Imag with Von Hann uindouw with FFTD BS EAE VID YF 7 JUNA 795 57 OF 234 H1 H2 H3 H4 k Q k Of FFT FFT FFT FFT FFT 7p NDF 23 16 10 FFT WP02 17 i3 Setup nF B se Math Nd ME Math Type Enh Res FFT FFTAVG Functions FFT result Magn i tude Dens Spect For 1800 sueeps OF D C D 19 FFT 2 FFT7 FFT 7X
35. 1 O Memory Used 2 Clear M1 M4 E M1 M4 7 2 gt 7 3 CLEAR INACTIVE FFT 2 7 7 INACTIVE INACTIVE 17 2 4 5 3 U w gt 6 i ky ix 7 1 ay w wt 5 f 45 Sn U 2 4 way w A A 1 B B 1 C 1 D D 1 3dB DS 9244A 9244AM 2
36. 8 7 he 4 73 5 2 2 1 1 2 2 8 SN 2 5 31 9 MEASURE Off Cursors Parameters Parameters OFF Cursars Paraneters Std Voltage L Std Time Custom Pass Fail statistics WM mode Custom statistic On 7 7 Jo K CLEAR SWEEPS Statistic Of PARAMETER CHANGE PARAMETERS 0 00 div Track On CHANGE PARAMETERS 9 b KN
37. N 7y7 77 Flpu or HDD TO CARD to Card to Flpy to HDD 97 7 77 Ahr ty 757 FLOPPY 2 3 1 v v sus A xu v we x 2 7 B amp PANEL SETUPS Recall Recal Recall Save FROM SETUPI 22 MRY 1995 21 20 14 FROM SETUP2 Emptu FROM SETUP 4 MV ty 707 0 77 FROM SETUP3 Emptu FROM SETUP4 16 JUL 1995 FROM DEFAULT SETUP 16 47 23 oc kaw E 2 FROM DEFAULT SETUP from Card Flpy or Disk 7
38. 3 2 2 3 2 3 3 90V 132V 180V 250V 45Hz 66Hz
39. A _ 2 h z i D _ I 7 X _ _ fff 0 8 Te LAM TON 52 7 r gt a 2 2 _ 2 ERE _ 7 TMI MEDEA fall ry 90 10 u
40. POSITION ZOOM 1 POSITON nh 1 ns 1 2 2 10mV 6 20 OOkr MATH TiACE ONGFF cosmos 8 e Grids Dual Quad WyfornwTez1 intensity 90 Grtd intensity 60 5 8 DS 9244A 9244AM DS 9224A 9224AM 2 A C MATH SETUP 1 TRACE C MATH SETUP ZOOM MATH 3
41. 1 9 Z 7 7 2 AZ 2 IM X 2 E 7 gt 7 E 7 2 0 7 Window 1 77 n 7 2 Blacman Harris Window Flat Top Window 7 71 7 FFT 2 Fourier Transform Maximium Number Of Points Transfrom Size 1 FFT N
42. 7 J 7 FFT use Math Yes Math Type FFTAVG FFT result FET7 DHI p RE 7 E IAN 2 15 for 7 4 7 2 7 THN 1 000 b L FFT7 FFT7 CLEAR SWEEPS te 2 16 11 vn x u a gt x na wA 18 oe 7
43. 2C AB 2 2 1 4 3 RR x ww ro Yo x u a x w x y we xa wawa JA S S V 2A D 2 RESET 1
44. Qualified NN Dropout PPT i El2 3 4 277 HInterval CH1 pm _ CH1 7 9 DC as LFREJ HFREJ r a between 80 0ns ERS 6S0nskD DEURKCHR x Interval lt P 80 0 ns 27 on interval gt 65 0 88 4 6 2 FROM DEFAULT SETUP Hutn Stnre Wrap Fill Math Enh Res 1 Extrena FFTAVG Functions For 1000 sueeps trigger on Line Field limit 2 7 00 2 digits
45. 2X WP02 2 7 FFTFFT7 J WP03 kt2 7 DDM PRML 7 7 GP01 702 190DPI 126 x 90 mm 3 7Z FD01 3 542 7pyE 7 437 21F DOS7 1 44MB 2HD 720KB 2DD 1 04 ICE V 4 PCMCIA Type ID 347 512k HD01702 422 PCMCIA Type 7 131MBN 7 440 47 17 7t 7n 7 07 2 RS 232 C n 7 ny 19200baud 488 27 77
46. 2 77 V PT 7 17 7 E U Ct 7 7 STOP 27 7 UTILITY SPECIAL MODE 2 7 STOP SNGL NORM AUTO 7 9 t7 7 trigger tigger
47. M1 M4 MATH SETUP a TC 2 2A D RECALL WAVEFORM 21 X A D recall recal XA D 1000 7 4 y 5 WP01 7 7 1 000 000 7 7 1 3 t 7X 7 0 7
48. 7 COPY TEMPLATE TO FLPY 199 14 File Transfer COPY FILES Direction Card gt Flpul x x Fl gt Direction X x v w Card gt HDD _ gt Card 1 Flpu gt HOD 0 2 Which Files Panels Which files Auto 5 I 7 77 All Files Bm 00 COPY pocopy 28 OVERWRITES FILES WITH gt SAME NAME 7 19 15 35 NN SK 7 drive PREFERENCES 7 977 2 7 7 File Name Preferences n drive FIpu HDD 0 REIN
49. Flat Top Window C 8 C 10 7 7 MV 1 magnitude 7 8 9 Z 7 dBm77 0dBm Vref 0 316Vpeak 24 Vref 508 1mW x lt m ot 2 747 2 Hz X 7 M dBm77 0dBm Vref Hz 5 47A 2 7 amp FFT 7 7 7 Fourier Transform 2 2
50. Pos Neg 2 79 2 2 M M 8 5 ww mn amp A we u v v wanu 1 0 7 X LA Level CH1 CH4 EXT y 4 yy y 542 LINEN
51. 7 Z00MTMATH p ABCD 2A B C DIEA 2 4 2 FH BB J77 73 EMI M4 20 4A D Jn t n ND mZOOM MATH 27 4 1 SELECT 2 2 7 50K 9 1000
52. f 7 77 4 7 1 7 1 k AR 2 7 8 6 STOP
53. 22 7 22 19 18 SPECIAL MODES EEE SPECIAL MODES Timebase Trigger Timebase Trigger7 Timebase Trigger Channels Channels Channels 7 C LG x Cursors Measure Cursors 7 Cursors Measure i H 7 g gt 1 9 1 9 Timebase Trigge 7 X 1 SPECIAL MODES AUTO gt times put 2 f 100 0000 s after last RS segment f gt AUTO sequence time out 2 9 77479 8 _ _ wx 19 20 Channels 7 SPECIAL MODES in
54. e Acquisition System2 Ar Z 37 7 Text amp Times 1 2977 iZ Waveform 9 Channels A 3 7482 E 1 F Memories t1 E 2 1F 20 f x Displayed Memory Used 27A 7 STATUS ACQUISITION STATUS Systen SE Vertical V Text 8 Times 6 V diu 2 my 1 MaveFnrn Probe 1 1 1 Memoru Used OFfset 9 34 mW 240 mV 2 56 Couplino DC589 0 589 500 RC1MO 2 Bandwidth Limit OFF Time base L Time div 1 DS Time pnt 2 ns 508 MS s N RIS OFF Sequence OFF Pts div 50 1 Trigger Edge AUTO External Attenuation 1 1 DC 320nV Pra tPiqqer Dela 45 Z 99 3 509 MS s The currently preselected Smart Trigger type is GLITCH U BUTO y 7 7 7 9 7 MP as 1 Acquisition 2 4 1 14 Dec 95 2 7 47 08 Acquisition Serial Number 937401185 sim ex 1 5 Soft Version 9
55. xn lt ue x 1 6 13 JS 1 CDI TU BEF MCR 2 12 a ty b P01 237 WFO1 17 232 a x Waveform b a b 1 x 10 1x 10 SETUP OF use Math Yes x Math Type gt Rescale a b 1 ___ a b s 9 92 CO va 16 14 17 18 19 20 21 22
56. a w wav z f 20 4 4 w vt gt Z 8 U x Zx 1 bee w x 234 4 s 2 2 hi N 7 7 Panel Setnp DS 9244A 9244AM DS 9224A 9224AM 40 ty 797 2 1 O 7 my 220 220 7 ORE 7 0 7 yE 7 ONIN 7 7220 PanelSetup PANEL SETUPS Save Save Recal 1 TO SETUP 7 4 AM t9 F797 2 TU SETUP3 TO SETUP4 to Card Flpy HDD 17
57. FFT N 7 N FFT N 744 77 2 DEBIN NZ BEBE 5 2 Ot Hz Af 1 T T l 2744147 0 7 9 9 77727 Rectangular Window 1 0E 9 7 p 7 HEN DESR DS 9244A 9244AM DS 9224A9224AM 0Hz 9
58. WP02 7 FFT7 WP03 DDM 44 7 PRML PRML2 7 7 442 347 1 4 2 CH1 CH4 977 77E M1 M4 2A D 2A CH1 CH2 2A 7 2B 4C ZB 2C CH1 CH2 7 23 Npv 95 200 MATH 11 62 06 5 DS 4 1 2 200 mV REDEFINE B veraoe f REDEFINE C Multi Zoom 1000 Brk dt 5 DS 100 For Math use 1000 sups m x points 5 US 25000 2 v mQ 2 2 mQ 100 MS s 3 10 my 1 DC 0 000 V 410 mv AUTO
59. mr VOLTS DIV SEE 2mVlaivh u O TT 1 2 5 VOLTS DIV VOLTSDIV I 0 OS 8bit 256 CPP OO CHANNELS ra x VAR 1 2 5 VOLTS DIV 100mV div w w 5 J 1 ms 1 10mV AC 2 fOmV AC 4 0000 STOPPED 6 11 SYS s w w w a w m CDARNNEL 1 OFFSET 1
60. DS 9244A DS 9244AM DS 9224A DS 9224AM G 1 1 1 1 2 2 1 3 1 1 5 5 1 6 6 1 7 7 1 8 8 1 8 1 Te s ps 7 FT 8 2 8 2 8 3 8 4 8 4 2 7 8 3 ry HY 8 6 gt 9 1 10 10 1 Z 271A 10 1 _ 7ny7 1024 11 11 1 ia 11 2 9 11 4 7 1125 7 9 1127 et TV 11 9 74977 9 11 12 7 74977 11 12
61. 10ns 20s Interval gt E OV 1 i 47 7 interval lt interval lt interval gt interva lt interva gt interva gt interva lt U19 NOISE LRA CHA E interva gt OR interva interva lt interva gt interva interva lt f interva gt amp interval gt 11 8 anes TV L NTSC PAL SECAM
62. 7 gt 0 100 2 7 10 000 dv 5 DS 9244A 9244AM DS 9224A9224AM 77 100MS s 10ns 1Sc 50ns div 1000s div 7F U 1 7 7 9 7 x YEKI TRE 0 Time div 77 np72 J 7 7 DN 0 7 7
63. K 7 7 CDN Normall 77 97 7 RISE z 1 1 16 SMART TRIGGER au mn ut Dropout Qual if ied Dropout OS Trigger after timeput if NO occurs on SMS x 2 3 4 Ext py7 79 9 DHA 2 Ext16 uith slope I with slope Negatiue ry Posidve within Negative 1 30 ps timenut 0 oF previous within of previous edge 7
