アンリツ株式会社
Contents
1. MF2412B MF2413B MF2414B 1998 10 8 172. CD Vii 1
3. Viii 1 2 1
4. 2 9 2 2 3 3 2 100 V T3 15 A 3 15 A 250 V T3 15 A 250 V F0012 230 V T3 15 A 3 15 A 250 V T3 15
5. 2 7 2 2 3 1 100 V AC 100 120 V 230 V AC 200 240 V 100 V 200 V KS 2 3 2 2 8
6. 5 6
7. Input 1 10 dBm Input 2 10 Vrms 1 MG 2 Vrms 50 Vi 7
8. UNCAL G Input2 4 2 4 3 Mean 20 000 000 000 0 Hz 4 3
9. Or Off GPIB AUX TRG TRGDLY TRGPL LMT LMTDIR LMTL LMPU OFS OFSDT OFSFRO STS STSBLK STSMPL TRS TRSSMP TRSRT TRSOFS TRM ESE2 BSR2 ESE3 ESR3 5 2 5 3 5 GPIB 5 3 MEF2412B MF2413B MF2414B 5 2 GPIB TS 5 4 AH1
10. 7 LCD 8 LCD Liquid Crystal Display LCD
11. 1 2 8 2 8 1 8 2 8 1 i NN MG3633A 1GHz 0 dBm 8 3 8 3
12. Input2 50 0 10 MHz 1 GHz Input2 50 Q 1 MO AMP AMP AMP 1 Hz 1 sec 1 kHz 1msec CPU 11 11IIIIIIIIIIIITIIII
13. 600 MHz 1GHz 30 MHz 1 GHz 40 MHz 4 38 4 4 Retum to Measl oo gt A V1 4 4 3 Input1 Auto Manual Manual Manual Manual Manual Manual 4 4 2 1 Input
14. 4 F1 F2 F3 F4 lt gt 2 4 9 4 lt gt F1 F4 2 4 6 4 6 2 Enterl
15. 7 3 68200B accuracy 10ns A ns 2 0 0 0 935 68200B 20 X0 935 7 2 7 2 0 975 0960 960 a 7 7 7 7 8 8 ME2412B MF2413B MF2414B 8 1 ki 8 2 8 2 kk 8 2 RSS 8 3 8 1 8 1
16. 5X10 8 5X10 day 1 5X10 X10 S X10 day 1 1 25 24 2
17. END 1 GHz 100ms 100kHz SRO 5 37 5 GPIB Visural Basiic Sub SAMP3 ADRS 8 Cls Call SendIFC 0 If ibsta And EERR Then Call ERRMSG ADRS Error IFC End If Call DevClear 0 ADRS If ibsta And EERR Then Call ERRMSG ADRS Error DCL End If Call Send 0 ADRS RST CLS TRM 1 NLend If ibsta And EERR Then Call ERRMSG ADRS Error SENDING COMMAND End If Call Send 0 ADRS ESE2 1 SRE 4 NLend Call Send 0 ADRS ACF 1 AF 1GHZ NLend Call
18. 3 2 Stat 4 27 20 000 000 Ow Hz 4 27 4 27 4 1 F1 F1 4 28 Off Mean Max Min p p 1 Enter 4 30 E1 20 000 000 0o Hz Statistic IMode Off Max Min p p Extract Disc 4 28
19. National Institute of Adyvanced Industrial Seience and Technology National Institute of Information and Communications Technology 1
20. UNCAL 4 46 10 kHz 100 Hz 1 Hz 10mHz 10n 100n ig 10A100ANA 1m 10m 100m 4 47 A V Auto 4 4 4 5 Input1 Manual Auto 1 2 1 Input1 Input1 10
21. 1 Inputl Inputl 10 dBm 2 Preset Manual Freq Freq Acq gt F1 Enter Manual 20 000 000 Ow Hz Manual Freq 20 000 MHz Mode Last Count Manual Measure Fastl 4 41 lt 1 F3 Enter l Manual Freq 20 000 000 0oe Hz Freq Acq MEIIUEIWOMV 12 Mode Last Count Manual Measure Fastl 4 42
22. LMTDIR n LMTDIR LMTDIR n n Off RR On 5 17 5 GPIB 9 5 18 LMTL lower limit LMTL n LMTL7 LMTL n lt gt n 0 EmaX HH20 oo GHZ MHZ KHZ HZ G MA K Unit Hz Fmax 20 GHZ ue MF2412B 27 GHZ MF2413B 40 GHZ MF2414B LMTU upper limit LMTU n LMTU LMTU n lt gt n 0 Finax Hz KN GHZ MHZ KHZ HZ G MA K Unit Hz Fmax 20 GHZ ee MEF2412B 27 GHZ MF2413B 40 GHZ MF2414B MBCF measurement data burst carrier freduency 1
23. On 4 1 4 1 39 3Xi0 RE axiowy 01 1 3Xi0 24 5xioywy 02 1 xi 24 2xtoyay 08 4 E 3 Xi0 Gey 4 gt 4 2 4 1 4 1 2 4 1a 4 1 b 1 4 1 c
