FCA3000, FCA3100, & MCA3000 Timer/Counter/Analyzers User
Contents
1. II III IV nd2. 0493 4 5 Eb s
3. IL 5 X B A iE E 2 109
4. 160 MHz 2 1 Y MN 1 Ah hii 0493 6 1 RE E
5. 1 dE Settings gt Stat gt 2 dX No of samples 2D Save Exit 3 No of Bins dE Save Exit 4 j amp Pacing time 2 ns 500 s 20 ms 5 Pacing 0ff Pacing 0n Pacing 0ff 6 1 Hold Run 7 Restart 8 Analyze CAMBIO
6. 1 MQ 10x 10x 10x
7. gt 64 FCA3000 FCA3100 MCA3000 Arming Arm Start Arm Stop Settings gt Arm gt
8. 0493 4 17 AXES 100 ps 500 ps 100 Hz Settings gt
9. FCA3000 FCA3100 MCA3000 41 A B A B 4X 42 FCA3100 Analyze 4 Bs 8 Hs GPS 1 pps Meas gt Period gt Average gt gt digi P3 IH o Meas gt Freq gt Single Back to Back gt RIO WAT dec 3 c f FI inp a eid ETT Z6 f Ti e D EIS 3e 9 p 8 3I t s
10. HOLD RUN 0 1 2 FCA3000 FCA3100 MCA3000 3 4 LED
11. A 0493 5 8 HU M LE FCA3000 FCA3100 MCA3000 69 m PRF 50 Hz 150 Hz 100 l A 2 3 Meas 5 Pulse gt Width Positive gt A gt
12. FCA3100 FCA3000 BON HE FCA3100 MCA3000 H Hold Run XE MEAS CU HOLD Ji Hold Restart GER
13. 60 FCA3000 FCA3100 MCA3000 1000 m m m
14. Meas gt Totalize gt Totalize A B Hold Run Settings Restart Auto Once FCA3000 FCA3100 MCA3000 A A A B A
15. fo f fo fu fu FCA3000 FCA3100 MCA3000 Af E Tnax m fo P P fo fo faa 1 Analyze 2 50 Hz 200 ms 10 Oe lius lt d lt p gt fmean fo fmax A fmax ra
16. Auto Set Man Trig Narrow Hysteresis CERA Auto Set Auto Once 50 Dm 22 uy ee He AEGRO CHACO Trigger Hold Off tt
17. SAN SNR 6 10 dB Frequencu f 3D DOD 001 7B wz Input A Filter Analog LP 100 kHz Digital LP Dff ff Meas Digital LP rag 100 kHz 1 FILTER RC A B 20 100 kHz 20 dB C1 MHz FCA3000 FCA3100 MCA3000 NL Ed ur P RS i
18. RE mu F 20 FCA3000 FCA3100 MCA3000 vii viii FCA3000 FCA3100 MCA3000 Tektronix FCA3000 FCA3100 MCA3000 H 5 So Oe SD I 0 sesenglihplmum
19. FCA3000 FCA3100 MCA3000 eM 5 2 Xp FCA3000 FCA3100 MCA3000 UN Tektronix ICOC3 CC elf 6 m9 ole ww sw amp hm mm m C73 C3 ICA GI 1 CJ 500 MAX 30dBm UserOpt X Hold Run Restat 7 a iE RC RAM E MP gol UE iE qo ibo ES Input A Input B Settings Math Limi U 2787 001 9 WLiBoUt JA Justin WLaB9gt ZUTETAD LER I098 REA HT ET WLTBAUT AALAG PTAS WIBIDU A ESI FCA3000 FCA3100 MCA3000 0 1 3 GHz Max 30dBm Trig Gate Trig 3 C e A 300 MHz B S Max 12 Vrms 50 30 Vrms 1 MO l A B LED 2
20. A B E m Frequency Burst Ratio Volt Arm Start Frequency Burst Ratio Volt Rise Fall Time Arm Stop OB Jf IE A B E A B 160 MHz E 80 MHz TTL A B
21. AUTO CH JO GPIB EU LCD FPGA 32 MTBE 30 000 WS
22. Vs Win A Rise Time A Vus 0 2 Va 7o Va B Voin 0 8 Va Vau Fall Time A Vus 0 8 Vas 7 Vau B Vas 0 2 Va Vai 2 Q0 LATO EDAD MA LI TIE 4X FCA3100 Meas gt Time gt TIE gt gt TIED TIE PLL H TIE Auto
23. Dp Xm 4 Burst gt presc factor x inp cycle time x 3 0493 4 18 FCA3020 FCA3120 MCA3027 MCA3040 FCA3020 FCA3120 20 GHz 20 GHz FCA3000 FCA3100 MCA3000 MCA3027 MCA3040 27 GHz 40 GHz LO 10 200 MHz 5