64. 2 y7 7n 7 7n 7n 7p 2 2 6 MEHSURE Parameters mode Time Rmplitude Relative Absolute shou iFF Re hifF 8 Ref ReFenence cursor Track On liFFerence cursor mode Time Type Relative NSS Off Cursors Parameters Cursors mode Time Amplitude type Relative Absolute Relative 2 Reference Difference 2 Absolute 7 1
65. 7 77 Wrap Fill DO STORE 9 Sa gt r1pu Store 2 7 All displayed yk 17 2 2 EJM1 M4 O TUYE 220 220 7 H2 H3 IY 417 237 3 2 0 1 a A v n r u m u 20 7 7 Fi CH1 AC1 000 4 7 AC1 001 1 7
66. 42 7 22 727 7 X 1 9 9 v vm Kw amp xu lt x x Yw x 70 22 2 7 p 2 pn7 72nyE 07 22 WRITE PROTECT SRAM CBT 2 BC2325 CR2325217 7 2 7 BAD BATTERY N 7 7
67. 79 7 9 DS 9244A Q244AM DS 9224AQ224AM MENU ENTRY x me w w o x 3
68. T 7 7 7 77 DO DELETE 7 DU DELETE Ddd0 TIF File 0000 TIFF SC1 000 P000 PNL LECROY22 TPL F File 7 7 gt Floppy Disk Utilities Memory Card Utilities Hard Disk Utilities 1 9 1 2 7 22 NSR IS amp z 7 22 2 2 gt 377 7
69. 7ny 7 n lock ou 7 p PP002 Bw 350MHz 10 1 10MQ 15pF 7 7 0 7 CH 70 7 750ps 300ps 19 10 35 C 0 50 C 80 90 250V 45 66Hz 150W7 L ML STD 810C MILL T 2880C N 507377 0 471 2 2 21cm 37cm 41cm 10 Skg 18kg 35 1 A 6 ENHANCED RESOLUTION DS 9244A 9244AM DS 9224A79224AM 7 7
70. EN IN wass 43 sweeps average 0 high signa 5 cucles 9 sdev 11 340 414 339 8 340 9 0 3 rise 1 288 ns 215 296 4 Fall 1 289 ns 296 4 4 Fred 1 00006 MHz 9 99716 1 00503 0 00130 s 8 Quad Grid Parameter Grid x STANDARD DISPLAY MODE x 18 3 I 1 only Grid wa J x XY Single Grid XY Dual Grid XY DISPLAY MODE 1 8 4 Standard XY Standard DISPLAY SETUP EN Persistence ON OFF ON x CLAER SWEEPS f 7 1 000 000 Dot Join ON OFF f 7 Persis
71. 2 3 4 Ext Ext16 oupling 1 DC AC LFREJ HFREJ at end of E Pos pulse idth lt 1 5 nS 27 SMART IRIGGER GLITCH J97 tupe Interval 3 1 J GLITCH 8 gt TV Qualified 7 7 J774 5 ns dual iF ied 097 7 OFF HD D apna Dropout 0 92177 1 1 4 j j VERY 2 ChE b 1 7 15 lt gt CDH ry A 77 97 yl 7 22 ATE EMI 7
72. gt 7 7 2py7 034125 ecord 200K Record 7 Time div Sample 7 AUTO 7 2 9 4 t BE div s div MM TFT 7ny7 2 7 7py2 30V Time div 7 10
73. yy C t 2 2 2 4 N 5X 9 on line line 1 5 1 5 1 gt L CHANGE TEST 2 line x ON me6 72 gt 22 29 234 Action test on I nn Param Mask 22 26 x Mask _ RE Nest Hine 5 choose A No Test Param 5 Limt V 4 DELETE ALL TESTS 7 s limit 2 True if lmt l ss lt gt
74. 429 A P Af AA 21 7 Af E 7 2 Window Rectangular Window Window ENBW Af E gt 97 9 ENBW 55 x C 9 v was A v x lt v A x v x lt v E 2 Rectangular Window 52 7
75. 9 SMART TRIGGER gt 2 11 1 gt ot m u N w e or E 11 7 7 7 J 2p 7 Positive Negative 17 9 12851 D y A i TRI66ER SETUP SMART Edge SMART 9 trigger LY trigger on 234Ext coupling Ext18 Line 4 7 O UJ AC LFREJ HFREJ HF lope 1 slope Pos Neg i 29 7 Pos Neg slze around level pldOFF 3 Windo
76. T N N Max number of points FF 97 8 CH1 250kW 7 FFT Az 7 2 1 MW 27 277 lt insufficient data memory see SHOW STATUS 2 r3 15 ty hy7 oe 27271 zJ DS 9224A 9224AM 1 5MB EYE 7 MWP 7 7 47
77. 1 1 o MEIN 7 7 7 9 WP01 32 a 7 1 NH SG new 5 1 019 1 11 7 W i S i old 7 S inew 7 N 1 3 7 15 31 63 127 255 511 1023 7 7 Z SN N 7 7 77
78. 74 7 2L 74 2 74 5 8 5 8kHz 3dB HMI 744 77 4 7 71 2 2 117 77 l nX 30K9 4 0 2 2
79. AP030 4 4
80. FFT7 FFT Function FFT FFT 0 RF EFT n 77 t 7 FFT 79 77 7n 7 7n Function Functiion Function Expansion Defimitions 1 C 12 FE Bergland G D A Guided Tour of the Fast Fourier TRansform IEEE Spectrum Jury B 1969 pp 41 52 FFT
81. 10 000 G 1 3 A w a lt v n lt S wv w wx w eo 1 4 17 N a 4 lt t w w CURSORS MEASUREMENT CURSORS AUTO SETUP DISPLAY UTILITIES WAVEFORN STORE RECALL CURSORS FANEL MEASURE SETUPS RETURN 2 HkHori 3 zontal Absolute AUTO SETUP cursor Positcn G 14 lt Cursor Position u m Seo i y 3 lt fx lt h A n s lt 2 IN 1 _ e 4 DC 008 vV gt
82. gt 22 RA DF 7 RETURN p REMOTE ENABLE GO TO LOCAL 7 REMOTE ENABLE gt DS 9244A9244AM DS 9224A9224AM No 7 2 9 1141 Dh 4 SE ss
83. 1 8 6 PERSISTENCE Persistence ll traces Top 2 Persist For 0 55 15 4 25 55 105 205 1 8 7 Persistence 2 2 Persist for Infinite Clear Sweep 2 7 18 UTILITIES Hardcopy Setup Time Date Setup GPIB RS232 Setup Mass Storage Utilities Special Modes CAL BNC Setup 97 7 3 7 GP IB RS 232 C 2nyE 7 22 7422 9 7 77 7 7 2 479
84. FLPY UTIL z f zm amp RE DRIVE I _ A DRIVE 7 y FHA Please U z insent Floppy push menu 2 button above 1 92 13 RY 7py 22 27 PERFORM FLPY FORMAT FD01 17 2 PERFORM CARD FORMAT FORMAT FLPY i FORMATTING 93 014 27 7 7 R PERFORM HDD FORMAT HD01 47 77 7 PERFORM 7 FLPY FORMAT Uensit 1 44 MB HD Density FD01 7 zs 7 8888 D Z 720 DD REDIF 1 44M 2HD 147200 2DD COPY TEMPLATE TO FLPY FD01 17 COPY TEMPLATE TO CARD MC93xx 014 7 COPY TEMPLATE TO HDD HD01 7 2 7 88 7 4702777 777 7 DTH TANT N 4
85. e Setup OF use Math No 5 use Math Yes Math Type HPithmetic L Enh Res ExtPemd FFT Math Type Average Avg Type 7 7 for Summed With Continuous METAN 77 7 7f 7 7 7 7 7 yy h 7 7 1 000 7 1 1 E of C NV 4 1 6 6 WP01 7 3 JS 07 7 7 7 1000 WP01 47 100
86. TIMEBASE TRIGGER AUTO m i TIMEBASE TRIGGER SETUP SETUP E Sa i us Man e ax ravers uwa lt Ni K 1kHz CH1 CH2 2 1 14 F eb 92 13 18 57 1 1 ms 2060mVv PANEL SETUPS Save FROM SETUB1 14 FEB 1992 13 12 12 FROM SETUP2 Empty FROM SETUP3 Empty FROM SETUP4 Empty From DEFAULT SETUP me O SToPpEp m RNR HIHI LE Z SS F CH2 CH2 TRACE ON OFF 2 CHANNELS TRASE ON OFF TRASE ON OFF OFFSET i LT DIV vo VOLTDIV COUPLING COUPLING 14 92 13 20 24 2 10mV AC 1 DC 0000 V 4
87. 9 0 1 0 5 0 MEASURE OffCursors Parameters OFF Cursors E Paraneters Parameters nde Std Voltage L 22 Std Tine mode Custnm Std Time Pass Fail E statistic 0 On On 5 4 EE n displaued 1 j 7 9 CLEAR SWEEPS 7 00 div Statistic Off PARAMETER Track 8 or 1 2 to 10 90 div ee 10000 pts on displayed trace 6 2 2 from to 2 2
88. Absolute Voltage Nk 7 12 Relative Voltage 2 2 1 FFT DS 9244A244AM DS 9224A 9224AM FFT 7 JU CRUE Number Of Points FFT 7 1 1 2 5 7 7772 2 Window 4 x 3 _ FFT DFT Discrete Fourier Transform 1 nx k X xW 2 X 77 0 X W eGx 2x x N
89. m x on line line 1 5 7 1 5 2 CHANGE TEST 3 line On 1ine Action 22 29 H2345 Action test on Param Mask 7 XA 22 26 line 5 No Test choose Param Limit 22 25 DELETE ALL TESTS 2 Test nn Mask No Test hoose Limit DELETE ALL TESTS measure line 2 y CG t of 2
90. FFT N 2 ZA 2 2 7 3 2L 12 AfxN2 Fourier Transform 1 Rectangular Window 2 7 7 1 Rectangular Window 9 2 7 2 29 gt 9 2 72 3 92dB 1 57 2 magnitude 79 7r72 2 4757 p2 Window nX
91. 7 7 DR 3 1 2 7 0 7 7 3 1 x N 1 1 2 2 3 1 3 3 Yo A u 1 3 14 13 16 JA y j ja FREE E 1 9 0 a 2 FFTIN 7 14 1 15 1 16 1 16 1 162 3 16 4 162 5 16 7 16 8 16 10 16 11 16 12 16 14 Jll 7
92. 13 7 7 7 7 gt 7 npX 7 7 7 9 n 74 7 1 7 p 7 JVJ 500 Model PP002 CH 7 0 7 9 2210M 16pF 7 0 7 nX 7 DS 9244A 9244AM DC 230MHz AC 7 7 10Hz 230MHz DS 9224A 9224AM DC 180MHz AC 7 2 10Hz 180MHz 7 7 7 7 7 0 7 17 7 CH CAL BNC BNC7 270 7 CH 7 DC 1MQ