24. 3 2 3 3 3 2 3 2 3 2 3 3 2 A
25. Inputl 600MHz 10 GHz 20 GHz 26 5GHz 30GHz 40GHz Metzs LU tt ol Input2 we 00 MHz tatz 0 ig 10GHz sz 30GHz GHz UO sl sl Im Iw 1Ow OOw im mw iow METNzys B 1 B 2 H lt gt 3 4 Hold LED 3 3 A 1 3 4 Burstl 3 4 Enterl 3 4 IEEE488 2 5 6 Freq 3 4 Inputl LED 3 3 GW 3 4 Input1 3 3 Hold 3 3 Input2 LED 3 3 inpul 3 4 Input2 3 3 Level 3 4 Local l 3 4 M Meas Mode 3 3 Meas Mode LED 3 3 Of 34 MEF76 5 30 Preset l 3 4 Restart 3 3 O Return to Meas 3 4 NSR Overap 4 29 Stal 3 4 Sys 3 4 R TD 3 4 Temp 3 4
26. Dn n N Mean Discrete N Mean 1 N D Mean Overlap N Mean 1 N gt DiD j n N 1 n N Max Min Discrete Max maximum Di 1 2 N Min minimum Di 1 2 N Max Min Overlap Max maximum Di N 1 n 1 n Min minimum Di n N 1 n 1 n n N P P P P Max Min 4 28 2 4 3 F2 Overlap Disc Discrete Discrete 1 Overlap 2
27. LCD CAUTION Ea Fe or et grt pS a en T3 15A
28. 2 10 2 3 OFF LCD LED 7 9 LS mu 5O GOHs 90VA Maz 100 120Y 200 240Y HT 315A AC2507 7 2 3 MEF2412B MF2413B MF2414B LED
29. Enterl Trg Delay GW gt 20 000 000 000 Hz Trig Delay i i a Trig Delay Gate Width 100 000 us 120 000 us Enterl Enterl Trig Delay Trig Delay TD Eee Trig Delay Gate Width 100 000 us 120 000 us lt gt Gate Width
30. 1 2 3 4 3 4 1 2 Meas Mode CW Burst Freg Mode Auto Manual Last Measure Set Freq Count Fast Normal Mode Auto Manual Level Auto Last Measue Up Down V Mode Freq Width Period Burst Polarity TL Pos 1 Neg Width Wide Narrow Mode In Ext Line amp End Trig Slope Rise Fal Gate End On Off
31. Stby LED On LED 3 2 Tneut1 BOOMHz 40GHz IOdBm Hax 3 1 3 1 Input1 Input1 LED 600 MHz 1 GHz MEF2412B MF2413B MF2414B 20 GHz 27 GHz 40 GHz N SMA K Inputl LED mput1 mput1 Input mput CH Input1
32. MP612A MP613A N 1 1 4 1 4 1 MEF2412B MF2413B MF2414B 1 6 MF2412B MF2413B MF2414B 10 Hz 20 G Hz 10 Hz 27 GHz 10 Hz 40 GHz CW Inputl 600 MHz 20GHz 600 MHz 27GHz 600MHz 40 GHz 10 MHz 1 GHz 50 0 10 Hz 10 MHz 1 MO 600 MHz 27 GHz Pulse Width Narrow 100ns 0 1s Wide 1 us 0 1 s 10 Hz 4 MHz 240 ns 1us 1 2 5 10 MHz 10 MHZ 1 2 5 10 MHz Input1 33 dBm 10 dBm 12 4 GHz 28 dBm 10 dBm lt 20 GHz 25 dBm 10 dBm lt 26 5 GHz 0 741 Xf GHz 44 6 ydBm 10 dBm 40 GHz Input2
33. Narrow Width 1 MHz Manual 100 ns 1 s DReference Output Off mputl On Meas Mode Burst Imputl
34. Return to Meas On 4 1 a 4 1 b 4 1 d 4 1 e GPIB GPIB Preset 4 3 4 MF2414B ME2412B MF2413B ME2414B MF2412B MEF2413B Microwave Frequency Counter IMF2414B Self Check BTU a Microwave Frequency Counter IMF2414B Self Check c
35. 4 4 100 000 500 Hz Go lu LOF CNF UPF 100 0011000 Hz 4 4 4 5 4 8 DO LCD
36. 2 5 External Trigger Input 2 6 2 3 2 3 AC 100 Vac 230 Vac 47 63 Hz AC 100 Vac 200 Vac AC WARNING CAUTION CAUTION NO OPERATOR SERVICE FOR CONTINUED FIRE ABLE PARTS INSIDE PROTECTION REPLACE REFER SERVICING TO ONLY WITH SPECIFIED QUALIFIED PERSONNEL TYPE AND RATED FUSE
