54200A/D ディジタイジング・オシロスコープ 取扱説明書
Contents
1. http www agilent co jp find tm2. TTL ECL Multiplexing Multiplexing on Labeling 5 8 oerere Polarity
3. rme Z Slope CH Slope Status Acquiring Frame 002a Trigger woe Source i Level a Range za Graph RBM 1 67 Vdiv 28 59 V chan 1 CPE Enabled Jp Store Mode Normale JB Coupling dcl Cii S 8 ns div 25 00 ns 4
4. 16 Fast 64 Slow esc Manual 2 24 Acquiring Frame 80188 e Mode fi ling Graph peat Chan 1 i 5 00 ns div 2500 ns Source l 1 2 L evel
5. BNC 2 1 Mode Z Auto 7 5 Single Reference Z Left Center Left Center 1 BNC 54200 A D nu Timebase Statusi Waiting for Trigger BNC ode ERTE Auto Scale o g uto Sce 54200 A D 1 Range Uus Refere
6. 0 1 6 20 protected CR unprotected protected CREL E To 500 BNC Execute Test B CPUZHemoru Lo RequistionzTrTgger 2 Input 0 1 54200 DOA 10 2 15 5
7. copy Status iRCquIF inG Frame 00480 SHIFT Freq H Period W Graph 1 1 Cursor X Ve 4 76 V Ty 9 990 s Qi Vo 4 88 V To d 000 5 aV lic mV aT gauas do Gast Co uem a ie EFOR h XX OO X 6 0O dV 2T
8. TIME Auto Scale Pulse 8 a B Timebase Status Acquiring Frame 00480 Mode E feto Wee Pulse Reue IO us Reference Delay Hi on Sampling 19 B MHz Graph WB 1 63 Vzdiv 8 49 V 10 0 uszdiv 0 000 Status Acquiring Frame 00480 Freg H Period Width Ba 2 40 V 5 00 us7div 9 288 us E TIME Auto Scale Pulse E KE Cae 1 diis Status Acquiring Frame 00480 Period B 28 58 us Uidth Ws 14 2 us S Width B 14 3 js Graph HMB 1 65 Vediv gayV
9. 12 059 6600 ooo ca OO mage c eon C3 6
10. a b c d a t b fc d any state no state Cd 1 Occurrences rcr 3 once SRI A ier TER Og Status Acquisition Complete Trigger Mode Trigger Terms then Count ud Occurrences of then Trigger AEAU LS ition Sequence Restart on Label gt TRKO 4 a b c d a tb Fe d OR AND Occurrences
11. 2 pucr 3 3 30 1 54200A D A STATUS Status Status Acqu
12. lt ge X Sane mit ec Cee pene L A Pl boo us i e RU d Heist Ls HS E LER 3 Pest E f 3 las num UAM A i ima Leas x i A Um amp 200 Measurement Status In ser Defined Thresholds Graph 1 Graph 2 Graph 3 Graph 4 Specify as Percent V eeu LE Upper DO 2 00 V 1 17 V Middle 4 8 68 V 1 40 V 1 35 V Lower 2 1 00 VR 1 48 V Definitions An Edge 1 1 MUST Cross Both Upper and Lower Freq 1 7 Period Per iod First 1 Middle to Next Like Edge Width First T to Next 1 Middle Width First t Ig to Next t Middle Rise s First T Lower to Upper Fall aT First 1 Upper to Lower Duty Uidth Period Delay oT First ie WEES to First IE EENS V ampl AV 199 2 9 Using Histogram V max Absolute Maximum Voltage Status Acquisition Complete V omin Absolute Minimum Voltage V