24. 10 20 EH Ind e 2 20 40 FCA3000 FCA3100 MCA3000 Me cdi ts 29 30 d 3 0493 4 12 FCA3003 FCA3020 FCA3103 FCA3120 C 3 GHz f 16 C 1 024 GHz 64 MHz
25. FCA3000 FCA3100 MCA3000 67 FREQ A 1 N B 1 A B 2 Input A CHA AO 3 Input B B DC CE Manual 4 j amp Settings gt Arm gt Start Slope Start Delay 5 5 Bs NN l 0493 5 6 68 FCA3000 FCA3100 MCA3000
26. f M ACQ B Freq C Center C TIE FCA3100 Auto REN A BER Manual TIE ES n FCA3000 FCA3100 MCA3000 15 Math Limit 3 Math Off K X K X L KxX L M K X L M X M
27. A E Settings gt Arm gt Start Slope gt gt FCA3000 FCA3100 MCA3000 11 12 A 0493 5 11 A 0493_5 12 Start Arm Delay
28. Pulse width Duty factor Period A A A A B pe x 4 2r xt 50 A 0493_4 18 iBPW TE lx 20 mW 10x 200 nV FCA3000 FCA3100 MCA3000 ix V 10x XE
29. 0 6 0 6 Vp A Vp B TE 1 1 A B 2 Phase A rel A A AD 3 Math Limit X Kx X L L 4 X Phase A rel B CHR A B FCA3000 FCA3100 MCA30
30. 1x lOx 1 10 5 Y UWLTR23UQ AUD EETCEC AE UR PUBIT LL ui FCA3000 FCA3100 MCA3000 19 AMV s OV AAA 0493 3 3 0V AC DC AE VLA Cr 4 US fu
31. fz nx frotIF FCA3000 FCA3100 MCA3000 31 A B 32 m mn MCA3027 MCA3040 C BE E REA HR DR KOC EROR T Meas gt Freq A B 0 00 Hz 300 MHz 0 001 Hz 400 MHz SENS 0493 4 1
32. LIM Meas Frequency fi 4 1c8 B3B c04 0 wz Meee en A MEAS Ru T Wee Hals uem Time Phase Uolt 1 Analyze Frequency n MEAN MEAX 10 000 041 817 9 we H 1536 of 2000000000 x1 Haz 10 000 041 36 MHz P P 0 73 Hz Hin
33. 20 ns 2 s 10 ns NF CLE Dii sg dl x Arm Stop Arm Start Arm Stop OH Arm Start Stop B r1 m 0493 5 2 Arm Stop Channel Slope Delay Arm Stop Delay Ed gt FCA3100 Totalize Arm Start Stop Frequency Frequency Burst
34. Ae 14 ye GPIB USB GPIB IEEE 488 2 1987 SCPI 1999 GPIB Agilent 53131 132 ATE USB TimeView SCPI GPIB 2000 250 k SCPI GPIB
35. ELn FR o LR T D RECS Diu Jt F E EMI 12 1 FCA3000 FCA3100 MCA3000 zm niil 1 10 ns 100 ps FCA3000 50 ps CFCA3100
36. 60 40 ns 100 ns X _60 40 0493_5 7 60 40ns ede TTL
37. 0493_3 16 FCA3000 FCA3100 MCA3000 FCA3000 FCA3100 MCA3000 A e o 1 t lt tg n mn f 100 ps tg
38. Tektronix QUA quis and Tektronix Tektronix Tektronix Tektronix Tektronix Tektronix Tektronix a Tektronix b c Tek
39. m Max N xi m Min N xi m P P N xi m MEAN CP N xi d x N LO Xi ac 1 m Std N N Ex BE ya FCA3000 FCA3100 MCA3000 59 m Adev N ca il 2 N 1 NI X Dax N 2 2 109
40. d A B Input A AD Input B BO Input A AD Input B BO 50 Q 1MQ lx 10x MT A 8B Manual Trig Enter FCA3000 FCA3100 MCA3000 1l 12 Filter Settings 100 kHz Digital LP Frequency NIA o Settings CUERO
41. Gate 3 C 3 GHz 20 GHz FCA3000 FCA3100 27 GHz 40 GHz MCA3000 RP FCA3000 FCA3100 Gate Trig Cf A B LED RP MCA3000 4 FCA3000 FCA3100 MCA3000 2787 002 FCA3100 ID USB 2 0 12 Mb s PC GPIB RP MCA3000 7 Setting A B 8 Setting
42. 30 my 0V 15 mY 15 mV 0 V 10 nV Yn 50 Vp x sin 2n ft FCA3000 FCA3100 MCA3000 AV Vp x 2r 10 mV 0 mV 10 mV Vp x 21 x FREQ 160 MHz 28 8 100 MHz 18 0 10 MHz 1 8 1 MHz 0 18 100 kHz 0 018 10 kHz 0 002 10 mV x 360 x FREQ Vp x 27 x FREQ 0 6 Vp