93. 3 1 7 2 7 1479 UTILITTES SPECIAL MODE STOP 7 7 Wrap AUTOE 47279 1 0 2 ON TIMEBASE t t T div 5 ps PTI 21A 50 5000 s mples at 100 MS s 10 ns pt For 50 ps oamplin 500 Gi Clack ECL OV TIL Sequence DOFF WRAP t
94. E E 1 1 1 1 gt x x 4 lt P 1 24977 My 71177 717 State 7 Edgery 77 4977 ry 7 77 7 095307 4 77
95. D 3 vr ot A x x w ze Risetime Rise Xp 7 BER DIE Falltime Fal M2 2p 7 v wau a n 5 q G S o 5 7 yy x 53 190 1 2 1 M 929 0 je 1 77 FFF 4 tz t 1 BB D10 7 2 T p 7 42 ry 2p 7 7 Delayy 30 Pulse Stat
96. DS 9244A 9244AM DS 9224A 9224AM TA L 2 TA 7J 3 47 0120 086102 Tel 03 5370 5204 2 Fax 03 5370 5258 ww W f J F AUTO SETUP CHANNEL 2mV div 5V div TIMEBASE TRIGGER w m HIN _ MEMORY CARD 0 os 7 4 9
97. T gt A 7 Evs 10ns 20s 1 1 10 1 1 13 v x lt v v wt oe A AY x mu mp gt YY wo en Jj E 1 I 2 a lt v x lt v ii 15 74977 74 77 24977 u A A N x 1 1
98. 4 y7 LU X Wp NORM STOP 77 2 7 2 OFF 1 2X 7 ty 7 7 ABN 7 4 2 4 7 SETUP 7 7 7 7 7 1 6 8 Average Enh Res FFT Floor RegF For 1900 i 5 023 4 0 HI M2 H3 1 6 9 use Math Yes Math Type Extrema limits
99. 7 777 977 1 7977 27 9 1 1 1 2 SMART TEICGCER tupe GLITCH L Interval TU QualifFied Dropout by Edge qualifier trigger 2 3 4 Ext Ext16 OFF T lt T gt type Qualifed trigger on 94977 L goes amp stays 7 4 74077 M Y gt Above Below only after Wait ZON 274977 T lt
100. all points are 182028 some points 7 E outside are E ask BJ A BC 1 22 are 22 inside outside U 125 K gt U E 7 7 2XD K 7 2 2 26 epeege x xcazR xxec c CL LC cc L t C a L from x MODIFY MRSK Wiform From sa n io v4 D M4 M1 M4 MI H2 H3 H4 K INVERT MASK
101. ry pX C 8 5 977 9 RL 2 Wondow Window 1 3 pn 3 7 jy mM 1 S 2 K gt _ m 0 lt k lt N 0 M 3 2 5 N 7 k 7 22 Window k N 24 p23 7 479 E SR e NE C 1 1 v x lt v AA v n vw Incompatible input record type Horizontal units don t match FFT souce data zero filled FFT souce data over underflow Circular computa tion 2470 90947 Rectangular von Hann Hamming Flat Top Blackman Harris 2 77 1 2
102. 7 7 7 7 0 SL 3L y 0 5E 2 7 BRN FIR 74 0 5E YAT 1 2 7 6 74 2 7 7 9 5 3 77 2 E 4111 0 5 0 5 2 1 0 241 5 1 5 0 121 10 2 0 058 24 25 0 029 51 3 0 016 w ro N u w lt lt x v X v gt waw n Vm wt 7 p 77 2
103. CHANNEL INPUT 1MQ 509 DISPLAY 9 77 CRT fe Q va 5 1 B031 QHV3 AHOMHM S8ON 9 SND1108 AN3N S10HLNO9 HIVW 9 WOOZ Sg 3AS uY319 Sdf113S 13NVd 5 5 11V9 3g 3HO1S AHOJJAVA 90135 HOL 59 5110 135330 330 NO 9YJ1 135330 330 NO 329581 S13NNVHO STOHLNO 13NNVHO RIK z SINdNI I3NNVH2 PK AWTdSIG wdA0SZ WL su4AG 105 S 9V11OA 1 dNI WMIXVM 1 NVd LN0d 13NNVHO Z 5 2 3 OSL 10dIN09 HIVM 9 007 OF O Woo u 40 293135 NOINISOd Cs WJ ONO 39YH1 HLVW MOOZ 9NHgnOS S 3NNVYHO 123135 2130 NO 9YVH S 13NNYHO S10dIN09 13NNVH3 Yh Fey E SH SSONY 5 5 011089 NNIN SIndNI 13NNYHO 3392 540135 3dnSY W NUNIIH JINYd SuOSugnO 39015 WO AYA O _ S3I1IM1In 14610 dn13S 90135 8399011 3SV93W 1 10 1 02 H399IB 9 3SV83WI1 AY1dS10 T13NVd LNOdi 1 NNVHO NdA0SZ UWL SuuAS TO
104. 77 TPL TIF BMP PRT PLT 7 771 7 7 i AG RA 7 2 7 UTILITTES u File Name Preferences 77 j2 2 7 7 3k 7741 XXXxXXnnn TIF 4 xxXXXnnn XXXXXhNN PRT XXXxXxXnnn PLT 7 77 9 ILECRPYYVTPL _ _ x MS DOS tt 2 CL C2 C3 C4 TA TB TC TD C1l C4 CH1
105. KE z gt 8 x 3 x C 50 80 o amp lt LU FAC TFS uv fs
106. 13 Dec 95 MEASURE 13 27 39 OFf 1 ns Parameters 188 nv 8 8 nv Anpli tude rt pe Absolute how DifF 8 Ref 1 eference cursor Track On g Difference 1 ns RIS MOE At 220 ps 1 4 55 GH 90 sQ 10 65 5 AC _ 1 DC 260nv AC D STOPPED 7 500 7 300 7M 7 500 Absolute mode 0 2 2 2 4 4 2 1 E
107. SN Dual All Dual Hor i zontal Misc MORE At lv SETUP At lv j At Iv Measure From To From To 2 From To 7 2 20 14 At Ilv SETUP Atelv Levels are 100 levels percent from level levels are absolute levels are percent V Pos 42 ry N 22
108. x 5 w gt H INI H wx x w wm 2 2E SN 2 757 5 i y ww x v O pavn 2 2 F r 7 en 4 5 2 2 9 22 5 DDN 7 ocd E RMS 7 x MEASURE Off Cursors Parameters OFF Cursors Parameters mode Std Voltaoe Std Time mode Custom Std Voltage Pass Fail statistics OFF on displayed trace
109. TV signal E 2 3 4 Ext Ext10 a OF Fields 8 l 4 8 e of fleld EL 7 877 TV type 8 5 0717 Standard NTSC PAL SECAM Custom 442 TV tup standard Custom aS 625 58 2 1 525 66 2 1 trigger Line Field as 7f w L 7 777 623 307 2 1 PAL SECAM 325 602 1 NTSC 9 7 11 47 19 2 5 trigger 2074 WN 7 9 x 1 1 10 TVR DFE BIE 1 BEBE FIELD LOCK p21 7 77 TV 77 2 277 74 8
110. VAR 74 VOLTS DIV OFFSET SPECIAL MODES aud 19 x COUPLING E CDF 13 COUPLING f 1 2 2 CHANNEL 1 Loupling DC56 1 Grounded DC1HQ Grounded AC 1M U diu DFFset NORMAL ECL I bal BNL gg 39MHz rabe Atten 5 193 COUPLING EET 27 ECL TTL 7 np 7 4 7p FD SELECT CHANNEL 2CHt7 COUPLING
111. 100psec 7 10psec 8 Eh IN EIU N 2 7 gt 7 9 9 OF 9 4 Jb Z MY 21 7 7 DC AC LFE REJect HF REJect HF 2p 7 1 8 FEHLAN 7 X7 2 7
112. frequency bin 77 ENBW Window 77 Retangular Window 7 17 97 71 9 Window ENBW z bin 9 217 4 0 7 J dB dB Rectangular von Hann Hamming Flat Top Blackman Harris Window 55 5 C 8 NF FP7T NZ 7 B 7 py 74 A 1T 91 77727 ST N 7
113. limit YT IEE DIK SET TOLATEST VALUE K 22 25 on line line 1 5 1 5 2 yki U C iq line Action 22 29 test on H 2345 Mask Parameter 72 22 24 Action line 22 _ Test on No Test1 g Paran 83 RR No Test MODIFY MASK 22 MODIFY MASK True iF True if all points na points
114. width gt amp width gt width lt width gt width gt width lt MIRE 2 h UM 1 width gt OR width gt 1 1 6 FFU J OAV Pt UY N METN 7 47 bt Jim lt gt ry 1 7
115. 8 gt RETURN UTILITIES 19 UTILITIES 7 GPIB 7 WAVEFORM RECALL 21 WAVEFORM RECALL 2 STORE 20 WAVEFORM STORE PANEL SETUPS A 4 OK 23 PANEL SETUPS CURSORS MEASURE 22 CURSORS MEASURE
116. JE RS 232 C 7 1 2 7 np 7 7 2 7 py RS 232 C 1 7 GP IB 2 7 p DTR RS 232 C 99 7 TRANSMITTED DATAG z 22 7 RECEIVED DATAG 13 7 REQUEST TO SENDG gt 13 7 XON XOFF TRUE 2 7 TRUE FALSE CLEAR TO SENDG i 9 2 22 7 TRUE 21 7 2 FALSE DATA TERMINAL READYG 13 7 TRUE GND 7 0777 7 7 3F SIG GND 2 DTE Data Terminal Equipment
117. 7 2y2 ON OFF DC 1MQO DC 1MQ 7 DC Delay TV TV TV 7 y 2 2 7 7 77 TRIGGER SETUP 12 2 15 1 9 2 23 1 23 2 23 3 24 2 7 1 24 1 9 2 9 2 9 2 10 1 10 3 10 4 12 1 12 2 13 2 13 1 A 1 9 2 11 9 11 10 11 11 185 5 18 6 19 12 19 14 19 15 12 1 12 2 9 2 TRACE ON OFF 77 1 7 40 7 20 7 X 21 2
118. 1 AC y7 2n 7 AC DCI 50Hz LF REJ 2 DCM S0kHz LF REE HF REJ n 77 DC CDM 30kHz HF REJE Z DC 7 AO y7 FED VN 7 A 20 7 SIlope
119. 150071 78 1 ry FIA Hp 7 2 any odd even 74 J 74 49 2 UR TVMU 7 7 7 23 FIELD LOCK 74 2 777 UR 7 1 2 TV 2 zy TV Signal i lt 1 Field i transition u Lne synchronizing pulses Tngger 1 1 122 9 Z SMART TRIGGEF type ee GLITCH type Interval TV i L Qualified Dropout TV signal on CIE THE TLC HR DHA
120. 6 2 2 FFT WP02 FFT MATH SETUP REDEFINE C es CH1 F FT i L EES LL 98 NORMAL RETURN STOP Absolute FFT Hz dBm KER
121. Sampling 2 y GUJD Z p iL ET Single Shot 1 9 e TIMEBASE T div 5 RIS Random Interleaved Sampling u z REN mo 5000 samples at 100 MS s 10 ns pt gt Sample Clock Far 50 ps 377 JJ7 a Internal Externah Samplin SBE x RIS Sequence Sampl On TE BERRIES L KII ECL OY TIL O 1