13. 26 jaca moo H Oo E np a QOO eo GG G cuo go Trigger State JENO Status Acquisition Complete DELIS Sequence Trigger Mode s In Fehr d MH Occurrences of Is d then Trigger Acquisition EGR Trigger Terms Sequence Restart on no state Label gt Base gt Label uv Base 16 238 BH 10 4 a b c d Mare State J ILL Sequence J In Fri o nd Status Acquisition Complete Trigger Mode State Onlu 1 Occurrences of Trigger Terms then Trigger Acquisition Sequence Restart on no state Label gt ADDR DATA Base gt ae as ERE EEE E Ew gee BE 1 D d ex i Sequence
14. 9 54200 A D 1d o 35 kHz 5V 2 5V 1 EX YHP 8116A BNC BNC eBNC 2 S 8116A 001 e 1 kQ o 3300pF 35 kHz HWW SVED 25V 50 Q 2 5V 1 25V
15. SE Siam a de EE Status Acquisition Stopped Freq f 1 181 kHz Vampl es 5 3 V Freq Bs 21 96 kHz V maxi 3 51 V Graph BIS lchan lj 19 Veesesesiassdt tus Requiring Frame OB480 TALK ONLY E CROTTI Talk Only J Hardcopy Device is MARONIS Must Be in LISTEN ONLY Mode Rear Panel BNC Peeper is i Serial Number 2431800855 Onno oO Peripherals 54200 A D HP IB HP IB Address Mode 54200A D WT PRY HP TB Addressable Hardcopy Device 54200A D HP IB Talk Only
16. Disabled Enabled Disabled Store Mode 4 16 64 256 1 n n n 1 Coupling Probe Attenuation Factor
17. Listen Only LE HARDCOPY 20 1 Constant Low Rear Panel BNC 54200A D BNC 54200 A 6 D 9 50Q TTL 2 Constant High 3 Probe Compensation 2kHz 4 High on Trigger 5 High on Frame Complete 1 6 High on Acquisition Complete 4 16 64 256 lt 54200 D gt l Pulse on State Sequence True
18. MMA NN 7 l Dd NO IEEE 0 XPAND 1 8 2 LXI 5 200 2006250 l Wed e oa ce tee i ee X 1 O Graph UMWU 1 63 Vediv 2 wem cc 1 ELT X amp O Cursor X X O dus 19 40 us 4 92 V Status Acquiring Frame 00480 38 18 us SHIFT Freq M 34 96 kHz Period R 28 68 us 4 04 vV 18 70 us Graph 1 63 Vediv 2 48 V 10 8 uscdiv 9 Cursor 0 O PA Sekien Status Acquiring Frame I Vy B8 7 mV CHIE 3 Freg B Not Found Ty 139 30 us l Period H Not Found i Vo 4 92 V i Graph MEN 1 63 Wdiv 2 40 VO 1 07 us div 19 48 us To W W vs i i Se ai
19. Range DE 1 2 Timebase ooo Status Acquiring Frame 99398 DEP Rute Auto Scale Range Reference Delay GGG Sampling BB MHz Graph Gamal T 1 6 V div 2 50 V 5 00 nsvdiv 25 B8 ns 54200 A D RR 9 eee NEN 1 Cran 1
20. MT R ange 1 2 Track Adjust 1 2 ge iz Amps Piu o ma m e me ee TEM LERY LER UE LE t HM EX US LER LESS EAS mA mA LEM LEAD BRA 1 2
21. YAM 54200 D 1 54200 A D 2 3 HP 1B 2421 Waiting For Trigger Acquiring Frame xxxxx 54200A D i e duras e Aequik ing MIEL Auto Jj At Pulse 1 DEUS
22. 2 AEG bei kd IE HE AEL li 23 5 ed TRO He eed BAY Us FART BEY ixi xd fmit p xm i HARDCOPY LOCAL soc To TOREIZ sen Peripherals C HP IB Talk Only K BEL Listen Only Loca 54200A D Q IG oga gg aaos C3 O UO mii CO OO meee C2
23. Cursor 0 33 V SERES a 1 33 V o 68 0 ns 8 80 V 400 0 ns Graticule Type Frame Grid Number of Graphs 1 2 4 1 2 Reference Lines Accumulate Mode