43. Meas Frequency fA 1 000 000 005 fb wnz Measure function Period Pulse Totalize Freq Time Phase FCA3100 Enter Uolt Value Frequency fr BEAS 1 000 ODD OD 37 wnz Umax 4 947 U Umin 4 952 U Up p 9 900 U am Analyze Analyze
44. FR o Fh Frequency Period Average Meas Time 11 20 nso 20 ns 0 m K X4L m K X L m K X4L M m K X1L M m X M l Math Limit gt Math gt X K L M Math 58 FCA3000 FCA3100 MCA3000 OL gp es
45. Auto Manual Trig pun RT BE ITI o 7 FCA3000 FCA3100 MCA3000 23 m Ox m
46. HWAVE pum 10200 iie 10MHz I 5 5 MCA3000 LO 430 550 MHz L0 dpt PLACA UC deo REL T us ET TR AE GU 1 LO LO conn viisteddmaius nts sete 2 LO 1 MHz 5 MHz 3 LO n
47. wa fo o fo RMS fo E mean NET X A fmaz n f fmax 1 Settings gt Stat gt 1000 2 Meas Time 3 Analyze MAX No of samples fuse 1 Settings gt STAT gt No of samples 1000 3 Analyze MIN 1 faine 2 Meas Time FCA3000 FCA3100 MCA3000 Af 4 1l Settings gt Stat gt No of samples 1000 2 Meas Time 3 Analyze 4 BTO P P A fp m fma
48. GPIB 2 us CAnalyze GPIB USB m Restart Hold m GPIB lt GET gt TRGO GPIB m Start Arming m Arming Delay Stop Arming FCA3000 FCA3100 MCA3000
49. WAT ZMeD RZO FCA3000 FCA3100 MCA3000 9 e Esc IH Auto Set Autoset m 1x m m Auto Trig Low Freq 100 Hz fi 2100 Hz fu H4 10 lt fi 100 Hz 10 Hz f x10 Hz Autoset Autoset Meas Time 200 ms s Hold 0ff s Hold Run WEE Run m Math Limit s Analog Digital Filters CHUTE JEUX m Timebase Ref WE Auto CH 3D ms Arming
50. 100 kHz 0 001 10 MHz 1 160 MHz 100 ps X360 Xx FREQ FCA3000 FCA3100 MCA3000 A B A B m A B A B GPIB Math Limit 51 Wb AMEDE
51. sop cte set i TR FCA3000 FCA3100 MCA3000 Enter Ca Enter m Enter m 1 2 5 m Enter m LCD LCD L5jL7J1L8 Lo J sj Input A Input B Settings Math Limit User Opt Hold Run Restart 0 9 XO 1 5 A User 0pt
52. Adev 60 Enter 11 Esc 10 Esc 6 GPIB 17 17 vii K 16 L 16 M 16 TIE 15 45 V 56 Vrms 56 V 56 V 56 X 16 A 60 Enter 11 Esc 10 Esc 6 12 10 11 11 12 14 A B 11 13 E UM 12 16 F Bir 3L 12 17 11 9 10 11 50 iii B 12 17 17 TE LI D T AER WE 17 17 17 10 17 di 42 4l 59 59 60 51 63 49 62 lm xo 14 A B 13 16 17
53. 90 265 V 45 440 Hz FCA3X00 MCA3000 E JI Tektronix nS JR
54. FCA3000 FCA3100 MCA3000 iv 3 a BE m m mo A G J 3 SE FCA3000 FCA3100 MCA3000 FCA3000 FCA3100 MCA3000
55. 1 Hz 50 kHz OV a NINE REND ID Co On 1 1 1 1 0493 4 21 V RMS V4 QuO KxX L K Vas Vy V 1 ms 2Q Vip 1 414 v2 0 354 1 Math Limit gt Math gt Math 0ff gt K X L gt gt CX gt Kx X L 2 dX K 0 354 3 Kf L 0 4
56. EE FCA3000 FCA3100 MCA3000 pn n Q E A Wu B A 0493 5 3 TTL 1 4 V TTL B 3E 50 Q E MQ B JH
57. 500 s 1000 s 2 109 EE o FCA3000 FCA3100 MCA3000 61 ks sx k 1 68 3 10 k 2 95 5 20 k 3 99 7 3c 100 hs 100 020 ns 50 ns
58. LIM Restart CHEJHO LIM m Below LIM Restart LIM s Range Bf LIM Restart CXE HO LIM Range Value EBR UL LL FCA3000 FCA3100 MCA3000 63