37. 3 4 5 GPIB 6 7 9 GPIB A B
38. GET EXE Execution Error DDE Device Dependent Error 0 QYE Query Error RQC Request ControD 0 OPC Operation Complete OPC 2 Standard Event Status Enable Register ESB 3 Status Byte Register
39. TD GW 3 9 3 3 4 1 2 Template On Off Upper Limit Lower Limit Indicate On Off Ofs Mode Off OffseV OffseVppm Last Measure Set Freq Update On Off Stat Mode Off Mean Max Min P P Extract Disc Overlap Sample n 102 n 1 2 3 4 5 6 Input CH Input1 Input2 Impd2 50 QI MO ATT ATT2 On Off Sys Recall 0 9 Save 0 9 GPIB GPIB Address 1 30 Talk Only On Off Config Config Freq Ref Auto Hnt AUX AUX Off Go END LVL Gate Res Acq LCD Intensity Bright Dim System 3 2 3 2 3
40. 4 8 4 9 4 8 600 MHz 1 GHz 30 MHz 1GHz 4 9 600 MHz 1 GHz iGmzE Manual 2 F2 4 19 4 3 4 4 20 F3 Enter SetFreq Manual Freq 12 GHz
41. 7 2 7 1 7 1 7 3 1 1 7 3 1 2 Inputl Input2 50 Q 7 3 2 7 3 3 ML4803A 10 MHz 20 GHz 10 MHz 27 GHz 0 MHz 40 GHz MA4701A MA4703A MA4705A MP713A 20 dB 53 MP721D 10 MHz 20 GHz 10 MHz 27 GHz 10 MHz 40 GHz 68247B 68239B 68269B 7 3 1 3 Input2 1MO 33 dBm 7 2 MF2412B MF2413B MF2414B 33 dBm 0 dBm MEF2412B MEF2413B MF2414B 33 dBm 0 dBm 100 ns 10 ns 10 Hz 10 MHz 25m Vrms 10 Hz 10 MHz 25m Vrms 7 3 7 3
42. 2 1 1 1 2 2 2 4 ii 1 fs 1 2 1 2 kk 1 3 1 3 ki 1 4 1 6 2 pp 2 1 2 1 kk 2 2 22 Le 2 3 2 3 li 2 7 3 3 1 3 1 3 2 3 2 ik 3 8 4 4 1 4 1 kk 4 2 4 RR 4 5 3 gt lt lt 1 lt 2 4 14 Ei 4 37 RPE RN 5 1 AO 5 2 DO 5 2 5 3 uci 5 4 5 4 i 5 5 5
43. on off MWWM a on on of off BSTPL burst polarity BSTMD BSTPL n BSTPL BSTPL n lt gt n 0 POSITIVE NEGATIVE 5 GPIB BSTWDT burst width BSTWDT n BSTWDT BSTWDT n gt n OE Wide 1 us 0 1s SI Narrow 100 ns 0 1s Wideg 600 MHz Narrow 1 GHz 99 6 CNTMD count mode Imputl CNTMD n CNTMD CNTMD n
44. CATI CAT CATIV 3 3 3
45. 4 3 3 2 3 1 1 ei 3 2 3 1 2 kk 3 5 3 1 3 3 6 32 3 8 2 3 8 3 2 2 3 9 3 2 3 EE 3 11 3 1 3 3 1 ME2412B MF2413B MF2414B LED 3 1 1 3 1 Sempls Rote mResolution we wv input2 Frequency Meas GC ss Mcawisitlon Mode 500MH2 40GHz 10Hz x Auto ca ote LU Burst Setur 10dBm Rex 10vre CG Tane 5 amp 20rms Max 508 Menuel Cu a A ED a olololc 3 1 3 1 Stby LED On LED Off On
46. TRM n gt n LF 1 CR LE TRS transient mode ON OFF TRS n TRS TRS n lt gt n OR Off NN On TRG GET TRSOFS transient offset fo MTRS TRSOFS n gt nOD HZ Input2 0 HZ TRSSMP transient sample point TRSSMP n TRSSMP TRSSMP n gt n 100 200 500 1000 2000 2000 5 4 TRSRT transient sample rate
47. 20 000 000 0o Hz Level Acq Manual Ampl Disc L3 Mode Manual 4 15 1 F1 Auto Manual Auto Manual 2 E2 Auto 3 F3 1 L7 F3 4 F4 V 1 LO0 F4
48. Preset 1 1 3 MF2412B MEF2413B MF2414B 1 3 1 ME2412B MF2413B MF2414B 1 3 i MF2413B MF2414B G3 2 5 3 ETEE wi520AW Ra 1 1 1 3 2 1 4 MF2412B 01 MF2413B 01 1 ME2414B 01 ME2412B 02 2X10 MF2413B 02 1 MF2414B 02 MEF2412B 03 5X10 MEF2413B 03 1 MEF2414B 03 1 4 1 3 1 3 3 ME2412B MF2413B MF2414B 1 5 K224 KP K T SMA DC 40 GHz SWR1 2 34RKNFS0 KM NF DC 20 GHz SWRI2 J00