24. ae 6 K SHIFT 2 14 CURSOR FIELD ARROWS X O res oon ly G 9 A S cac NEXT PREVious pO 55 1 889 k PELRES o regc I CET Tes t EC ECFOTNIE E MAOH lt
25. X O one X O NoRMAL B aes 2 X 0 X amp O expanse 31 YO zu X X E save a O O Setnp 0 1 2 3
26. 3 Auto Scale Enabled Disabled Tit tore Mode Coupling Probe Attenuation Factor 1 2 54200D 54200 D 54200 A
27. 20ns l 2 High on State Sequence True 3 Pulse on State Master Clock 20 ns Beeper C 74890 ON OFF kv E 5 A i Lest URS 2 B UR S HO Da DU S bu ets Lal il dex iss ji n8 mnnooo H o Eg xo dlc E 208 B Jei OO Calibration btatus rn Acquisition Complete cc 0 6 0 1 5 7 9 Execute Calibration
28. 1 amp 2 RAY Y 2 0 Volts 1 0 Volts 2 0 Volts 1 3 Volts TTL TTL 1 amp 2 6 0 Volts 2 5 Volts 6 0 Volts 1 4 Volts 33 fz fas f p f v f n tt Ao Woe Y Jar fr i di dl ll Ll rn as EE f ey EHE ey f E i 71 9 D ose menie messem Tune cenis OCIO R X RIT RR Bist ERA PR 3 TB 29 B21 B 03 33 6H G A X BTR RK RB 5 2 0462 25 003 ki MRE TIAE T 2 SRBC gas R m S At T532 A R SN EO BO 5 T B 4 3 20 8 06 304 602I R AZFERM TVR X S A EF 9 0426 42 i25 R amp E 450 LHRH PARMAR T ARS 052 57 5171 A m
29. 2 CL 35 kHz cia Cay Ed lt oa i i Auto Scale 3 LE Status Acquiring Frame DD4BD Width B 14 3 us p Width H 14 3 us Duty B 50 0 x Graph ema E Chan iJ 3 Tt WE UR 1 02 eo qs 502753 RM swar Rint tug RUE AE dm em RE Ui Set up I Graph 1 0 1 0 Timebase i Status Acquiring Frame 00480 EVE oetup Jaume
30. F 1 1kHz 500kHz T 2 1k QOH 3300pF Low pass 747v 48 kHz Channel Range FR ITIN Enabled J Offset 500 V Suita Envelope J Coupling ICEA eRe Status Acquiring Frame 00480 2 58 V 20 0 mszdiv B0 99 ns E RES Graph 1 58 V7div m E Cursor X Vy 4 92 V x 11 40 ms 1 04 V 4 608 ms 6 888 ms Channel BR Status Acquiring Frame 00480 Range SRO Puto Scale US OOH V Shei Envelope 1 Coupling Graph 1 58 l Ta Cursor X Vy 4 98 V 11 40 ns 1 24 V 13 BOR 1 MENUS 542004A D KK
31. Accumulate Mode Manual 100mV 1 5 Volt 2 5 Volt Accumulate Mode Normal Fast 16 DARTH Slow 64 LES Display Status Acquiring Frame B0480 GITE Frame Number of Graphs i 2 Graph 1 58 Vediv 2 580 V i Reference Lines W Accumulate Mode i 18 0 us div 0 080 s Cursor X n 1 73 V 34 38 us Accumu
32. chl ch2 ch 0 1 REV 2 AV 3 Teo PROB WIA ICH ICED G nC c 1 2 4 Channel It i1 setas noatera Statusi Rcquisition Stopped PE Ranoe 2 0V att Enabled J M nae 1 045 V Store Mode MEP ORT aS Coupling ICE SURE 40 A Graph MEN B mVediv 2 188 1 wo0 X 0 54200A D i 3 System Specification Peripherals Self tests Protect M 0 All Gain Ollset 0 CPU Memory Setups m ee i 6 Delay Cal 1 Acquisition Trigger 0 3 Label 1 5 Subsets of 0 2 Input Standard Waveforms i 7 9 Used at factory 1076 9076 0 3 mE 7 Addressable