59. 3 GHz 16 f 16 d 0493 4 11 FCA3000 FCA3100 MCA3000 jus oed 2 100 ps tg 6 A B 300 MHz 2 A B lt 160 MHz 1 A B gt 160 MHz 2 A B 400 MHz 2 A B 300 MHz 1 C 3 GHz 16 C 20 GHz 128 100 Hz B 100 Hz 1 Hz 0 1 Hz
60. Auto Once Auto Trig Man Trig CF Auto Set DC CH Ix Auto Set FCA3000 FCA3100 MCA3000 43 Meas gt Time gt Time Interval gt Input A B gt Slope A B gt m Time Interval A to B A B A
61. A B A Meas gt Period gt Single gt gt B C 1 f 1 number of cycles actual gate time actual gate time number of cycles 2 A B o Meas gt Period gt Single Back to Back gt gt FCA3100 On 125 kHz Off 250 kHz x Value 200 ms
62. B Smart Frequency 0 2 s 100 s Timeout 10 ms 1000 s Auto Trig Low Freq 1 Hz 100 kHz Input C Acq C 4X MCA3000 B Acquisition CK EO Auto CHO Manual 2
63. s c E 20 mV f NIRE Pn E pig TE V s m 2x 24 FCA3000 FCA3100 MCA3000
64. 100 ps tg 1 100 ps ls 100 x 10 12 2 1 x 10 19 ts FCA3000 FCA3100 MCA3000 27 28 GPIB Settings gt Misc gt Timeout gt gt 10 ms 1000 s 0ff NO SIGNAL Speed Ex readings s Speed ool readings s
65. GPIB Bf Speed E000T readings s FCA3003 FCA3020 FCA3103 FCA3120 fi i WekB2zmo rw D 16 3 16
66. Trigger Hold Off fr Ji Stat WO m m B Pacing 2 ns 500 s Timebase Internal External Auto EXT REF FCA3000 FCA3100 MCA3000 2 S Misc C2 Interpolator Calibration Smart Measure B Smart Time Interval
67. 60 dB 1000 0 06 1 5 Vws 0 01 m i m 500 ps lt 0 5 ns X 360 X FREQ 160 MHz 28 8 100 MHz 18 0 10 MHz 1 8 1 MHz 0 18 100 kHz 0 018 10 kHz 0 002 m DAC m H st SE BU BOE AS IR IB e d Re EA Use HIPH dA RE
68. Settings gt gt BEI fiw ciu fi 1 Hz 100 kHz 100 Hz Trig 29 FCA3000 FCA3100 MCA3000 x Auto Man cu
69. B m Time Interval B to A B A B A m Time Interval A to A B to B A A B B A B A B Meas gt Time gt Rise Time 2 Meas gt Time gt Fall Time gt 10 90 100 B 90 A B A EX 0 0493_4 16 44 FCA3000 FCA3100 MCA3000 A B V s Vaas Vin ECL 20 805 CERIEO 1 Time Interval
70. Auto Math Limit P Math Ay EUG 2s User Options USB GPIB di x E 3r SE CH GPIB Settings t Er dE dS ISTE Limits H User Opt
71. 6 74 aon Rug chf RhyP Ys Rh chis eiiTIE n 81 6 65 69 67 66 44 60 43 46 79 80 44 TIE 45 58 67 59 58 49 39 39 1 kHz 38 66 36 59 33 48 49 48 48 51 50 37 46 62 41 41 42 74 52 53 59 38 59 38 9 82
72. FCA3000 FCA3100 MCA3000 33 34 m i N I PRF 65 A B 160 MHz 3 160 MHz 400 MHz 6 C 3 x 3 GHz 16 AS 160 MHz 40 ns 160 MHz 80 ns PRF 50 Hz C WIESO HI EHIDUTS Ale B P LR M AR 24 PRF 50 Hz Auto Set CHE Auto Trigger
73. SING Restart Hold Run HOLD Hold FCA3000 FCA3100 MCA3000 0 9 X CHE EE Save Exit Esc
74. 0493 5 13 Time Interval A to A A AO AB FCA3000 FCA3100 MCA3000 3 4 A 0493_5 14 m Meas Time Interval A to A A A2 o m Input B BO Settings gt Trigger Hold Off 0n gt GT m EUROPE 1
75. 2 048 MHz Value TIE t 0 Analyze FCA3000 FCA3100 MCA3000 45 A B A B 46 ym Meas gt Pulse gt Width Positive gt gt 1E ERI Meas gt Pulse gt Width Negative gt md m m Meas gt Pulse gt Duty Factor Positive gt gt 1E Meas gt Pulse gt Duty Factor Negative gt gt