49. V V 4 24 4 3 9 amp Trig 4 25 1 2 3 20 000 000 0m Hz F1 Int Ext Line F1 4 23 Int Ext Line 1 Enter 4 22 F1
50. On Of On Enter Off Enterl 4 6 Freq Width gt Enterl Period Enterl Enter Return to Meas lt gt 20 000 000 Ow
51. n bit0 LSB CPU bit1 EXT RAM bi2 GPIB bit3 LCD bit4 ASIC bit5 12 V bit6 15 V bit7 15 V bit8 5 V bit9 PLL1 bit10 PLL2 bitl1 Frequency Measure SESR Bit0 SESER bit0 SROQ 1 Standard Event Status Enable Register n n 0 255 Standard Event Status Enable Register 0 25 Standard Event Status Register 0 25 Service Request Enable Register n n 0 255 Service Request Enable Register 0 25 Status Byte Register 0 255 Group Execute Trigger 0 9 0 9 5
52. GW 1 Trig Delay Gate Width 100 000 us 120 000 us 4 54 Return to Meas l A V 4 47 4 4 4 9 Input2 10 MHz 1 GHz 10 MHz 1 GHz mput2 50 O 10 Hz 10 MHz Imput2 1 MQ 4 4 10 1 4 48 mmpu2 Inpu 2 10 Vrms 1 MQ 2 Vrms 50 Q OE
53. MSS Master Summary Status END ERR MAV ESB RQS Request Service END ERR MAV ESB ESB Event Status Bit 1 MAV Message Available 0 4 Service Request Enable Register 5 END Event Status Register MEA STA 0 7 8 5 4 END Event Status Enable Register END
54. ERR Event Status Register UNC UNCAL NOG No Go 0 ERR Event Status Enable Register ERR 5 9 5 GPIB 5 4 4 1 5 10 A ACF frequency acquisition AF ACF n ACF ACEF n lt gt n
55. On Off 4 10 4 10 Off WWF MM a On On Off Off Burst 4 18 20 000 000 Ou Hz Polarity Ll 4 18 1 F1 F1 4 19 Freq Width Period 1 Enterl 4 18
56. Inputl 600 MHz 20 GHz MF2412B 600 MHz 27GHz MF2413B 600 MHz 40 GHz MF2414B Input2 10 Hz 1GHz 2 F2 Imput2 Tnputi 50 0 Input2 50 Q 1 MO 50 0 10 MHz 1 GHz 1MO 10Hz 10MHz 3 F3 Input2 1 M0 20 dB ATT On Off 4 14 4 3 4 3 2 vy 1 1ms 10s 1 2 5 A V Sample Rate 10
57. Menu 1 Resolution 2 Sample Rate 3 BS 3 Setup LED 3 5 Setup LED 3 11 3 3 12 4 ME2412B MF2413B MF2414B GPIB 5 4 1 ii 4 1 1 i 41 2
58. 20 000 000 Ou Hz Offset Freq 10 000 000 000 Hz Last Update Measure On 4 24 1 F1I F1 Enterl 4 25 lt gt Off Offset Off setppm 1 Enter 4 24 F1 20 000 000 0 Hz IMode Off Offset Offset IT 00 Last Update Measure On 4 25 2 F2 FE2 Enter 3 E3 F3 Enterl Offset Freq
59. FI 20 000 000 Ow Hz IO Width Period Polarity Ll 4 19 4 21 4 2 F2 FE2 Pol 3 FE3 Wide Narrow 4 11 Wide lps 0 1s 30MHz 06 1GHz a Nanow 100ns O1s 20MHz GHz Narrow 1 GHz 1 GHz Wide
60. 4 48 Input1 Input1 10 dBm Presetl Meas Model Burst LED Manual 4 4 2 Auto Manual 4 4 3 Auto Burst l Burst gt F1 Enterl 20 000 000 0 Hz 5 Width Period Polarity Width sl Wide
61. 4 4 8 Input1 9 kr 4 4 9 Input2 10 MHz 1 GHz 4 4 10 Input2 10 Hz 10 MHz i 4 1 4 4 1 4 1 1 1 lt 1 gt 100 230 V 47 5 63 Hz 2 2 2 3 2 gt On Off A Enterl On A lt 3 gt
62. 8 Ms lt 1 UNCAL AM Width 100 us 4 52 4 45 4 A V Manual Manual 4 4 8 Input1 was NN T Trig Delay ie i Gate Width On Off 4 53 1
63. 20 000 000 Ou Hz Mode Ext Line 4 23 F2 F4 On Off On Off Off 4 25 4 4 3 10 lt Offset gt lt Offset gt ppm Ofs 4 24