33. 8 Na casto cet etes 12 13 eee 13 2 14 oo otn 24 30 AEE cere Hn 17 54200D 31 20 ACA eH 25 Si teens 32 22 28 33 24 BA De RBa meneere 29 i Y Ux Ws 1 Pm MP ee Trigger oo Width 399 ns Nma 3 SNS Width d 2 190 us Vmin ge 2 SEHE 4
34. X OB C 5 RA FEE Hgh 1 Low Channel1 RE SX 94200 A D TTL ECL ADL Volt mV F 1 400mV RET 400mV 64 TTL Channel MENU 2 0 l l stets Requiring Frame 00400 EE mes E GS ART thee N33 Coup ting LI T PRU Vmax
35. 1 2 1 Store Mode Normal Envelope Channe t 1 Statusi Acquiring Frame 00480 Range 6 0 V ALEI Enabled J Offset 500 V SMC Envelope Coupling E OEE Graph 1 58 VWdiv 2 50 V Ae e Cursor X V cds V Ty 34 30 us g Vo 4 92 vV To 37 E AV 3 15 V al 3 400 us 2 5 Volt 1 5 Volt 100 mV 1 Channe 1 RC Requiring Frame 80480 Range 5 0 Y 0ffset 2 500 V Graph ALEEA Enabled ERE Coupling Cursor X Ve 1 73 V Tko 34 38 us 2 4 92 V 37 70 us 3 19 V 3 400 us 2 2
36. a EgeE E co K E LI LL LLL m OL OCIS m O59 esed O ODOOD a 00 sooo ol i do hice tomo m a 9 9 9 gu 059 came 7 a FF MM mE i sal tA 4 TT NM Graph 2 0 1 2 8 E
37. t Execute Test 2 3 al Configuration status DOSSIER ooo Statusy Waiting for Trigger Data Filter 0 NN ee Channe1 T iint b a s B a Input Input 2 Sampling 500 Hz 6 0 V 6 0 V Nan Refer to State Trigger Me
38. INSERT DELETE CLEAR ENTRY DON T CARE nsee 54200 D outre DELETE CONT COPY ERASE SAVE RECALL erase fecal TRS nin sec
39. 8116A 1 25Volt 2 5 Volt DERW 1kHz 500 kHz 2 5Volt 5 Volt 54200 A D 8116A 1 I SWP STA 1 kHz STP 500 kHz SWT 50 ms high HIL 2 5 Volt Low LOL X 0Volt 8116A 54200 A D 1 8116A X OUT 54200 AD 2 2 200ms 2 off
40. Qoo o EE Channel 1 Channel 2 1 2 Channel Joon owe en Status Acquisition Stopped SHIFT Graph 258 mV div 1 2 180 nsZdiv 198 9 ns HHR Cursor 0 Vy 1 71 V T 355 0 ns Vo 987 mv To 773 0 ns aV BOG mV aT 418 8 ns Range WT Nei Offset DC xr 28 Auto Scale Enabled
41. 2 1 54200A D 58232 54200A D Ble Sep 7 CE 9 2 1 7 A BY Weeeeeeeeeeeees 4 2 ee 10 4 OBRA Reeeeeeeeeeeee 1 5 8 Su d e Een eret tns 10 5 8 11 ka pisa aen ais 6 8 12 6
42. 54200 A D 1 MQ 2 54200 A D ch1 ch2 1 54200 A D 3 A Graph HEISE 1 UA T Z te KE Reference Left Center Timeb se LS Status Acquiring Frame QU4BB e MIL Huto Great Period J Range 100 us Reference Delay 0 O06 Sampling 18 0 MHz
43. HP YHP Agilent 1999 11 HP Agilent HP 8648 Agilent 8648 E Agilent Technologies s amp oS x SN NN Wi b we Moe d AM r ay d SD ns m i a B i lt lt D T S D anm ed E i D January 1986 YHP 54200A D YHP
44. 360 RDOR di RR 3 T B 4 MSSBACIUUMS 0485 24 5563 R RM A F600 RAH PRA BBR AMAR earl 075 343 0921 rH F320 Lo E ate AIME 0286 33 1i53 8 BR BITO0 Pom A XS GGRO T BO E 3 078 392 4791 X ap th SRM Foe 75 188 0222 25 1001 0 R RR SRA TVA RAR A BY 6 BUG EEUESIAB CUL 082 241 061 HE 3 ger Bom x ST NABH ALBA T BI I8 iei 03 348 45LI A R SOR MTOR AH ER 4 7 SEXES ECLA 095 358 7206 E APSR FINO K PH SOR TOB 4 73 0292 25 7470 X GHTSBONUGERNEC TIR E X MR X E E O4 DS RIT Bee 93 34 60 KAR Re F200 Rh AF BM 3 4 0 2 0472 25 1701 RQ ARR RRM T2238 R 8 X T B s B 15 0427 59 13 KAR MOOR EX th F 22 MAGMA MAM ITANE S 045 312 i252 Ir B TLE X 8 A amp amp S 9 S MANZURA nn bod 54200 90905 PRINTED IN U S A Fey