122. 7 at end of amp Positive 1E X Negative idth lt width lt nf m 7 He 2 u 2 5 ns x 7 OFF width gt Width 2 5ns 20s x width gt 71 y _ u X 7 7 width lt width lt width gt width lt width gt width gt width lt xs
123. MWP7 200kW AM t7 2 7 SHOW STATUS Memory Used CIF t 97 297 v 1 4 4 n 5 TRACE 2 77 77 COR gt AJB C D 4 4 7 CDF 9Y 7 47 D 7 VVC y 7 77 7 ZOOM MATH lt POSITION X lt 700M 7 2 77
124. w x MEASURE Parameters es Anpi i tude gt mn Nl I WW 0 ra I WU 238 sweeps 2 AC 500 NS s TLILT l 100 RC 658 ns lt 718 ns 00 N YEN 7 a SITE 5 X Y X Y 2 2 E 1 1 9 13 0ec 95 MEASURE 13 Dec 95 13 44 49 13 46 06 GA Off 8 0 5 AY AX 1 81 Paraneters 8Y aX 2 14 0 05 dB 6 6 dB ode AYwAX 8 58 V lt AY AX 8 91 Time angle 45 2 angle 65 0 radius 4 14 V type radius 1 54 v 5 8 ns Absolute 5 8 ns 1 7 Origin at Grid Center Contro 8 L Control EERE Y Y cursors cursors Reference cursor Track On 00 L Position BifFerence cursor
125. x a x x x 5 2 wb lt St w gt x amp 5 s 4 w Qa w RRR s X Y hu e 3 AZ y lt S f 1 k A lt N t NL 1 2 20 1 n x s x o v Aa 1 5 S SETUP gt 7 1000 7 7 JSC 8 4 M X A B C D 2
126. 27 MHI DRE I Hardcopy Setup ym b 7 IPT py 7 17419777410 Time Date Setup 7 1 1 9 1 GPIB RS232 Setup 7 Mass Strage Utilities Mass Strage Utilities Special Modes Special Modes CAL BNC setup CAL Setup AN x x u run x lt x w x output to 7 GPIB amp RS232 Setup 7 RS 232 C GP IB t p 72 7 J 2 7 py2 E 7056 74272
127. 77 A 77 1 2 1 7 2 7 12 2 7 FFT 2 1F 9241 12 9 77722 74 3 7 Rectangular Window 1 0 0dB EDF 9 1 0 9 9 77727 4 npX DS 9244A 9244AM DS 9224A 9224AM 9 91 9
128. 77 2 0 24977 BF HA 49777 p 7 X ED D 2 Ty 74977 7497717 n ry 7 4 9 9 7 MI TVM NTSC PAL SECAM TV Customt 1500 7 87 Noy 2 v Av v A v et wav x w x wt CRT 12 5 17 5cm 222 810 696t Jt 7 429j bho 7 299
129. CHANNELS TRASE ON OFF OFFSET SELECT CHANNEL COUPLING PANEL SETUPS Save FROM SETUP1 14 FEB 1992 13 12 12 SToPPEp e e wn En f 1 2 f 9 Coo N lt 53 3 ES FE S k 7 4 v n e t 0 F TIME DIV TIMEBASE TRIGGER 2ms div 14 F eb 92 CPANNNEL 3 13 21 02 Couphng DC 504 Grounded OC 1490 Grounded AC_1MG Vidiw Offset NORMAL ECL TTL Global 5vVL Off 30 MHZ robe Atten P 1 100 X1K X10K 2 ms 1 20mV lt 2 10mV AC DC 0000 V 0 srorPEeo 1ms div 6 10 k
130. 772 1 6 7 om wa YY ea oe asw v n WP01 7 S rZ 0 7 12X 7 7 07 7 7 7 757 7 7n7 7 np 7 7 207 4 7
131. lt 1kHz 3kHz SkHz 7kHz NORM 8 HB G 23 s fF A 4 F DS 9244A 9244AM DS 9224A79224AM 4 M1 M2 M3 M4 tiri CH1 M2 9 C FFT DSPLAY UTILIT ES WAVEFORM STORE WAVEFORM STORE RECALL ww w AUTO SETUP 14Feb 92 STORE PFORMS 133724 1 00 STORE i gt sture 2 9 8 1 EE vo 3 1 ms Card 2 1 2 V AC 2 2 10my DC 0064 V 0 STOfPED 1 M2
132. x w w vy rn t s a v war u a u XY Relative MEASURE OFF Parameters node Time Amplitude Relative Absolute Control Y CUPSDPS cursor Track On DiFFenence cursor Absolute 5 1 MEASURE OFF Paraneters mode Tine i tude type Relative Origin at 0 0 Grid Center Control Bn v cursors cursor Position 22 Off Cursors Parameters Cursors Time Amplitude type Relative 2 Reference Diference Absolute 1 Origin at 92 77 Absolute 0 0 XX 0V Y 0V 7 2 X Y t 7
133. 47 7 7 n SCREEN DUMP STOP STORER 77 SPECIAL MODE 14 7 7 FFT7 AF VFT PA 27 249 77 192 5 192 5 8 3 16 2 19 15 10 3 19 15 24 2 6 3 17 3 243 2 8 1 3 2 7 2 9 2 A 6 4 2 A 2 A 3 A 6 17 2 9 1 17 1 19 1 16 6 16 9 16 11 11 12 11 13 8 4 11 4 13 1 152 1 SELECT 3 SELECT TRACE ZERO 7 9 7 7 TIME DIV TIMEBASE SETUP 3Y 1
134. 7 2 ry 9 1 7 Ly 10 ry XUN 2 Period 977 3 3 5 5 7 1 ry 50 M1 1 M T 1 gt dm 19 Frequency Cycles 91 Pulse width Width VAKE D Pulse Start 9 30 Pulse Stop 7 4 7 Pulse Start Pulse Stop 30 MI 1 93 5 1 z i 1 Duty Cycle BN
135. 77 3 7 9 77 97 7 2 7 97 7 77 97 2 L 77 4 7 2 SN SNR
136. 9 0 100 2 7 T A Y 2 1 T 7 MA 97 7 7 p 2 27 71 7 27 AUTO NORMAL SINGLE STOPPED 7 27 gt 7
137. PUD WA 7 74327 J7 1 0c 8 1 Vv INT 1 LFRE7 6 1v 8 4 k HanidnFF 424 ps Positive Edge Negative Edge with holdoff 2 HFREJ 28 222mV L 2 AC 8 194mv Window 4 4 HoldoFf 37 events x amp Window with holdoff 5 wm F Line EDGE TRIGGER SYMBOLS AO 11 3 xa v an F u 3 O 9 SETUP SMART TRIGGER TRIGGER SETUP Edge SMART BEN SETUP SMART SETUP SMART TRIGGER TET
138. FFT C 1 vn ut AA ww nu mar Maximum Number of RS Points RS Window Type wv u v FFT POWER AVERAGE FFON 2 5 FFT 1 FFT Transform Size y 229 FFT Window Window 9 Rectangular Vndow 8 2 IT
139. GPIB RS232 RS 232 C GP IB Remote Contro Fron RS232 S232 Mode bi bi 7i 2 TALK ONLY RS232 Mode RS 232 C Ex 7 8 arl one odd even Parity RS232 Stop bits 4 y7 t y RS232 Stop bits 2 Eaud Rate 300 1200 L 2400 4800 el 19200 Baud Rate k RS232 PIB Device Address 4 GPIB Device Address GP IB7 A 7 x 19 5 6 w v x v w a lt w w lt w Aa rt v w x RS 232 C 29 Jy A RS 232 C17 7 2 2 7 2
140. 02nX EXT D 0 5 V EXT 10 SV 47 1 OFF 7 PCM 47 ON NN 47 ON 8 EE 1 1 4 1
141. 13 7 7 000 1 3 nnn 77 74 Stt 7 SC1 STB 1 At 7 SC1 AC1 STB ATB L File Name Preferences 77 2 2 2 77 7 7 3 77 7 77 7 CH1 77 SC1 000 CHI1 7 77 7 SC1 001 93xxy 77
142. 2A D X Segment All Segments Segment 4 m Selected Sl 14 11 Segnents pr Math use max points 25980 for Math use max point va 1 6 2 JS Setup OF use Math E ves use Math No Yes Trace is 200 oF ZOOM of M2 881 U E d 1 6 3 mann x o x w x
143. G 24 4 F DO STORE N 1 2 5 Store gt 2 B Is c D drsplayed to 2 us Ma Card 5 DO STORE WAVEFORM RECALL 1 A DO RECALL 7 4 A MC 01 CFDO01 HD01 1 X N A 8 e a lt v 6 2 5 x gt v
144. 10 2 4 7 27 0 2 2 7 77 2 NNN 39 7 7 A 4 AUTO SETUP 2mV 40V 50Hz 0 120 1 757 2 7ty
145. 2 7 J3 FPN 7nyE DTPd7 737 3 17 n 7 4757 1ProBusTM3 8 4 a x H lt y lt Z K A i Mur q KI Wij Hm ee 4 w 3 r e 1 R 1 3
146. 8 2 7 7 7 7 DEE 150 s 7 241272 Status menu TEXT amp TIMES 2 4 3 17 4 7 Time div 1 0
147. 9 0 7nyE RECALL WH FORM a fram from 9 Card Flpu Memories 2 x x u DO RECALL 2 DO RECALL pom Menory from Memory I 7 XA D IM 47 YY x 2 1 1 w lt x gt lt lt x lt 27 37 RECALL FORM ron Memories HD Directory LECROY 1 0IR
148. DO RECALL 7 7 into Hi H2 H3 H4 INVERT MASK File 77 13 51 24 Size 1359 IH 2 2 28 Z 759 t x 7 CHANGE TEST x on line Action DELETE ALL ACTIONS 7 if Pass Fail 7 Then 7 DELETE RLL Pulse No Dump NO ES 7 7 Yes No 2 2 2 9 H
149. Enn Res GU MII III IIT J If jf f Prav Functions r FT result 25 s Phase IPR Power Dens Pouer Spect iB Real Real Inag AS ith Rectangular uindnu 2348C HI H2 H3 H4 PS FFT 1 2 2 mV DC ww Spectrnum 18800 points STOPPED unuist 258 KHZ AF 58 8 Hz i YAY ER WN 72 2 9 9 7 CH1 2 kHz 2B Z Rectangular Window FFT E OS 1kHz Rectangular Window p 7 9 7 2A 2 Blackman Harris Window CH1 FFT 7 Blackman Harris Win
150. LINE 3013 7 gt 7 x I EXT TRIG BNC 1 0 5 gt 9 EXT710 TRIG BNC 1 S5V L x 1 8 4 7 Coupling9 7 7 4 fo C MM 9 ENA 7 HF 400MHz DS 9224A 9224AM 200MHz TEH KEJ S00MHz DS 9224A 9224AM 300MHz HFI
151. Rt 3 E 2 DD 92 x IEEE 8 1977 MBE HEMETE HERM ANSIIEEE194 1977 magnitude reference crossings 7 Ki IEEE181 1977 9 LA 2 x 2 2 b V 3 EY FP ADET EN TAC BOF 7 Amplitude b7 x 7R Maximum 917 Minimum 91 n