64. F 5 GPIB 4 35 4 4 3 17 GPIB 100 101 1 2 101 100 100 0 Hz 100 5 GPIB 4 36 4 4 4 4 4 4
65. 30 AC 7 3 1 7 3 1 1 1 2 3 a Input1 600 MHz 20 GHz MF2412B 600 MHz 27 GHz MF2413B 600 MHz 40 GHz MF2414B 33 dBm lt 124 GHz 28 dBm lt 20GHz 25 dBm lt 26 5 GHz 10 741Xf GHz 44 6 dBm 40 GHz Normal 1 X 1 1 GHz 10 ms Fast 1 X 2
66. 4 45 lt A V 4 40 4 4 4 4 4 Input1 Auto Auto 1 Input1l Auto 1 us Input1 10 dBm 2 Preset Meas Mode Burst LED lt gt
67. gt F1 Enter l 4 34 20 000 000 0o Hz Sclect Recall Numher 0 4 57 8 Seved 4 34 System 4 32 4 3 2 F2 gt E2 Enterl 4 35 Enter Presetl 20 000 000 0 Hz 0 2 5 7s Seved 3 35 3 E3 lt gt FE3 Enterl 4 36 GPIB
68. Enter gt Return to Meas 1 mHz 0 Hz Fmax Fmax 20 GHz ee MF2412B 27 GHz MF2413B 40 GHz MF2414B 4 26 4 3 4 F4 On Off On 4 26 On Offset 5 F4 2 9 ES 4 26 Update On Offset 4 3 11 1
69. 2 4 2 SS Max 20 000 000 000 0 Hz Min 19 999 999 999 0 Hz 4 2 4 2 3 4 3 4 5 4 4 3
70. lt gt On Off 4 2 4 2 2 LCD Setup LED LCD Setup LED 2 gt 4 5 Manual Freq 20 000 MHz Mode Last Manual Measure Fl F2 4 5 4 35
71. 3 3 1 Return to Meas Setup LED Return to Meas Setup LED 0 9 GHz MHz kHz BS System Sysl mmput Inputl Template Temp l Offset Ofs Statistic Stall Trigger Trigl
72. 9 2 1 1 2 1 2 3 4 gt 70 lt 20 OO 3 gt 90 9 2 2 Da 0 30 C 40 80 9 2 O 9 3 9 3 9 3 1 1
73. 1 Enterl 4 30 F3 20 000 000 Om Hz IMode 1 2 3 5 6 4 30 k k 1 2 3 4 5 6 4 14 4 14 NE Discrete 1O 100 1000 10000 100000 1000000 0 3107 EPS 4 30 4 3 4 3 12 Go No Go Aux TTL 4 31 100
74. VCO Input1 4 40 T T T es mi ms mn T T 1 2 N 4 40 Ti Fi Fi mi T X10 Hz i 1 2 N K Fe me TX10 OH i 1 2 N k 1 Input2 Input1 F
75. SR1 PPO CO 5 2 MLA MTA 5 4 5 4 5 4 1 GPIB MF2412B MF2413B MF2414B 2 IBEE488 2
76. Impul 100 ns 500 ns On Meas Mode Burst Input1 7 5 7 7 3 3 1 2 7 6 100 ns 100 ms Narrow 1 GHz 1zs 100 ms Wide 33 dBm lt 12 4 GHz 28 dBm lt 20GHz 25 dBm lt 26 5 GHz 0 741 Xf GHz 44 61dBm 40 GHz 20 ns X
77. High CounEnd Low LevelDet Int Gate High Restart Restart Low Acquisition Low BST burst measurement CW BST n BST BST n gt n 0 BURST OFF CW EE BURSTON 5 4 BSTMD burst mode BSTMD n BSTMD BSTMD n gt n 1 CARRIER FREQUENCY BURST WIDTH EE BURST PERIOD 5 4
78. ET 3 154 46250Y 3 6 3 1 3 3 GPIB GPIB GPIB Off 1 2 5 10 MHz 10 cm
79. Input2 Inputl Input gt F1 Enterl TInput2 E2 Enterl 1MO Off gt F3 Enter Off Return to Meas lt gt A V 4 49 4 4 50 5 GPIB MEF2412B MF2413B MF2414B
80. 500 4 16 4 3 mput2 1 MD lt gt 10 000 000 000 MHz kHz Hz 10 000 000 00 MHz kHz Hz 10 000 000 0 MHz kHz Hz 1 Hz 10 000 000 MHz kHz Hz 10 Hz 10 000 00 MHz kHz Hz 100 Hz 10 000 0 MHz kHz Hz 100 mHz 4 13 1 MQ 1 kHz 10 kHz 20 000 00 GHz MHz kHz 4 14 10n 100n 1 10 100 1m 10m 100m s 4 14 4 17 4 4 3 4 Me
81. LCD LCD Go LCD 4 gt lt