45. 1 1 63V div 2 40V 10 Zs div 0 Ose Timebase LU Status Acquiring Frame 00488 Mode gt Ruto Auto Scale Reference Sampling 19 8 MHz Graph RR 1 chan 18 2428 23 Timebase Status Acquiring Frame 00480 Mode E Auto Scale Range E S Reference Delay Sampling 10 0 MHz 2 480 V B uszdiv 4 880 s 2428 23 EBD 3 1 1 1 1 2 h 0 1 2 8 Status Waiting for Trigger Width 399 ns Vmax 3 19 V lt Width 2 18 us Vining 2 58 V Graph 4 00 Vediv 8 44 V v 25 88 us B mechan c RD DATA Chan lt RD DATA
46. X XX 0 0 COE toc ox X O PTP 1 3 IE
47. X 0 X amp 0 To X amp O values X O DARD SOR X O EXE 16 ExPAND K toO NORMAL X O X amp O 2 X EO O
48. Memory status Memory JB DUM SRI us Setup Memories CALL are Non volatile Protect Label creat Yes Jimmi sc Mame es Geel Yes eal s i eee 2 Ny TEST PT cht Ves ena Waveform Memories and 1 are Non volatil gt Protect Label Store Mode tyes JEE PUR SUPPLY Normal IT ves JEN MH Average It ves EM UM Envelope iu cEE 00 E 5 No Data 0 1 23
49. ac dc 10 1 Wil dm tae Gs GY Gs Gs Gi G amp Gs G4 S woe a GB aw a coonaeomg Oo goon O59 soda 9 DO GO o cio apo der i Lj 6 9 9 H Mode Auto Trigd Single HLX ASQ YYZ E KTR 9 ARL TE iL e aida cru dira Status Acquisition
50. gu CH ner oer Trigger Status Acquisition Complete Define Meco State Only In Sequence find Trigger Terms then then oc J then Count ccurrences of then Trigger Acquisition Sequence Restart on Label gt TRKB Base gt Trigger Terms OR AND Occurrences 59 999 Trigger Status Acquisition Complete Define Mar State Onlu Ji In Sequence find Trigger Terms then t j Restart 4 a b c d a b c d OR amp OR Trigger Mode 27
51. l Normal 27 4 2 Qualified 3 Missing bit RCO a Son ou ERS ca 25 4 Extra bit Mi ee oe KB ee wis C J Clacks 3 OR 2
52. Not Found E ij 9t8VUS Requiring Frame agaaa Rise B Not Found Fall 7 34 ns Graph i 1 67 Wdiv 3 59V 5 99 nssdiv 25 00 ns Fo eee 1 2 vs i 1 1 Le N AEAEE RAEE AER BEER Status Acquiring Frame 00480 Freq f 35 01 kHz Period Bj 20 56 us Graph am MOMUCDan 1 J 1 63 Wdiv 2 39 V le 18 8 us div 8 000 s
53. O DES X X Oe Gp RE O C 5 GS T 1 0 X dm c LE CES SEHR X 0 Status Acquiring Frame 00480 a 34 Period B 28 6 Graph EN 1 63 Vdiv 2 40 V 19 8uszdiv 0 000 s Cursor 0 Vx 24 Tx Vo To 57 28 m avo 4 79 V aT 29 38 us ER 3 i Wh WS gae X O