76. VC0 EXER 2 e i a TimeView Free running 24 30 2 ns 1000 s m Settings gt Stat H Hol
77. 5 99999999 10000000 0 5 LSD 99999999 1E8 X 1 10000000 1E7 1 10 LSD LSD FCA3000 FCA3100 MCA3000 79 B 80
78. A B A B B A 1 A B slope Signal coupling Cfi RR Input MQ zm 50 9 impedance Input lx 10x signal attenuation Trigger Auto CH Mode Trig Cf Man Trig Auto BE rH S FCA3000 FCA3100 MCA3000 13 14 1 A B Trig fth Filter JE 100 kHz Digital LP
79. Analyze CAELO FCA3000 FCA3100 MCA3000 Time Interval A to B A B Pulse Width Rise Fall Time RUE S ur Wai SENS 0493 4 1 Auto CE 50
80. 9 7 80 e L3 23 63 63 63 22 v 18 47 J 61 23 23 23 68 11 20 17 18 17 GPIB GPIB eu FCA3000 FCA3100 MCA3000 12 62 63 63 63 63 63 63 63 63 UL 63 LL 63 64 16 16 16 16 16 16 63 K 18 48 GPIB vii M 47 46 65 20 77
81. A B A B TTL E gt Arm on Sample Block Start Channel E Start Slope Start Delay 10 ns 2 s Stop Delay 10 ns 2 s Settings gt Arm ix FCA3000 FCA3100 MCA3000 Stop Channel E Stop Slope B A 1l j Meas gt Totalize gt B gt gt B 2
82. r4 iSt pIMS a RED RH Ego cn HL T Auto Wide Hysteresis Ban RE iR E 70 30 A B 70 FCA3000 FCA3100 MCA3000 25 26 30 A 50 100 A B 0 50
83. 160 MHz 160 MHz Start Arm Start E Start Arm Stop HJ Arm Start Channel Slope Delay FCA3000 FCA3100 MCA3000 65 66 A 0493_5 1
84. 43 46 44 TIE 45 66 69 71 72 58 62 58 58 60 A B E 54 A B 54 B EH A 55 17 A B 67 20 20 20 67 67 19 E 67 20 19 83 Ps A 13 A B 11 A B B 13 C 15 19 16 p Pr 58 K 16 L 16 M 16 X 16 16 VERIS d 21 bw 49 T 40 39
85. B Hold m m Frequency Period Average AL 27 f feu E 4100 ps t LSD
86. 100 100 us TimeView PC 100 VC0 VC0 m 100 us 200 ns 300 ns SERE TM E A 0493_5 16 11 VCO Eile Betti Capture mal Wiew Print Config Hel WE 0 FREQUERCT f Bep amp 11 5 n a 5n Sanples 0493 5 17 12 FCA3000 FCA3100 MCA3000 75 100 100 us 100 ns ZV o 76 FCA3000 FCA3100 MCA3
87. 36 1 kHz 38 12 36 36 14 59 7 61 62 14 33 36 66 34 36 i os co E iH T 84 W 17 30 18 X 30 11 48 51 11 16 63 Hi AIL 26 50 17 36 d Y 18 77 18 12 17 17 17 18 18 17 17 18 11 Esc 6 6 28 Z 39 37 39 23 15 TIE 15 15 15 CX 15 15
88. About CX 39 C C FCA3000 FCA3100 MCA3000 B 0493 3 1 Input A A Input B BO Input A AD Input B BO 1WMQ 50 9 12 Vas 50 2
89. m E A 0493_5 15 FCA3000 FCA3100 MCA3000 73 74 gt gt gt 1 Settings gt Arm gt Stop Chan gt E E o 2 j amp Stop Slope gt Falling FEED 3 Profiling
90. Auto Sync Input A B A B Auto Manual CF C Auto Set FCA3000 FCA3100 MCA3000 0493_4 3 6 A B 0 001 Hz 300 MHz 0 001 Hz 400 MHz C 1 Meas gt Freq gt Freq Burst gt gt 2 A B
91. 100 Hz Default Setup W SUL BEUDGIEIE BO Freq A A AC Coupling Auto Trig Meas Time 200 ms 200 ms F FCA3000 FCA3100 MCA3000 m AC Coupling W Auto Trig AGC m Meas Time 200 ms 200 ms Default Setup Auto Set m Auto Trig Man Trig Auto Set 200 ms C FCA3X00 FCA3X00
92. C HU C MCA3000 MCA3000 20 GHz FPC 27 GHz 40 GHz 30 CHFC43030 FC437120 W43027 MCA3040 AB B A C A C B Meas Freq Ratio gt s ne A B A A B C x B C Meas gt Freq Burst gt CW PRF