82. 1MHz 1000000 1000000 HZ 1000 KHZ 1 MHZ 1 GHz GHZ G MHz MHZ MA kHz KHZ K Hz HZ HZ mHz 5 5 5 GPIB 2 second S m second MS M kh Second US TU n Second NS N NS 5 4 2 IEEE488 2 IEEE488 2 39 S 3 5 3 MF24 B ANRITSU 0m 12 MF2412B 13 MF2413B 14 MF2414B n 1 99 No Preset
83. 1 2 1 Imput1 Input1 10 dBm 2 Preset Meas Mode Burst LED 4 4 2 4 4 3 4 4 7 4 43 4 4 4 7 Input1 Inputl 1 2 4 44 WWWW WW On Off i
84. TRSRT n TRSRT TRSRT n lt gt n 10X10 1000X10 sec 1 2 5 step Lik NS US MS S N U M Unit sec 1000X10 sec 10 us 1 2 5 700 us 300 us 5 29 5 GPIB 5 4 5 MF76 5 4 MEF76A MR76A MF24 MF76A 5 5 MF76A GPIB SRE0 ESE2 1 SRE 4 ESE 32 SRE 32 ESE2 1 ESE 32 SRE 36 SRE 16 SRE32 ESE2 1 ESE16 SRE 36 ESE 48 SRE 32 ESE2 1 ESE 48 SRE 36 TRM 1 TRG RST
85. Input1 10 Hz 40 GHz MEF2414B 2 GPIB 7 Go No Go AUX TTL 2 10 sec VCO 1 2 1 2 1 2 9 A B 1 2 1 2
86. Input1 Input1 10 dBm 2 Presetl Meas Mode Burst LED Manual 4 4 2 Auto Manual 4 4 3 Auto 4 46 4 4 TD Trig Delay Enterl Trig Delay V
87. NHK 8 1 3 1 GHz 4 Input2 10 Hz 5 10 Hz 01 02 1 Hz 03 0 1 Hz MF2412B MF2413B MF2414B 8 1 8 3 8 4 9 MF2412B MF2413A MF2414B 9 1 9 2 9 3 O 9 2 NN 9 2 9 21 9 2 9 2 2
88. On Off 40 dB 0 0 On Off 20ns 20 ns X On Off 40 dB 0 6 6 6 4 6 4 INPUT1 FAST INPUT2 1 MQ 6 6 AT V S B
89. 2X10 9day 24 SX10 25 25 10 MHz GPIB IEEE488 2 SH1 AH1 TS L4 SR1 RL1 PPO DC1 DT1 C0 E2 100 230V 47 5 63 Hz 90 VA 80 VA 0 50 213 WX88 HX350 D 5 kg 1 1 4 2 01 02 03 MEF2412B MF2413B MF2414B 01 1 7 02 1 8 03 1 9 1 7 01 MF2412B 01 MF2413B 01 MF2414B 01 10 MHz SX10 9 2X10 9 5X10 9 7 5X10 ON 24H 10 60 2 ON 1 1 8 02 2X10 9 3X10 s 4 5X10 ON 24H 1 5X10 1X10
90. ExtTrig AUX 3 3 3 2 3 2 1 2 2 2 3 4 Return to Meas 20 000 000 000 0 Mean 20 000 000 000 0 Hz Setup LED Off Return to Meas 20 000 000 0w Hz Freq Acq Manual Freq 20 000 MHz Setup LED On Mode Last Manual Measure 3 4 3 8 3 2 3 2 2
91. gt n NSR FAST NORMAL 4 D DSTA data storage start DSTA DSTP data storage stop DSTP 5 5 4 E ESE2 End Event Status Enable Register GPIB End Event Status Enable Register 0 255 ESE2 n ESE2 ESE2 n lt gt n 0 5 4 3 ESE3 ERR Event Status Enable Register GPIB 1 ERR Event Status Enable Register 0 255 ESE3 n ESE3 ESE3 n lt gt n 0 S258 5 4 3 ESR2 END Event Status Register GPIB 1 END Event Status Register
92. 1 2 Temp Template On Off Upper Limit Lower Limit Indicate On Off Ofs Mode Off Offse Offset ppm Last Measure Set Freq Update On Off Stat Mode Off Mean Max Min P P Extract Disc Overlap Sample n 10 2 n 1 2 3 4 5 6 Input Input CH Input1 Input2 hmpd2 50 NN MO ATT ATT2 On Off Sys Recall 0 9 Save 0 9 GPIB GPIB Address 1 30 Talk Only On Off Config Config Freq Ref Auto Int AUX AUXX OffGo END LVL Gate Rest Acq LCD Intensity Bright Dim System 4 12 4 2 TD GW 4 7
93. s 2 1 2 2 2 2 2 2 2 2 1 2 2 2 Input1 Input1 10 dBm E00MHz 406GHz 109Ba Mex 2 2 Input1 2 3 2 2 2 3
94. MBCF n lt gt n HZ CW Off 0 HZ MBWDT measurement data burst width 1 MBWDT n 5 4 lt gt nO NS CW Off 0 NS MBPRD measurement data burst period 1 MBPRD n lt gt n NS CW Off 0 NS MCW measurement data continuOus WaVe 1 CW MCW n lt gt nO HZ 0 HZ