54. me a dei iiem i ena ex zx ipat HEt PERY Les beat ial Du 5 i Fs amd immi IP i 2 vus X O X O Channel WEBB Ee Status Acquiring Frame 80480 BODIE TI E Enabled Sime Normal Coupling dc 10 8 36 V 10 f mm 3 24V Define Display Graticule Type Number of Graphs i NCCU Mor Define EM Mm Disabled J Graph 88 V div 1 58 V 199nszdiv 500 0 ns
55. 54200 D 54200 A 2 Assignment Sequence Define 74 ooo oo s2Status Requisition Complete Mere AEE State Dniu Trigger Mode 54200 D Analog Only State Only State Arms Analog State Mode 4
56. Volt msec D Hsec nsec ioe adda o RUN STOP RESUME EE RUN Resume 15 AUTO SCALE ECL TTL a m ACH KER ON OFF ECL TTL LEcLl 20v LTTL eov CURSOR CVALUES X O X amp O NORMAL EXPAND EDGE EDGE gt
57. Graph RMR 1 71 Vediv 8 S6 V 10 0 uszdiv 9 880 s Chan 1 PF 32 4 4 2 1 DIE CE 1 Memory0 Gun 0 1 Timebase sconce ccc Status Acquiring Frame 00480 iter ties Period Reference Left T Sampling 10 0 MHz 1 Set up Graph ARE 2 0 Memory0 2 1 2 0 Timebase coco Status Acquiring Frame 00480 rte Graph JBM murine Graph BS 1 71 Vdiv 2 56 V 19 9uszdiy 0 000 s
58. Graph RENE 1 0 Vediv 8 56V 18 0 us div 9 909s TTL High Vmin Cursor E TTL Low D 5290 us T Tc 37 70 us isses ae Oe eT E Status Acquiring Frame 00480 ea DE TE 5 ved kW Graph or 1 58 Vdiv 10 0 uszdiv 8 086 s sii Cursor X Channel MWB tt Acquiring Frame 00480 Mee E ore nae oe Coupling TN pH Graph BENE 108 mV2div 4 08 V 10 8 usvdiv 0 000 s 37 7 us Cursor X f 48 4 mV 3 488 us Ve 4 96 V X Ty 34 38 us Ve ev ws T 1 1 MOMS REACH S C eee ay 35 9 0V 10 high Low E NR Wiccan Wile EID MES ETEA NER SET ame 1 T
59. aooooaomg cn ges c M eon O ee NX O KQO 2 do j aoo tu eoo peo 5 ees CL values venus Fo X O X O p cao among OO DODO D ano
60. prae PAPA Timebase z 2Status Acquiring Frame 00480 Mode Ruta Scale Range Reference Delay 0 00 Sampling 18 8 MHz Graph SES 1 71 V2div V 18 0 us div 0 000 s 1 me oo SEO 400mV lt 1 1 2 2 RE So
61. Graph 1 63 Wdiv 2 99 V 10 8 us div 50 08 us i mS E chan e Reference yv A S WOT tma ERE 54200 A7D 7 A ROMER LET des aed QUODAM we BAD Sec Volt msec mV sec nsec Reference 74 v F23 Center 3 0
62. XX Percent M HP IB Address Made 8 F Kik Only Volts i TTL Printer ECL a H ice i amp Hardcopy Device np COE Percent 7 Volts m M Rear Panel BNC Constant Low ls Constant High ECL Probe Compensation 2 kHz Percent High on Trigger Volts High on Frame Complete mL High on Acquisition Complete ECL HP 54200A D Pulse on State Sequence True Percent amp model only High on State Sequence True Volts Pulse on State Master Clock TTL im ECL L gee On Pulse width aa ae Delay instrument setup hd Data Filt on MERECE ata er Off Label instrument setup Label input 1 1 Label input 2 m i oe 9 Label trigger channel a Enabled 199 paced Alias Test mamane 5 Disabled G 678 Time Menu Settings Channel Menu Settings Trigger Menu Settings Frame Graticule T Graticule ye 2 I Number of Graphs 4 1 Refere Line mi T Reference Lines On Define Accumulate Mode Disabled Fast Slow Manual p mee w zans m aug Assignment L Source Channel 1 Channel 2 External awe pies Variable l Sslopes PS Slope bn Range Adjust mm Variable eee Fnabled Disabled Normal Average 4 16 64 or 256 Envelope Store Mode Coupling 7 Probe Attenuation Factor 0 1 2 11 5 1 10 1 20 1 50 1 or