152. CLAER SWEEPS gt ot Join OFF BUH Zf 7 ei Dot Join XY 2 Single Dual 90 7 Grids ss XY only 60 Z k Z2U Z2e4k0 X YP Single XY Dual 2 Dual Grid 1 8 4 Wform Text intensity 8 Grid intensity _ 0 3
153. 7 7 300z s 0 1ms div 57 LE A 1 M 4 B 2 200K9 S0ns div 2000 Time Relative 22 300s 0 3ns np 1000000 00 s 0 5ns MEASURE oF IEE Paraneters Tine Hmplitude tupe BEE Absolute shou DiFF Ref amp eFerenCe curs
154. 8 a gt 10 0 ns 22 sueeps RS s 22 sueepS 217 1 DC 8 08 v _f 0C8 88V D STQPPED AC O STOPPED XY 7 XY 7 2 2 3 22 B XY KF lt 1 XY 1 AY AX 2 dB 20 log AY 3 AY AX 4 r sqrt A X q acrtan Y AX E L 180 180 AX AY g V XOffset YOffset _ V XOf fset YOffset X referencet Vp V Y reference Tas Vya X Difference 7 V Y Difference
155. NORMALX7 2 SLOW TRIGGER 7 2 SLOW UPDATE 7 7 Il 7 18 7f 7 97 77 2 2 7 17 RETURN 1 lt 7f t
156. WP01 47 232 x Absolute value VWVP01 Log base e WWP01 9 Derivative WP01 Log 10 base 10 WVP01 Exp base e e WP01 Negation SY Exp 10 base 10 10 VWWP01 Reciprocal XYWP01 _ Identty SinxX Integral WP01 Squre WP01 Squre root VWP01 10 10 7 gt lt wx w xu v a 1 6 1 2 JS Setup nF use Math use Math Ne Yes Math Enh Res Extrena Math Type x FFT Functions FFTAVG Functions Function Derivative na gt Function 217 Exp Exp10 Identity x a x lt w 3 of vo 7 2
157. fP x D 4 RS 232 C AIDC 7 7 PFA 9 9 9 91 9 1 9 7 1 9 57 177 ACN B97 A97 REJU HF REJI 97 7 HFI 7 XY 127 1 XY 27 XY 27 Jy XY 7 427 27 XY 117 427 SINGLE 77 FFT FFT FFTD 9 7 FFTY 9 7 19 2 19 6 19 19 16 16 6 11 7 11 8 11 2 11 3 11 2 C 6 C 6 16 10 13 2 13 1 8 11 2 8 11 2 8 3 11 2 18 1 18 6 18 4 18 6 22 3 85722 4 22 8 22
158. ry First N 42 Pos Neg to from 2 2 15 w w m u y w s lt line 2 t level 1 Category t level 7 YU All Horizontal Horizontal Misc MORE t level SETUP t level Measure t level Of X x v o ut 2 2 1 6 t level SETUP t leve Level is DUN 100 level is percent level WEDERE
159. segment 2 s segment 3 Segnent Time since Segment 1 between Segnents 1 17 Feb 1995 09 16 01 2 17 Feb 1995 99 16 81 5 999983 ms 3 17 Feb 1995 09 16 81 11 999965 ns 5 999983 ms 8 3 gt v u x 3 7 7 2 5 x 97 9 LINE 7 1 o TVI o
160. 3 27 522 yl 1 k 2
161. 7 7 NDS 7 7 0 7 7 7 974 VNDBRE BE VN 7 7 1 Pm a A Y lt lt v lt a v x vw gt i x SN 9 1 89 9 i lt S 7 9 19 0 107 0 10 0007 7
162. N show mode Time type Relative 2 Diff Ref Diff amp Ref Position 277 Absolute Reference 217 Relative gt Tracking Tracking on Reference Difference Tracking on Reference Difference Tracking FE E 29 Difference 7 Relative 2 2 7 NAC 4
163. 7 7H7 7 FF Floor Roof Limits for f 7 gt 7 1 000 of gt 1 i x lt w gt FFT 1 S lt WP02 7 J3 7 FFTI 5297 6 PE L USE EH RED C Setup nF use Math use Math No Yes Math Math Type FFT FFTAVG Functions FT pesult Phase Dens Enh Res x FFT result FFT 7
164. NZ N IDF 3 Power Spectrum dBm 0dBm 1mW 506Q 0 316VE 7 0 632VE Yt 0 9 7 E isolated peaks X 7 Power Density dBm FFT 77 9 7 7 Magnitude 7 27 2 Phase 479 O 2 f 90 Real Imaginary Real Imaginary
165. t _ ty t WRAP SINGLE 9 1 i Kk 2 x lt lt n AUTO SETUP 7 4 7 ON OFF
166. 7 from 2 to 2 2 2 12 2 on line 5 On line x Category Category measure ee Dual Z23732 U kD FOB D E ALL Cyclic Horizontal Misc Pulse Vertical 36 a WP03 7 DELETE ALL 7 A
167. E ZOOM 4 DISPLAY s DISPLAY UTILITIES 2 4 i i AUTO SETUP 3 DISPLAY SETUP 2 PR LHHHFHHHFH EL Persistance I o gt 4 IS SEE 7 SEE SESI Dual z BE SSES intensity 90 he G intensity SToPPED UI 2 10mv AC T 2 ba G 18 Trace A A TRACE ZOOM MATH TRACE ON OFF Eml SELECT 2 r ION P fF p 4 F 1 1 POSITION A
168. gt t 7 22 2 A D X X 10 1 4 1 211 N N N N N AN Ag
169. measure Fall Measure f level Of 2 x v ut 2 2 18 f level 8 x lt SETUP F lev Levels 4 100 levels percent i from gt levels are absolute levels are percent NL from 2 2 1 9 r level 72 CHANGE PARAM N e n line 2345 ategory Cuclic s Dual Horizontal Misc rglevel SETUP essunre 3 jy gt v a v on line
170. 9 7 7 7 7 RS 232 C GP IB TEEE 488 4 7 7 7n gt 7 7 aza 7 3 3 xv Ann vx AA wa w v lt wv YY gt 3 Xa 7 40 80 nz
171. OM 2 r level 1 Category r level All Pulse MORE r level SETUP r level x Measure r level of 2 2 2 20 r level SETUP n leve Levels are L 100 levels percent from levels are absolute levels are percent to from 2 218 2 1 N 2 2
172. 25ns 20s z x wv o ue nt 11 17 MM 7 7 7 x vw 9 1 DC 11 Ext AC 0 18 V pulse lt 2 5 ns 17 5 ns lt lt 37 5 ns GLITCH lt trigger GLITCH trigger with time window Ext18 0 5 V UTLlUL UU Extie AC 0 5 V k 17 5 ns lt interval kh 715 ns lt lt 1 37 DS Interval lt trigger Interval trigger with time window 1 Line 283 20 Field 2 4 525 58 2 1 x TV trigger for NTSC SN 2 nc 84 2 RC 84mV DC 0 11 V 1 DC 0 11 V 4 WAIT 7 events State Qualfied trigger State Qualified trigger with event wait 2 RC 84mV 2 RC 84mV Z 1 DC 0 11 V fL 1 DC 0 11 V s 4 kk WAIT 45 ns Edge Qualfed trigger Edge Qualified trigger with time wait x a An 1 bc 8 11 v kk WAIT 35 ns 1 1 18
173. DS 9244A 9244AM DS 9224A 9224AM 2 4 10G 77 As 77 400MHz DS 9244A 9244AM 200MHz I DS 9224A 9224AM 5 100 77 s 10G 77 s 77 50K7 ch DS 9244A DS 9224A 200K ch 9244AM224AM 274 O SHAVE 7M 7 1973 3 0 py7 70 TV FF LALIT x 4 77 Z OB EKEYN 7 2 22 7 11 7 J3 2 7 FEFT 7 J37 0 2 7 J37 0 810x 696
174. RIS RIS 15 AUTO 0 5s div k 7 n STOP SINGLE NORM AUTO 9
175. 0 316V 0dBm 0 316VE 0 224VRMS 30Q 1 0mW amp IB uy dBm 9 A t dBm Magnitude s dBm 7 dBm PD dBm PS 10 x log ENBW x Af ENBW 971 9 244 7 Af bin width 7 FFTN 77 77 NRHN 7 R 1 T M Mi R M 7 7 a e gt f 17 3 fE C 5 E FFT 1 1 92 SETUP OF 16 38 53 Math 1 No 2 ms pss waina naa gt 8 56 NAA NA A ath
176. 2 f80 20 80 20 r 31f level r 2 first freq 25 b7 7 2 7 ry 10 90 7 7 5 NM _ last maximum mean median minimum __ ARN 2 r2
177. 31 74 2 7 2 1 3 5 7 2 4 6 8 Fo FT 47 1 7 7 x 74 5 7 0 1 x 74 l lt TVN gt B 1 625 50 2 1 3 yA PAL SECAM 507 7 1 626 626 5 1 7 7 313
178. 10ns 2 3ms 7 9 2 ot 11 7 a n mt x SMART TRIGGER type 6LITCH Interval 8 trigger on Qual iF ied IN 9 Dropout F trigger E 2 3 4 Ext Ext10 coupling 1 LFREJ HFREJ etueen R Ne edges interval lt 140 0 ns OFF w interval gt 18 8 ns OFF coupling 9 97 between Positive Negative Interval lt 7 7 9 2 gt 7 interval gt
179. 9 1 1 162 10 2 16 11 FF17 7 FFT LF REJI 7 LF REJA 7 7 HN 7 7 AUTOR 77 AUTOE AUTO SETUP 37 Auto Store OFFSET 7 COUPLING XY 57 Ahn 54 7 C 3 C 4 C 5 C 3 8 5 11 2 11 2 11 14 11 15 C 8 13 1 14 4 9 1 9 1 9 2 20 2 12 1 12 2 hts 9 2 13 2 19 15 12 1 12 2 13 1 22 7 22 3 221 1 22 3 22 7 22 8 13 1 f 22 12 22 13 10 4 14 1 18 2 18
180. Js 7 7 7py kb 7 py7 7 9 2 C 5 DCL 2 Sns 2 3ns y RISt 10GS s 100ps poin0 7 Jy 7 112 5 gt wx lt mn u na 1 A v x Vv w w c uv mna SAR Z 1 Z SMART TRIGGEF tupe GLITCH type b GLITCH u Qual iF ied BGP Dropout trigger 234 I Ext16 oupling 1 LFREJ HFREJ at end OF Pos pulse coupling J
181. ON 2mV 40V 50Hz 0 1 ZERO CDR EMG CL Wh 0 SBT DELAY 1 0 100 1 7 1 Dik N 0 10 0007 0 17 7 4V4 724 1 iC OR 2 L LEVEL 2 TIMEBASE TRICiGER FOF E Y EXTDD 0 5V EXT 10