93. Start Chan gt E gt E Start Delay Save Exit Meas gt Pulse gt Width Positive gt A gt gt gt A o M EL FCA3000 FCA3100 MCA3000 nu osa Us 2 A Wc f 5 2 icr of 8 2 0 T DA JT 45 WI EPPBORACENU ER RIS dm FIBER A UUUL UL 0493_5 10 10 1 E A 2 3 4 Settings gt Arm gt Arm On g
94. gt A o 4 Settings gt Stat gt Pacing gt gt On 5b j amp Settings gt Stat gt Pacing Time gt gt Start Arming 5 9 E iL hd JgILLIL 5 ns 9 1 E 2 A 3 4 Settings gt Arm gt Arm On gt Sample gt gt gt NN 0493 5 9
95. 95 5 2s 2 50 ns 100 ns 3c 3 50 ns 150 ns 0 i Analyze GPIB USB TimeView 62 FCA3000 FCA3100 MCA3000 Limits Mode ll gt Limits gt
96. E m FCA3X00 FCA3000 FCA3100 m FCA3000 FCA3000 FCA3000 FCA3003 FCA3020 m FCA3100 FCA3100 FCA3100 FCA3103 FCA3120 m MCA3000 MCA3000 MCA3027 MCA3040 40 GHz 25 ms 50 ps 12 15 mVws 200 MHz 1 mV USB GPIB 15k 0CX0 1 5 E 8 MCA3000 40 ns 0 5 Hz 50 MHz FCA3100 10 MHz FCA3000 FCA3100 MCA3000 V Ru Til vi
97. MCA3000 1 Hz 50 MHz 21 0493_3 8 2 Auto 50 10 90 Manual Trig Trig Auto Auto Trig Low Freq gt Misc gt Auto Trig Low Freq UE
98. C 3 Settings gt Burst 4 j amp Meas Time 5 j amp Sync Delay PRF 0493 4 2 6 j Start Delay 7T A B Frequency Limit 160 300 MHz 8 Save Exit FCA3000 FCA3100 MCA3000 35 36
99. FCA3000 FCA3100 MCA3000 V mw 0 3543 Voc Vx Ys VuAX j VMIN L Voce FCA3000 FCA3100 MCA3000 57 E NIS r1 Frequency Period Average Settings gt Meas Time gt Meas Time 20 ns 1000 s 20 ns 200 ms
100. amp Modify Labels B Setup Protect 4 Setup Protect WEE ON OTHO Setup Protect Dataset Hold Restart CXEJHO 32000 32000 32000 m Save m Recall m Erase Total Reset
101. B 3 B 4 A 5 6 A Settings gt Arm UE gt Arm on Sample Block Start Channel A Start Slope Start Delay 10 ns 2 s Stop Delay 10 ns 2 s Stop Channel Time FCA3000 FCA3100 MCA3000 55 VMAx VMN Vpp Vnus 56 50V 950 V 1 Hz 300 MHz Vua Vans Vpp 1 Meas gt Volt gt 20 Hz Settings gt Misc gt
102. 27 28 28 29 28 27 30 30 30 30 28 14 58 28 18 18 1 18 15 28 15 74 12 77 ARYr 24 22 23 22 22 43 14 26 26 QR 26 Hj CHO X3R8W 25 D 12 65 41 11 27 56 17 lm me Im 17 29 38 20 20 21 63 61 F D ure 63 6 79 4 HESS 48 59 39
103. 46 9 e 15 62 41 22 25 15 22 10 74 52 2 53 17 59 38 59 38 19 11 FCA3000 FCA3100 MCA3000
104. 65 74 0 T tr WA 20 P 61 59 28 41 42 fo 37 33 32 C 33 Q 14 67 67 65 65 65 68 65 65 74 65 66 67 66 69 71 72 67 67 67 66 17 8 27 11 44 16 63 30 17 12 14 17 14 14 14 14 14 14 14 Aui 15 60 22 FCA3000 FCA3100 MCA3000 17 17 17 14
105. AC 1x 0 V Vp mins MONS TRIS JE i i Freq Burst 7 Meas gt Freq Burst A gt A Settings gt Burst gt Meas Time gt gt l 2 Sync Delay fk Input A Trig PRF 25 75 A Manual FCA3000 FCA3100 MCA3000 Ny 0493 4 9 PRF
106. Limits Lower Limit Upper Limit EC Ft UU Limit Behavior m Off LIM m Capture C fb3XO LIM HRS DLL m Alarm LIM Alarm stop Pj LIM 5s GPIB SRQ FCA3000 FCA3100 MCA3000 amp Above