63. one i Hc d V 4 84 V 1 Cursor X AT 18 60 us Vx BG mV n Ty 19 49 us k Vo 4 92 V mM e eelelessnasesessesssdt tus Acquiring Frame 00480 j To 38018 ps SHIFT El Freg Bl Not Found Period H Not Found E ay 4 84 V 4 at 18 78 us ETT 6 FE E Cursors X80 E Tx n Te 37 90 us i AV 4 84 V lt T 19 59 iie uN 1 E m 0 XAO EXPA Bo oc coy cory
64. rms Root Mean Square Voltage Over 1 Period TTL ECL L 210 50 90 50 2 TTL ECL
65. 00 us Reference z Detay 0 000 Sampling 10 8 MHz Graph 1 63 Vcdiv 2 40 V 10 8 uscdiv 0 000 s i Chan 1 y sic KHAN Gain SE 2 HP IB c cL Acquiring Frame 00480 SHTET Freg H Not Found Period H Not Found Graph BEE 163V a i here Cursors X amp Q Vio 88 7 mV 19 38 us y Tx Vo 4 92 V To 37 98 us av 4 B4 V al 18 68 ps 17 3 5 Status Acquiring Frame 00480 AREE Pulse RN Reference Left Jj Delay i Sampling 10 0 MHz Graph 1 ty CB 9 hsZdiv 0 800 i pos 6 7 1 2 3 4 Volts div Volts sec div sec
66. 100 1 Om O59 noo 9 tu pono ol jjj ona oj o 9 O HP 54200 D model only Trigger Mode Analog Only State Only State Arms Analog Resource Selection Sequence Selection Normal Qualified Missing Bit Extra Bit Etat lt e Flabel up to eight labels may be assigned r Polarity lt TIL ECL User defined threshold Input assignments TL ECL User defined threshold Input assignments TIL ECL User defined threshold Input assignments Clock and clock edge assignments t State Mode Pod 2 Pod 1 FPod 0 Probe Attenuation 1 1 211 5 1 10 1 Range Vatiable Offset Variable Enabled Auto Scale os Disabled ec N l Store Mode NN 4 16 64 or 256 Envelope ac Coupli upling Factor 20 1 50 1 or 100 1 Channel 2 Range Variable Offset Variable Enabled Auto Scale X Disabled Normal Store M pert Average 4 16 64 or 256 Envelope couple Probe Attenuation Factor 451 2 1 5 1 10 1 20 1 50 1 or 100 1 ED onoono ip no pagg g a OO gana a Goa Ggooo S Variable Delay Variable Auto Scale Period Pulse Pulse Rise Fail Disabled Center Reference Right Lett
67. Complete WENN 10 0 mVzdiv 6 99V 7 4 Cursors X80 90 00 V 16 88 ns 9 ee Gt 311 6 mV 52 80 ns 11 6 mV 68 00 ns Range 10 50 Delay Auto Scale disabled Reference A Sampling 54200A D 200 29
68. F FI E gt L E L 7 oooooo g C3 D O GG O Om OO 1 s 959 8 1 Ooo poan c n 2 1 save 32 UAR m AUTO SCALE HS Auto Scale Disabled LETTE ECL ECL