95. ESR2 n gt 5 4 3 ESR3 ERR Event Status Enable Register GPIB 1 ERR Event Status Enable Register ESR37 n lt gt 4 3 5 GPIB 6 7 G GTEND gate end gare width GTEND n GTEND GTEND n gt n 0 Off On GTWDT gate width GTWDT n GTWDT GTWDT n lt gt n 100X 10 100X 10 3 sec NS US MS S N U M Unit sec
96. LED 4 3 14 Restart 1 1 4 3 15 AUX GPIB 0 9 10 1MHz 2 MHz 5 MHz 10 MHz Sys 4 33 20 000 000 0 Hz Select Recall Number 0 45 78 Seved 4 33 1 F1
97. OM 2 gt D1 D2 D3D4 D5 D6 D7 D1 F Hz R ppm W s P s D2 S On Off D3 U UNCAL L No Go Lower side H No Go Higher side G Go M X N P P P J Off gt D4 DS 12 1 D6 E 0 100 E 3 10 E 6 107 E 9 10 D7 LF EOI TRM 0 CRLF EOI TRMI 5 23 5
98. 42 ERA 2 boBllI 18 2 mt 4 2 3 4 3 RN Eb 1 4 8 Sk i SS 4 3 3 kk 4 3 4 3 5 IN 4 3 6 4 3 7 i 498 lt 4 3 9 amp ki A ER lA 4 3 11 kk 4 3 12 L es 0 Et OO 4S AF EN EE 4 3 16 4 8 7 hE i 4 4 4 1 Input1 Auto Auto 4 4 2 Input1 Manual Auto 4 4 3 Input1 Auto Manual 4 4 4 Input1l Auto Auto 4 4 5 Input1 Manual Auto 4 4 6 Input1 Manual Manual 4 4 7 Input1
99. ForI 1 To10 FREO Space 40 Call Receive 0 ADRS FREQ STOPend Print FREO Next I Call ibonlI ADRS 0 End Sub 5 39 5 GPIB 5 N BASIC 5 40 Inputl 1 GHz L3 100 100 ns MG 100 ns 10 SAMPLE PROGRAMS 20 CMD DELIM 0 DIM CNT1 100 CNT2 100 FREQ 100 30 ADRS 8 40 ISET IFC 50 ISET REN 60 PRINT ADRS RST CLS TRM 1 70 PRINT ADRS ACF 1 AF 1GHZiACL 1 AD 3 80 PRINT ADRS TRSSMP 100 TRSRT 100US 90 PRINT ADRS TRG 1 TRGDLY 100US 100 PRINT ADRS TRS 1 110 PRINT ADRS ESE2 1 120 PRINT ADRS CLS 130 PRINT ADRS TRG 140 GOSUB WAITMEND 150 160 PRINT ADRS TRSOFS 170 INPUT ADRS OFS 180 OFS VAL OFS 190 PRINT ADRS MTRS 100 200 FOR 1 TO 100 210 INPUT ADRS CNT1 CNT2 215 CNT1I 1D VAL CNT1 CNT2 VAL CNT2 220 IF OFS lt 0 GOTO 250 230 FREQ TD CNT2 TD CNTI TD 1B 09 ABS OFS 240 250 GOTO 260 FREO 1 ABS OFS CNT2 TD CNTI D 1E 09
100. Ne Bll EN LIL dBm 1 1 Vrms 20 40GHz li HI HH lt zesahz 0 001 co PE he 10MHz 1 FT io RETm tl i0 109 1 107 FL10 Lri05 6 7 Input1 6 8 Input2 dBny 1 1 1 RIN dBm 40GHz 26 5GHz lt 20GHz tH lt 12 4GHz HH 240GHz UH EI HH lm Hs 6 9 Input1 Wide 6 10 Input1 Narrow 6 8
101. 4 3 4 4 4 5 4 4 Input1 Auto Input2 50 Q Inputl Manual L0 L7 Input2 1 MO 20 dBATT Input2 1 M2 4 6 4 5 4 2 4 7 4
102. Sample Rate Level Acq V Trig Delay Gate Widh V 248X60 LCD Locsl Remote Locall Remote LED Remote LED Preset Presel A A 3 1 3 1 2 3 2 3 2 3 2 3 5 3 3 1 3
103. TaAca 200 us 400 us 1790 ms 400 us 600 us 1870 ms 600 us 800 us 1950 ms 800 us 1 ms 2030 ms Manual 30 MHz 0 6 1 GHz CW 40 MHz 1 GHz 15 ms Manual 30 MHz 0 6 1 GHz PulseWidth Wide Only Burst 20 MHz 1 GHz Pulse Width Narrow 40 MHz 1 GHz PulseWidth Wide 15 ms 1 ms Auto 10ms 10 s 1 2 3step Hold Manual 1ms 10 s 1 2 3step Hold 1 9 1 1 6 MF2412B MF2413B MF2414B Input1 10 us 100 us 1 ms Input2 100 MHz 10 us 100 us 1 ms 1 x 2 GHz 2 ms Imput 1 x 800 ns Imput 2 x