107. 10 000 041 17 MHz fidev 0 12 Hz Std 0 12 Hz m MEAN N m N Settings gt Stat gt amp Max Min m P P m Adev m Std FCA3000 FCA3100 MCA3000 7 Settings gt Stat gt Y 1 O ol s C LP
108. 75 ad Mes iX RR f js FE Zz VA fai c B PERSE SE GBR AR d s Br AR S Ed Digital LP Freq Frequencu fr Meas o0 000 001 7 f wnz Input A Filter Digital LP Freq ETT kHz Hz HHz A gt A Pp Az FCA3000 FCA3100
109. A B Hold Run Restart CERO Arming Totalize id A B E TOT A Start Stop A BH B TOT A B Gated by E A B pH E TOT B Timed by A B Hi A Totalize Statistics A B EE Settings gt Arm gt Totalize FCA3000 FCA3100 MCA3000 53 54 A B 1 2 3 4 5 6 Me
110. Calibrate Interface GPIB USB Bus Type GPIB USB GPIB Mode GPIB B Native SCPI Compatible SCPI dm Agilent 53131 132 181 GPIB Address GPIB GPIB 0 30 FCA3000 FCA3100 MCA3000 17 18 5 Test Test TE PI Mode Start Test Digit Blanks 0 13
111. 00 51 4X FCA3100 52 2 1 50 O0 BNC T A B JT 2 Phase A rel B A BO 3 1 4 5 1 Slope Coupling Impedance 1 MQ 50 8 Trigger Trigger Level 0 V Filter
112. 000 A Recall setup gt Default User Opt gt Save Recall gt Setup gt gt gt gt A 8B 1 MQ m ua apis JST CE TER 100 ms mm ET L 0 M1 lt FCA3000 FCA3100 MCA3000 RECEN TT A 400 ns 0 200 nus ES 400 MHz A 200 ms 3 100 Hz 0 78 FCA3000 FCA3100 MCA3000
113. 1 K L M X K L M Limit f86391 PE III 4 Limit Behavior AD Limit Mode Upper CERRO Lower Range Lower Limit Upper Limit FCA3000 FCA3100 MCA3000 User 0pt 5 Save Recall m Setup CU HO B Save Current Setup m Recall Setup Default setup
114. 7 Adev CX 6h22 59 FM 36 TIE 45 V 56 Vrms 56 s Vig vnam R3 Xe bO 42 41 59 51 62 FCA3000 FCA3100 MCA3000 I 79 I 27 I 61 I 58 I 61 I 71 69 il 5 St 7 o ir P cp za D 72 58 60 74 41 56 38 61 59 39 40 80 63 47 61 68 63 64 63 63 48 47 46 61 59 41 42 42 A BO 32 C 33 33 66 65
115. B Hold Run Restart B B A B A B Hold Run Restart A B A B A B Hold Run Restart A B A B A B Hold Run Restart TOT A B MAN A B FR o A B A B A B
116. Ee User Opt gt Save Recall gt Recall Setup gt Default gt gt EGO Input A AD Auto Set Math Limit gt Math gt L gt gt L L X X Save Exit fX Math K X L K X M 1 Mathematics CEU Analyze
117. FCA3000 FCA3100 MCA3000 DOO Tektronix 077 0504 01 FCA3000 FCA3100 MCA3000 www tektronix com Tektronix 077 0504 01 HL Copyright Tektronix Tektronix Tektronix TEKTRONIX TEK Tektronix Inc TimeView Tektronix Tektronix Inc 14150 SW Karl Braun Drive P 0 Box 500 Beaverton OR 97077 USA Pendulum AB 1 800 833 9200 www tektronix com Tektronix 3
118. Frequency Settings 2 Meas Time um H Burst Meas gt Freq Freq Burst gt gt Burst X PRF Arm A B E
119. M TimeView Display OFF REM Esc Esc Return To Local Local Lockout Esc 5 LL UL PME Restart LIM FCA3000 FCA3100 MCA3000
120. Misc gt Auto Trig Low Freq gt 1 Hz 50 kHz FCA3000 FCA3100 MCA3000 47 48 7 B Ab 4 d At 360 T 360 x Time Interval A B Period Phase A B 360 X Time Delay X Freq FCA3000 FCA3100 MCA3000 A B No 160 MHz