69. dge 1 1 MUST Cross Both Upper and Louver 1 7 Period K First t Middle to Next Like Edge First to Next 1 Middle First RRO to Next Thiddie First t Louer to Upper First t Upper to Lover Width 7 Period IL Midd te ETT iddle aV 180 2 4 Using Histogram Absolute Maximum Voltage Absolute Minimum Voltage 3 uix AM WEM as GS a a ES a EX VEM Reference Lines Display Graticule Type cues Define Number of Graphs Lu UP ER Disabled Graph 1 00 V div 1 56V 100 ns div 569 8ns LL Off On Define Define
70. est eg A Freq Graph ue Eachan 1 JJ 38 KHz SIN 7 gu Brat chan lt 38 KHZ SQ 2
71. isition Complete MELLE Standard J Thresholds Upper Middle Louer Definitions Freq Period Width Width gt Rise Fall Duty Delay V ampl V max V min Vrms Graph 1 Graph 2 Graph 3 Graph 4 EA 50 x 10 2 Bn Edge 1 1 MUST Cross Both Upper and Lower lw Period aT First i Middle to Next Like Edge EET i Middle to Next 4 Middle First lL Middle to Next 1 Middle First T Louer to Upper a First 1 Upper to Louer Width 4 Period al First t Middle to First 1 Middle aV 100 4 0 X Using Histogram Absolute Maximum Voltage Absolute Minimum Voltage Root Mean Square Voltage Over 1 Period 2 E TTL ECL Status Status Acquisition Complete ub User Defined jl Thresholds Width Width Rise Fall a Duty seal First M Delay ET Vo max V min Root lean Square Voltage ver 1 Period Vrms Gra het Graph 2 RATER EUM 4 1 17 V 8 Ux xm V 1 E M Las V 1 48 V An E
72. late Disabled L 2 1 kHz 35 kHz 30 kHz 1 C Store Mode 11 Timebase Welles Single 1j Range 100 us Detay 0 000 Display tatUS Acquiring Frame DO400 Status Acquisition Complete Graticule Type Number of Graphs 2 1 Graph i Reference Lines 0 IL ort 1 AURI E Period JI Accumulate Mode Reference Sampling 19 MHz Graph m 1 58 V div 2 56 V 18 8 uszdiv 58 08 us ml SOV 10 8 us div 0 000 s Cursor X Cursor X TK V Ve 113 mV 34 30 us Tx 34 380 us 2 68 6 mV 37 78 us 4 92 V 37 70 us 194 mV 3 3 3 488 us Mode ie Trig d ee BL 1 BNC
73. nce d Detay 0 000 S Sampling lt 18 8 MHz Graph RWB 1 58 Vdiv 2 58 V 59 99 us VEN ima uaa ee IOM se Cursor X Timebase Node EE Period 1 ME 100 us Reference Delay 0 000 s Sampling 18 8 MHz Graph 1 1 Cave V m E 88 6 mV 34 38 us a 880 6 nV 3 78 us win a kJ arenes Cursor X 9 80 V My gt V Ty Vo To aV AV n 12 i Mode Auto 1 BNC 54200 A D BNC Timabase NEUE Status No Trigger Found ll Node Range 98 Delay BBDLGNENE Ruto Scale Period 1 Reference Sampling 18 0 MHz 1 30 V div 0 50 V 10 B us div 50 00 us Graph nel Cursor X Vet113 mV Ta dS 70 us thn Mo 32 3 mV To 712 30 us aV 145 mV al 3 400 ps b gt 1 YHP8116A 001
74. nus for Assignment and Sequence Gee Enabled Stiri Normal J tde 18 1 J Coupling Nota Analog Oniu J SbWk c lgd Chan 1 J ITIN 1 400 V El Slope J Track JEU Data Filter 5 s 7 St 6 A D 5zs 7 5 gs 22 Setup Label Alias T
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