182. Sequence 50 segments OFF segment 100K Max Segment KAJ ee BNC AD 7 7py7 2py7 2057 277 VN Sampling 7py Sample lock TIMEBASE ny7 2p 7 77 V 2 7 at ry AD 7 05 kL 20000 s div ECL 1 3V z 0 0V TTL 1 SV Sample Clock 6 10nS x a ov TL x xternal 06502 External lt Y 7 Sequence Sequence 77X
183. VARO 2 b 5 2 Amplitude 0 0SV 1V 1M62 Frequency 500Hz 2MHz CAL 1 9 23 xu vaz 2 1 9 STORE WAVEFORM 9 90 72ny 22 7770 722 722 JF 77 E 2 77 wrap around 7 7777 STORE FORMS e 5 9 7py 1 HHH T3 Auto Store Z L Ex Directory 2 RR Fl 77 Wrap
184. XY XY TYT A 7 Ds HP7470 HP7550 HP GL 72 7 227 Quiet Jet Think Jet Laser Jet Paint Jet Desk Jet EPSON Esc p 7056 HP GL TIFF BMP77412 3k DTP I F GP IB RS 232C p 227 ys 7 26 08 VDF XY 2A B C D 2 XY XY YT 7 XY 0 Ss 20s XY 7 2 7 X7 0 05 7
185. 13 COUPLING a x 1 22 1 an 4 TRACE ON OFF ss OFFSET 4 79717 IS 7 77477 7 VOLTS DIV OFFSET CHANNELS 2 FIND 1 SELECT CHANNEL 77 cl CDF 7 Z L 7 7 VOLTS DIV OFFSET F I VAR VOLTS VOLTS DIV DIV 1 2 77X 2 1 2 5 724
186. 4 Sample Ly 8 bit Fast CH1 O gt Sample Ly 8 bt Ly Fast GPIB k x gt 68020 u processor 4 j External rigger Time Base 5 Trigger a Log 68881 E CH3 O Real Time A amp Hold AD Data wn x Sample 8 bit j Fast Front Panel eS amp Hold A D Memory OCESSQ 2 7 01500 Display OA NOY 5 EEE 2 Vl 70 p 9 2 1eE yk V 2 ht y U VMN Fj E 7 MYT Ot 2 py7 RS 232 C GP IB IEEE488 v v xu v AA gt gt yo
187. DN YY 7 1 6 5 x kE w r a xy w xa 7 2 WP01 27 37 77 7 77 71 2 7 Setup oF 1 use Math Yes Math Type Hrithmetic s Math Type Res Enh Res Extrema enhance by 7 7 0 5 3bits 0 5bit
188. PARAMETERS DELETE ALL PARAMETERS measune 1 Measure gt gt Of F 2 2 1 3 5 At IM MA t level t 7 gt f level i r level f At Iv on line CHANCE PARAM COM 51 01716 R 2 DA Sei U rie 1 x B2345 i ategory Category ci Cuclic At ly
189. Vosa X t Vooma 7 2 2 5 2 D 9 77 7X 77 7 7 2777 7 2 219 4
190. X B 6 FFT47 ysy WP02 DS 9244A 9244AM DS 9224A 9224AM 2 2 gt 2 7 50 000 AN 9 7 ZA 2 7 n 77 29 Hz div 1 2 5 774 Fourier Transform FFTX 2 3 1 1X N 2 2 3 27 2 AfK 5 2 A f N 2 A 1 T TIME qdiv 10 HAF
191. t 7 ny 22 22 7 77 From Flpy or HDD 4 2 3 2 N 7 x x 78 17 avn RECALL SETUPS Fron card HDD Directory LECROY 1 DIR from Just 1279 422 14 DEC 95 15 55 20 Size 2995 DO RECALL 1 77 DO RECALL P008 PNL File P008 PNL File lt P001 PNL P002 PNL 77 C I17 2 3 3 gt gt lt ES x NR x a C e 2 31 70h WD SHOW STATUS 7 7 27
192. 2 2 7 77 9 77 7 71 2 7 1 7 7p 7 n 2 7p 77 9 7p 77 N 7n 1 2 7 77 N DIN
193. 2 C OC VUvul y gt x q s S SseIMv RS cDCC e l l lllge lre Te e ge ss 7 O E 7 79 1 9 3 TIME DRTE SET CLCCK FORWARD 0 HOUR SPRING SET CLOCK BRCKNRRD ONE HOUR FALL SET CLOCK SPRING 9 1 1 SET CLOCK FALL 1 LOAD CHANGES NOW Hour Min Sec Day Mnth Year Hour Min Sec Hour Min Sec LOAD CHANGES NUM Day Mnth Year Day Mnth Year s Min Sec 15 42 WEN inth Year 24 NOV 1995 1 9 4 GPIB amp RS232 Remote Control from
194. DS 9244A 9244AM DS 9224A 9224AM PASS FAIL WP01 FFT WP02 WP03 IC DOS MC01 DOS FD01 DOS HD01 GP01 DS 9244A 9244AM DS 9224A 9224AM DS 9244A 9244AM DS 9224A 9224AM G 2 7 5 i s s x vr ve 1 1 1 2 2 1 3 3 1 4 4 1 BSE 1 6 61 1
195. NAN 91 3 7 7 2 7 KE DF 2 7 7 727 XY 7 27 2 21 7 FIND 77 7 7 7 7 19 2 19 7 19 14 22 22 6 222 74 8222 9 22 6 22 20 1 21 1 21 2 20 2 14 2 10 1 24 4 16 12 16 13 16 4 19 4 7 1 A 4 18 1 18 22 10 22 11 12 1 12 2 19 7 19 8 19 9 19 10 19 12 192 12 21 2 19 15 19 2 70 7 70 7 7py 7 722 7 VOLTS DIV 77 47 Maximum number of points MULTI ZOOM MULTI ZO
196. statistic On 5 4f 7 CLEAR Statistic Of PARAMETER on displayed trace 0 00 div Track On to 10 00 div 10000 pts from 2 7 1 to T 5 A v n x ut 2 2 1 0 5 DDN 5 0 NADIE 1 0 9 0 T
197. 12 7 12 1 13 7 13 1 2 n 2 TRACE ON OFF CDF 7 OM 2 FIND CDF IVETE HY 1 E 1 VOLTS DIV OFFSET OFFSET amp 1 5 4 O Be VOLTS DIV SS k 1 2 gt 774 VAR 1 VAR OFFSET SPECIAL MODES 19 VOLTS DIV 1 2 5 2 2 7 VOLTS DIV 1 5 1 mw mk COUPLING
198. SNR 2 71 4 9 2X X 7 7X SNR 7 9 SNR X SNR CPU n 7 SNR 71 X 47 gt WP02 71 2 74 2
199. ZOOMrMATH TRACE RS SELECT H 5 6 19 1 2 s f 4 c As 0 3 s Q Spek US ae 7 lt 5 1 i M 3 I I E i 2 p 6 lt PH y a ww J 1 f gt lt 9 4 gt K A uw a 6 3 lt 5 1 G QE Sr t 3 M x 8 www s 3 lt s gt 8 gt 42 gt I lt x N 20 3 N v s lt lt 5 E No uw Z n x gt nf 1 524 2 1 N Z gt gt gt ne 8 Aa d 5 1
200. 1 7 1 E CLEAR SWEEPS 2 7 16 AVERAGE PASS FAIL7X 7 7 y gt HI gt SCREEN DUMP 3C Display Setup 0 D PRINTNIG PLOTTING 7 SHOW STATUS 2 24 19 UTILITIES
201. 3 AUTO NORM SNGL RIS TIMEBASE TRIGGER SINGLE 1 I RIS 4 1
202. 7 2 py7 79 8 8 1 8 1 979 FUT 8 2 8 2 8 3 8 4 15 582 4 57 Xp 7 8 7 8 6 9 1 10 10 1 X 10 1 10 4 11 11 1 11 2 4 11 4 11 5 11 7 TV 11 9 4977 1157 12 11 12 11 14 11 16 7 7 N RIS
203. 7 7 File Name K at 77410 B 32442 PreFerences FDLR 772 1 9 DELETE THIS DELETE THIS DIRECTORY ork Ni LECROY 1 DIRN work with 77 2 Add new Directory 2 Add Dinectonu w 1 9 16 X ae 7 797 7 FILENAME PREF SCl XXX tn be set to RESTORE DEFAULT NAME ENTER NEM FILE NAME BACKSPACE INSERT character NOPQRSHUVWXYZ File Type Channel 2 RESTORE DEFAULT NAME 124442 7 7 ENTER NEW FILE NAME lt AIA BACK SPACE to be set to
204. 77 Harris F J On the Use of Windows for Harmonic Analysis with the Discrete Fourier Trans form Proceedings of the IEEE vol66 No 1 January 1978 51 83 7 9 RI Brigham E O The Fast Fourier Transform Prentice Hall Inc Englewood Cliffs N J 1974 FFT 77 2 N FFT74a 1 PF Ramirez R W The FFT Fundamentals and Concepts Prentice Hall Inc Englewood 1 5 i N Cliffs N J 1985 gt 77 gt gt i NN C 1 3 0 EE i Sn hu RS PP 00 yy s I k I 6 we x Sac OR Se 5 e e e lt lt 4 4 4 gt HR E z N x 5 lt y lt f tt 2 IA 3 gt 8 V 5 EN
205. SV 1 37 MET TIME DIYV 1 2 5 2 7 TRIGGER SETUP 1 1 MM 57977 TIMEBASE SETUP 1 0 AA 7 5 9 2 JO saa TIMEBASE SETUP KN tT 0 Single Shot RIS t 70 7 Internal External Sequence 7 Pas 7 124 7
206. u 3 1 Setup OF use Math No KE amp ath Tupe Ari thnet i c Average Enh Res Extrema 4 FFT x 7 Sun 1 Product Ratio H231B HI H2 H3 H4 plus 103 4 H1 H2 H3 H4 v 13 2 3 7 2A CH1 CH2 use Math Yes Math Type Arithmetic Sum 2 CH1 CH2 1 6 4 19 8 7 7A CH1 1 000 7
207. 1 4 lt lt SMART TRIGGER SS GLITCH Interval Qualifed Dropout Edge U State qualiFien type by trigger on trigger on 2 3 4 Ext Ext16 aFten 1M 3 4 Ext Ext16 has gone el 0 nv only after 24977 has gone 7 777 y Above x Below Wait uait T lt T gt Evs 4 CH 27 1 T lt T gt lt Evs 25 10ns 20s 1 10 3 X ww nt 11 15 AER RE
208. 23 24 S 17 1 18 1 19 1 20 1 21 1 22 1 23 1 24 1 7 2 2 7 7 2 7 77 MI gt 9X 7 DISPLAY gt 18 DIS PLAY
209. 24 1 24 2 24 3 24 4 24 A 1 B 1 C 1 D 1 05 9244 9244 05 9224 9224 i Qa gE EF lt eg FT e ge SS DS 9244A 9244AM DS 9224A 9224AM 2 _ DS 9244A a 9244AM DS 9224A 9224AM Bis
210. GAIN VOLTS DIV 7t Volts Divisions Volts ty DC Recalibratinn Divisions 4 7t DC 47 Automatic Recalibration On Off 7 On Off 1 9 2 1 RON Ru Cursors Measure 7 SPECIAL MODES lt Read tine In cursor 25 mplitudes _ Volts dBm