121. NESE 65 65 JESUM ISl el bo ideo ferta bud he do hte ti etu 65 67 CIPUE ADAM TP 68 J ETCTm 69 SEXIES TERME MED MERCRERRCTEHERERE 74 A 77 B i 79 MI ee Ea dus Ne e dos adeste S sU ne t p ptg 79 FCA3000 FCA3100 MCA3000 P use 1
122. O 100 ps X360 X FREQ 1 MHz 100 ps X360 x 1 X 106 e 0 04 360 2n x s n ratio 40 dB 100 10000 360 0 6 2 7 x100 7 RMS 77 Random error quant err start trg err stop trg err V0 042 0 62 0 62 zz 0 85 single shot M E WP 360 2n x s n ratio FCA3000 FCA3100 MCA3000 49 250 mV 250 n Vms
123. RAR vi OO POET OPT ASOT CE WO EOE EE OO vii EC OE 1 1 I TTC 1 D o rPL E 1 3 A 3 xT L P 4 EXT TT 5 Eco 6 OE 9 ne ee 13 13 9 19 DIETE A CT RRETPRCCTETOC EE 19 23 27 Me EC EREERCRERLTTCRTLTP L 27 1 OE EE T TUPNOENN 32 33 poe BS B N C A CB sd as a a 33 0 OA A 33 36 CDS I ETE TROC TE EET TETUER 39 RS 41 UO AAA RAR 42 DEUS as oeesdemaxasdede Eu ppdudemcedaa aad e a REA Ed MES 43 43 eee RRRRRRRRRRRRRRRRRRR RR RR RR 44 Ero 2782J ug MP 44 TIE fX FCA3100 45 A B CRTTCRRTUTTTETTPRTTTTPTRRTTETPITITPITLP TPT 46 FCA3000 FCA3100 MCA3000 i ii Be siete x RE IURE Des ad uiu du de e 46 46 Ht nr 48 viU CE NE OE DEE SOO 48 EH 2 48 pp OD BOASTOO SS DIO eas uec Voeci sid mu ded e vere rode de Qr dede ha EU Pen c f Sede 52 56 Macs ll ee Doch donent datnr ded ncs ER Enea d ona RR S e tr RE 56 TE OE HCCC ORT DO RO OE TO RO ee 56 Be SN EC T Ne ETT TOT E T EO ETC TT 58 ee the ee et i ee A ee ee a 58 Wt Cr poH MERE MARCUS 58 SUP laude xen otf eus bs 59 aUo ed de ee a REDI c 63 J TTD PE
124. as Totalize A A A B B gt Arm on Sample Block Start Channel B Start Slope Start Delay 10 ns 2 s Stop Delay 10 ns 2 s Stop Channel B Stop Slope Settings gt Arm iX Ait A B Hi E ol m Co PD Meas gt Totalize gt A B gt gt A B
125. d Run fx Restart ms DUT m 10 Hz 100 ms s 4 ns 8 us COND 0 1 ms 104 108 us 4 us EL COE UDINE 100 VCO FCA3000 FCA3100 MCA3000
126. fo M iim 4E 7 Pe Re UIDI Sec Afm I fo fmean lamina X Tiodulation XA f FCA3000 FCA3100 MCA3000 37 38 fmax fmin 1 kHz 1 Single 2 10 s 1000 Hz 1 Settings gt Stat No of samples 2 Analyze 0 1 s 30 2 30 fo A Tua o 1 m e fo
127. s Measurement Reference Auto 9 10 MHz Settings 3 FCA3000 FCA3100 MCA3000 5 LCD f SS Wai 1 490 U Unin 2 529 U Up p 4 019 U Value 1 2 A MEAN 3 4 MATH LIM CMEAS HOLD SING GPIB RE
128. t Sample art Chan gt E ED 6 Start Delay 7T Save Exit 8 Meas gt Pulse gt Width Positive gt A gt gt gt St ge A gt gt gt PF LfE x o SER S
129. tronix d TEKTRONIX TEKTRONIX TEKTRONIX TEKTRONIX El TEKTRONIX W4 15AUG04 H3 qus dr dre xaxd dE I pedis teddua vaga 4us dod eque i4 iii CT VU RR TPPCPTETPIIcCTUPE E V Y DE V Jp JN B TP vi vi RCO
130. z min 2x AT fmax fmn Afb p 1 10 36 1 5 t X vx RO buda 10x fmodulation f 1 007B 8 fmax f wx on 1000 CW FCA3000 FCA3100 MCA3000 39 40 1 ol poe es Je Input A Trig A Manual 0 V Save Exit
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