211. NI7 0 7 7 0 7 7 9 7 2 1 7 7p 7 n 7 4 _ 10 1 727147 7 0 7 AP020 CHANNEL 1 Coupling BINTI Grounded AC1MR 2 1 V div OFFset NORMAL pS ECL TIL lnhal BML U 38MHz Probe sensed APO028 x10 M A f mr uaa 1 3 2 ACT 7 10Hz DC 7 9 1IM 50 Q s0Q 0 3W
212. in dBn wu u w x 19 2 2 CAL BNC OUT CAL BNC OUT nade CAL signal OFF Pass Fail Trigger Out Trigger Rdu SET TO 1 KHz 1 SQUARE Shape Pulse 25 ns Rmplitude 1 90 intp 1 Frequency 1 CAL BNC CAL ON OFF JA O J CAL PASS FAIL 72 77 Trigger Out gt Trigger Rdy IE qy X 13 7 TiN 65757 1kHz 1V mode SET TO CAL BNC 7 7 0 5707 Shape k CAL
213. 22 RN 3 M4 Ilse WFornm U28801 lL Use Wform Hl H2 M3 M4 2 MAKE MASK MASK 22 delta V 0 50 div Use W form delta V delta T delta V gt a delta T 7 TERE LF delta 0 20 div 2 2 27 a lt A wn x v Y2 7 MODIFY MASK ron from W Fonm HDD EN Flpul A 727 9 F 27 Into 4 D M4 lt M1 M4 INVERT MASK 22
214. WP02 FFT amp FFT WP03 2 DDM 7242 7 WP03 PRML PRML 7 DF 12 317 1 6 1 N wx uo l o avn JS 8 i ZOOM MATH REDEFINE Setup 2 Setup Multi Zoom 2 WA ON POSITION ZOOM 7 n WEA OFF 7 7 2 SELECT ABCD POSITION ZOOM 7 Selected
215. rir HY 11 14 11 16 ny7 79 12 p 7 13 7 14 1s 16 7 7 FFT 7 17 18 7 XY7 127 19 xF 0 GP IB amp RS 232 C 7 4 AA CAL BNC 12 1 13 1 14 1 15 1 16 1 16 1 16 3 16 4 16 16 7 16 8 16 10 16 11 16 12 16 14 17 1 18 1 18 2 18 3 18 18 6
216. 1 9 6 7 7 7 mass strage utilities 77 27 1 p TAM CB 747 TF 1722 77 PCMCIA 1 0 JEIDA 4 0 DOS7pyE 742 77 13 7 7 512 7 13 7 r 27 CRC 79 CRC 729 27 2 7 7 227 MS DOS 1 44MB 2HD 72
217. 5 18 6 i n u v w lt v w ym gt u et V7 CAL BNC 27 22 42 42 CLEAR SWEEPS 77 NN J gg S xg lt Ja s F 9 7 7 SHOW STATUS 77 7 1 18 3 13 2 19 1 19 23 19 23 19 23 19 23 19 23 18 18 6 22 26 22 26 22 27 22 27 22 28 16 16 11 17 2 22 10 22 11 22 12 11 11 6 7 2 18 18 6 18 18 6 18 16 14 89 1 10 1 17 2 24 1 GP IB O14179 EF B D 7
218. 7 115V 90V 132V 220V 180V 2S0V 45SHz 66Hz 2 5A 250V La 4 ny 3 3 2 1 2 3
219. IA FFT XY 427 Y X XY7 27 X M 2 XY 27 2 XY 97 T F 1 8 1 wa xQ a x 4 Persistence 47 XY 27
220. JEIDA Ver 4 DOS ZOOM MATH CURSORs MEASURE Pass Fail EE NO isu us DS 9244A 9244AM DS 9224A 9224AM 90V 132V 180V 250V 4SHz66Hz 7 153 oo gt lt 4 DS 9244A 9244AM DS
221. X X DS 9244A 9244AM DS 9224A 9224AM FFT7 2 N 4 2 MX 97 9 77 7 7 9 windowing r4M p 2 7 isolated peaks 5 X 2 TF R R 1 n Z 7 0 Z 0 0 0 2 2 Re Im 2 R 2XR O0 n lt N 2 T 2XI 0 n lt NZ 6 2 777 Real Imaginary
222. na u Wrap On WU On Wrap Record up to 20 o 128 Record up to CE 1 0 1 TARA 2 1 A a v nw 2 Wrap AA 4 158 1 13 7 kt STOP 2 13 7 12 7
223. 2 i 2 9 7 7 1 9 1 6N YS File x 4 Transfers z File Transfers 7 77100617 y Gat 2 2 7 1 9 1 5 KC ut w mi 1 9 1 1 47 2 7 AF 17 47 7 17 7 7 7 74 FLPY UTIL TEMPLATE AND FORMATTING LECROY 1 DIR 28 NOV 95 4 Files Size 1440K Free 1278 TEMPLATE amp FORMATTING EIT 7 7 7 7
224. DS 9244A 44AM 7 DS 9224A 24AM 7 7 1298 ny2 RS 232 C7 7 gt 1 9 2 8574307240 DTP 7 7 2 77 7 HRRDCOPY E output to output to E 4752 77 GP IB RS 232 C L lt 722 page feed iS A 37797 77 aqe Feed LES protocol HP 7470 HP 7550 TIFF 7 TIFF TIFF compr TIFF BMP 7 5 FD 01 HARDCOPY utput to Int Printer Card output to Floppy GPIB RS232 auto print on cm division Internal Printer auto print ON E 7 972 7 cm division 2 50 79 100 20
225. Z C 2 FFT 7 7 7722 x 8 EE ZF FFTHRI RE HERIN 77 7 Y wx v w m o FFT GEMAN 4 S Cik BAHT I Ak EU E maximum number of points 1 A Memory Status s Absolute Time IT Relative Time2 72 LICE 2 LD 2 1
226. m xa lt 1 w mn we x o a v w x u u v wv lt v w Aw x ADC SE 7 A D 7 100MS s 7 10GSs 7 8 200kW ch DS 9244AM 9224AM 50kW ch DS 9244A 9224A EYE 2 500 DS 9244AM 9224AM 2 200 DS 9244A 9224A 77 16E 98 A B C D J 22 XE M1 M2 M3 M4 1ns div 1000s div 2 2 0 002 10ps 7 Random Interleaved Sampling RIS 1ns div Sx s div 30ns div 200ms div 500ms div 1000s div 7 7 J 7 27 DIE 100 1 10 000div 0 1div 19 IMO 1SpF 250V DC ACE 7
227. 11 DEC 95 15 18 16 Size 10359 DO RECALL 561 000 ile SL1 SC1 081 SC1 002 SC1 003 SC1 004 from 7 22 22 DO RECALL gt gt File 77 gt BIT YY CI 2 1 2 13 her 95 13 24 48 0 29 164 DISVISION 7 7 7 Uo U 2 00047y7 0 05 7 Abolute mode 1 7
228. 18 7 19 1 19 2 19 4 19 19 7 19 19 11 192 12 19 19 19 23 Xa v w gt mo pan nn x x v x x x w et v A x v v na 20 21 22 7 2 42 Pass Failr 2 2 X 22 7 23 24 7 7 7 7 A B C D 20 1 21 1 22 1 22 1 22 10 22 11 22 12 22 22 22 24 22 26 22 28 2253 29 23 1 23 3 24 1
229. 2 77 7 77 2 CDT 2 X 131 7 CIF 7 725 7 7 7 7 2 Mass Storage Preference 94 7 2 DOS7 9 7 2 77 2400 MS DOS 8 7 3 1 95 7 avn 7 7 7 7 PNL 77 3
230. 27 7 47 k 1kY 1024 77 7 7 MY FT DN IMN 100 7 17 93xx 7 BDN 37 77 93xx 7 722 131M 93xxy 7 128MY 128M 1 024 131MY 422 n 27 2 22 2 22 Any gt
231. 4 Yg t nx TRIGGER SETUP Edoe 1 GLITCH SETUP SMART TRIGGER SMART TRIGGER Pe GLITCH Interval QualiFied Dropout EF HIN 7 LA 7 gt TRIGGER SETUP TRIGGER SETUP 1 _ Edge SMART SETUP SMART TRIGGER SETUP SMART TRIGGER CDR SETUP SMART TRIGGER
232. 7 999 Wrap 7 7 999 7 25 77 77 999 X 7 x 000 1 X 7 1 STOP 2 7 017 2 77 018 3 File File AC1 996 1 913 HU 999 HL 014 BBB 015 AC1 001 1 016 HL x 999 X 7 000 017 2 0 2 AC1 HU 1 AC 1 816 019 d20 d21 2 018
233. 7 SHOW STATUS 17 2 0 I 7 JL AUTO RETURN 3 Z 22 9r7 7 2 JM1 BL 7 1 7 3 3 apy Va y 7 5 KA 5 2N e t lt j gt lt Zx 1 7 17 XY 7 747 XY7 117 ON OFF 747
234. 7 4 2 7 7 29 7 Z AD 7 y 7 7 B 2 3 0 2 4 AN 7
235. 7270 7 J WICK 7 gt 7 GP IB GPIB RS232 Setupz RS 232 C GPIB RS232 Setup GPIB Talk Only page feed 7 7 HRRDCOPY aqe Feed 0 plotter DeskJet b u HP 7470 HP 7550 TIFF TIFF conpr plotter7printer k 7 9 2 707 SCREEN DUMP E plot size 7 ny A4 11 x 8 5 9 AS 8 5 x 3 5 pen number 7 ny py gt D Sub 9 02 D Sub 256 2
236. 9 2 74A 9 274AM PANEL SETUPS DISPLAY UTILITIES WAVEFORM STORE RECALL CURSORS PANEL MEASURE SETUPS RETURN PANEL SE JPS FRO 14 FEB 1992 13 12 12 FROM SETUP Empty 1 4 O O SioPPED DS 9244A 9244AM DS 9 7 7 4A 9774AM AUTG SETUP RECALL PANELSETUPS Save FROM SETUP1 14FEB 1992 13 12 12 FRON SETUP2 Empty FROM SETUPS PANEL SETUPS Recall Empty FRO SETUP4 Empty Erom DEFAULT SETUP From Card PANEL SETUPS Save EUR FROM DEFAULT SETUP From DEFAULT SETUP STOPPED w u 7 D 9
237. CH4 TA TD ZOOM MATH 2 A D nnn 3 10 000 1 CH1 7 7 U SC1 000 SC1 001 3 vv 777 7 a TIF TIFF777 BMP BMP77 7 PLT 7 7 9 PRT 7 7 1 9 8 7 7 7 77 47 4M 27 Stt nmn 27 U 7 7 77 ALnnn 7 1 A 21 7 S BRET
238. TRACE g FEET ACD O RESET CC N u Setup of use s 1 Math2 Yes UE 8 Trace C is u Zoom of G 21 w w w a oo w AUJTC SETUP REDIFINE C REDEFINE 0 2 Average 1 Ne Artthmetic Average use flatn Anithmetc Eh Re Exfrema Summed Continuous Ll i Average 1 1ms 1 2 vV AC 2 10mV 10000 gt 1000 pomts NQRI4AL xocx swps C 1 000 1 000
239. WN level level is absolute level is percent LA level RED Neg First Pos 42 ry Neg 2 ryy First 42 Pos Neg 2 22 17 ESE X w x S x Av a wv n f level on line 2 9 f level 1 x w w x CHANGE PARAM Category f level Alli Pulse Horizontal Misc Feleuel MORE f level SETUP SETUP f level
240. ny7 79 2 1 1 24977 1 DS 9244A 9244AM DS 9224A9224AM gt 10 205 927 XY 1 1 2 7 lt 9 9 CH1 CH2 CH3 72f 7 1 2 1 3
241. 0 80 U EDO IHD p pG 12 DFE 3 lr level 2 lms _ lsdev 3 NJ ry _ D FZ JV MARE YO E 4 2 2 5 x w x w v wv gt v wn n wv BE DN 7 7 5 100 N 2 7 7
242. 0kB 2DD 7 2 429 9 PC 98 2 PC 98 X 1 44MB7 7 nyE 22 PC 989 7 1 44MB74 20yE F ER PC 98 9 X 1 44MB 9 PC 98 2 7 E 229 720kB 2DD7n gt 22 437 DF 2 PCMCTIA 2 0 JEIDA 4 0 DOS7pyE 422 77 13 7 7 727 7 k 512 172 4 77 7542 77 7 17272 77 7 7 204 amp 7127 1222 2048 ZA
243. 1 INSERT to be set to character 1 character 7 File Type 27 77 Channnel 1 2 Channnel 3 Channnel 4 Trace A TraceB Trace C Trace D Panel Setups Screen Dump 1 9 17 x amp lt v w 092 614 FLT 1 4 FEET 212143 G EZ 3 NEW DIRECTORY MAKE THIS DIRECRORY Neu Directory 47 on HDD Zh gt MAKE THIS BACK SPACE to be set to 1 BRCKSPRCE C s INSERT to be set to character r character character MITA 2 HBID XP gt
244. 10 7 F 1 by Ext 0 5V Ex010 SV YA v 500MHz DS 9244A 9244AM 300MHz BAY YY Memory Statns I 27 1 ns Textw amp Time Status s xu N wn J 7 CH1 CH2 4 CH3 CH4 Ext Ex010 Line 0 7 20 7 IE BF Mv hy7 Jj AC LF REJ DC 17 25ns 20s x n 37 4 J 0 1 000 000 0004 Z 27 x A 2 505 20s VAS 9 19 A 10ns 20s 72 2 2
245. 2 44A 9 72744AM D 5 9 2 7 4A 9 2 2 4AM CHI BNC f lt Ne gt s BNC wu BNC CAL _ fF 3 4 F AUTO SETUP AUTO SETUP
246. 374 06 4 2 Mednesdau 20 September 1995 18 00 Memory Used f build 72 Soft Options MP81 MP82 DOM CKIO Hard Options x GPIB R232 CLBZ FDL GPO1 CENT HD81 CPU3 MORE VERSION I2C INFORMATION Main RAM size 4 Mbytes u 1 500 MS s AUTO i 97 2 A 77 9r7 7 1 Q System 2 4 2 14 Dec 95 71 47 51 For wavef arn 1 Segment 1 2 3 4 5 6 8 9 10 11 12 13 14 15 16 17 18 19 20 14 14 14 14 0 14 14 14 14 14 14 14 14 0 14 14 14 14 14 14 14 0 Hec 1995 er 1995 Uer 1995 1995 hec 1995 Dec 1995 Dec 1995 Dec 1995 1995 lec 1995 1995 1995 bec 1995 Dec 1995 1995 0 1995 lec 1995 Uec 1995 Uec 1995 1995 z 2 since Segment 999 993 9993986 993360 899973 999965 999959 999952 999945 999938 999932 99992
247. 4 2998818 999911 999904 999897 999890 999883 899876 899869 OO J O gt CO PO 1 ms ms ms ms ms ms ms ms ms ms ns ns ns ns ns ns ms ms hetueen Seoments Acquisition 1 Susten WaveFornm Memory Used seiect segment i 1 59 500 MS s ysl STOPPED TEK URF WA Text amp Times 2 for 21 29 7 Select Ah IIT TIA YT 47n 57 2977 7 7 471 2 4 3 v a wm 14 Dec 95 7 48 17 U WAVEFORM i Acquisition Trigger date 14 Dec 1995 14 1995 14 Dec 1995 14 Dec 1995 Systen tine 07 47 44 07 47 44 07 47 44 07 47 44 Tines Fon 0 05 8 0 05 s 0 05 s 0 05 s Memory Used Vertical Scale div 2 08 nv 180 nv 1 00 58 OFfset 9 34my 240 2 66 V Coup
248. 50 6 SV div 500mV div DC 400MHz 200mV div 5mV div DC 350MHz 2mV div DC 300MHz 1MG SV div SmV div DC 230MHz 7 0 7 2mV div DC 210MHz 7 0 7 DS 9224A 9224AM 506 SV div 2mV div DC 200MHz 21MQ SV div SsmV div DC 180MHz 2 7 2mV div DC 160 2 7 0 7 E 9 IMA 15 509 1 2mV div 5V div 1 2 5 3 7 7 50 40r V div 29 7722 x 1 2 5 x 10 20 x 25 50 100 200 500 x 10k 7 0 7 47 2mV div 9 9mV div 120m V 10mV div 199mV div 12 V 200mV div 5V div 24 V DC 7 7 29 d7t OV 30MHz 3dB DS 9224A 9224AM 20MHz 3dB 250VODC 10kHz S09 5V DC 500mW SV RMS wo A
249. 7 71 7 ON OFF A JJH BR QD i NORMF 37 PANEL SETUPS 77 VAR POSITION 7 JE 12 1 72 2 15 1 3 2 11 3 11 18 11 2 7 2 8 11 2 11 2 8 3 24 3 8 6 11 2 11 1 8 6 7 1 9 2 8 4 7 2 7 2 9 2 12 1 12 2 13 1 15 1 13 1 9 1 17 1 12 1 12 2 13 1 15 1 24 2 vv w O 7 97 7 7 2 2
250. L Peak to Peak value i Overshoot positive F 7 8 negative 4 7 Median Z 07 2 5 x v 3Z v 3Z t RFPS 3Z bb E gt N ETRE at v w lt v 13 v 7 5 V jJ Mean Standard Deviation RMS 1 9 9 309 91 9 J 7 37 9
251. OFF Parameters Time IAmpl tude type mim bsolute 1 eference cursor Track On DiFFerencg cunson 504 ys 1 984 25 WS s 25 99 5 1 DC 242m D RMTO 7 2 2 1 lt X 5 500 1 7 2008 2 7
252. OM 074 95 RIS RESET 77 RETURN 7 7 7 7 p LEVEL 13 2 13 1 19 14 19 7 B 1 16 7 12 1 12 2 8 6 14 2 16 2 14 1 16 2 7 2 7 7 6 2 6 3 19 7 19 14 19 1 8 4 11 2 552 8 2 105 1 13 1 6 2 7 1 3 3 6 2 9 2 8 3 gt s x H n 1 5 lt EE e
253. Parameters 2 3 Std Voltage Std Time r a gt w a w 1031 V 0 7 my 0 7 mv 9 5 495 1 mV 395 1 mV 988 mv 1000 dv SS 16000 points 92922 gt fms sroppEp 0084 W A we 2 10 AC u statistics 8 Off G 17T i 4 B _ ZOOM ZOOM
254. S 3SV11OA ndNI MnWIXYN 5 3 3 _ HH OC OC HHHH HHHHH HHHHH JENS OND VY 38 O438 MIMO 1 3NNO 6IQ 00 90 3ONYM N 0O iMJ JENS 30 ONLLYM ONY 34 1 0342346 3M1 MUA AXAWO V1d39 NOLL LONE 136 3OYITOA OV OU YWOLTY ONMO W TVWuONM DYA 0992 0081 OVA 201 068 3 3DVLIOA 3sn3 NI1 yo 03153 30 1 p 3 WM3AO 1 SOEN KINGNOGO 318Y3 1AM3S OLYM3dO ON YOOuS 1V ML 4 3 ONOAY OL 3N 1 ONION O NVLNYW SNINH VA T3NVd HV3H i gt HE SUN ETT EER WK ll 5 4 LU ty 7ny 7 10113 7
255. dow 74 C 6 pC 7 Jul 92 SETUP OFC eee se Math LT Functions SSS Rescale E EE z sp SMES me _ u sueeps F sua B D PS VGP A Spectrun 1008 gt 500 points SU FFT 7 FFT FFT 7 9 Z 7 2A 1 FFTX 2 2 2 7 y 7 MN 7 42 52 lt Z fE 4 C 7 v x 1 m OO 4 FFTX 2 022 7 3 2
256. lino DCSBQ DCS DC500 HL1NQ OFF OFF OFF OFF Horizontal Scale div 0 10 ys 0 10 ps 0 10 ps 0 10 us OFfset 45 0 Z Pre 45 0 Pre 45 0 4 Pre 45 0 2 Pre Scale pnt 2 8 ns 2 0 ns 2 8 ns 2 0 ns Zoon Math I Pnts div 58 50 50 50 Memories Displayed f gt Record Type SINGLE SINGLE SINGLE SINGLE z a Segments 58 58 50 56 Sueeps 3 Z IK 590 5 5 5 U STOPPED k S Channels Zoom Math Memories X Displayed 7 22 i Zx 1 Waveform 2 7 v s x u 2 4 4 14 Dec 95 STATUS 1 49 03 Menory used For storage of records EEE BA Sys ten Med MI 50 892 butes Text 8 Times Free 2550172 bytes Haver orn Total 2 681 064 butes E Used 57 CLEAR Hl i H2 emptu M3 enpty SHEE enpty 2 z To Free sone E can CLEAR clear Memory waveForms INACTIVE reduce the number oF points used For Math SETUP reduce the number of samples in the Record TIMEBASE SETUP I 0 turn OFF traces or parameters 500 5 5 D STOPPED u gb
257. ode Std Time Pass Fall LuStnnm Pass ail testing Z ON OFF OFF CHANGE TEST CONDITIONS _ CONDITIONS l 62 25 Fz 2 4 3 22 72 from 0 00 div Track On to 10 00 div from 7 t Tracking Tracking On from to Tracking Uo to J 222 23 np a lt v
258. or Track Difference e 14 Nov 95 19 24 21 1 ms 581 my 501 my 1 2 2 0900 kHz At 509 80075 ps 25 DC 210 my AC 109 MS s 3 50 AC _P 1 DC 8 508 v 4 58 AC STOPPED 14 1 Aw as v lt x w mx V w x oe s w so moa x w v X MATH SETUP Multi Zoom ON 2A D p X n SELECT p Mult Zoom ON 2 22
259. tence Setup Persistence OFF Infinite Dot Join off Persistence Setup Grids Dual Quad FpTm Text intensitu 90 4 Grid intensitu 60 Z 1 8 7 Grids 1 8 3 CURSORS MEASURE Parameters PASS FAIL 1 W form Text intensity 90 Grid intensity 0 PE 60 18 5 B XY Standard XY XY DISPLAY SETUP w lt Persistence Standard ON OFF ON o
260. w window size 9 Time Euts window size 2 slopc 7 Window 91 9 2 91 9 Trigger Level Mt hold off BW 47 7 van 10ns 205 1 109 z 7 11 2 NW JA gt
261. x lt lt A D DS 9244A 244AM DS 9224A 224AM 74 100M 7 8 2797 A gt 13 7 A 1 A 7 IMW 77 X 2000 7 RIS 10G 77 s 7 RIS 7 n7 V yK
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