104. gt n 0 1 ms 1 2 ms Da 5 ms DR RR 10 ms NR tk 20 ms DN 50 ms CR 100 ms 200 ms Ba 500 ms ON 1 s Ot 2 s 5 5 s 10 s n n 5 25 5 GPIB 5 26 STS statistic function STS n STS STSn gt n 0 off RR mean O00 max SE min p p STSBLK statistic sample extraction STSBLK n STSBLK STSBLK n lt gt n 0 discrete block sequence ke overlap block sequence STSMPL statistic sample point 10 n STSBLK 0 2 nr STSBLK 1 STSMPL n STSMPL STSMPL n gt n 1 6 1 STSBLK 0 10 n n STSBLK 1 2 n
105. 1 2 1 2 1 3 3 1 4 1 4 2 1 4 SD 1 5 6 1 6 9 0 RF 1 6 1 4 2 01 02 03 i 1 12 1 1 1 1 1 ME2412B MF2413B MF2414B 1 ME2412B MF2413B MF2414B Input1 1 1 1 1
106. 4 F4 4 4 On Off On Off 0 Hz Fmax 1 Hz Fmax 20 GHz MF2412B 27 GHz MEF2413B 40 GHz eee MEF2414B Go No Go Go No Go Go No Go Go 4 31 4 4 3 13 Hold LED Restartl 1 Hold
107. GPIB 5 2 5 5 2 5 3 5 4 5 4 5 5 5 5 5 4 2 IEEE488 2 5 6 5 4 3 kk 5 7 5 4 4 5 10 5 4 5 MF76 ee 5 30 5 5 GPIB 5 32 5 5 1 GPIB ki 5 32 5 5 2 GPIB 5 33 6 5 33 5 1 5 GPIB 5 1 MEF2412B MF2413B MF2414B GPIB VCO 5 2 ME2412B MF2413B MF2414B GPIB 5 1
108. T Ns M 6 3 6 4 1 X Inputl1 NORMAL FAST gr Inputl N IE
109. MOFS measurement data offset freduency 1 offset ppm MOFS n gt Offset offset n HZ ppm n ppm 0 HZ 5 19 5 GPIB 5 20 MSTA measurement data frequncy from the statistic point of view mean p p min max MSTA nl n2 gt mean p p n1 nl HZ max nl n2 nl max HZ n2 min HZ min nl n2 nl min HZ n2O max HZ OFF 0 HZ MTRS measurement data transient
110. MM 9 2 kk 9 3 53 5 RR 9 3 32 9 3 9 1 9 9 1 9 2
111. OC 7 1 i 7 2 7 2 kk 7 2 RR lt 1 7 3 7 3 1 7 3 7 3 2 7 5 2 7 6 7 1 1 1 2
112. 20 000 000 0o Hz GPIB Address Address Talk Onry Off 4 36 3 1 F1 GPIB Address Address GPIB 0 30 3 2 F2 GPIB On Off Enter l On Off 4 33 4 4 4 34 F4 gt F4 Enterl 4 37 Config 1 1 1 2 20 000 000 0wHz Autol Bright 4 37 Config FE1 nt Auto FH1 E2 A
113. 4 29 Restart Di Ds Dx Di D2 Dn Tsw Tsw 1st 2nd N Tueas TsrA NXTue s a Discrete Restart Tueas Tueas WA Tueas Tueas ER Di D2 Dx Da Driz2 TsrA1 TsrA2 TsrA2 1st 2nd 3rd N Tueas Tsra1 1 Tug sXN TsrA2 2 TuMEAs b Overlap 1 Auto max 50 ms 2 4 29 4 29 4 3 EF3 2 Overelap 10 Discreee n F3 4 30 172 3 4 5 6
114. 60 WBYTE amp H14 70 PRINT ADRS RST CLS TRM 1 80 PRINT ADRS ESE2 1 90 PRINT ADRS SMP 9 RES 3 100 PRINT ADRS CLS TRG 110 FOR 1 TO 10 120 GOSUB WAITMEND 130 PRINT ADRS MCW 140 INPUT ADRS FREO 1s IHz CW 150 PRINT FREQ CW 160 NEXT I 170 END 180 WAIT MEASURE END 190 WAITMEND 200 POLL ADRS S 210 IF S AND 4 0 GOTO 200 220 PRINT ADRS CLS 230 RETURN 240 END 5 33 5 GPIB Visural Basic Sub SAMP1 ADRS 8 Cls Call SendIFC O If ibsta And EERR Then Call ERRMSG ADRS Error IFC End If Call DevClear 0 ADRS If ibsta And EERR Then Call ERRMSG ADRS Error DCL End If Call Send 0 ADRS RST CLS TRM 1 NLend If ibsta And
115. Cw High Imnt Internal Count Gate Hish Rest Restart Restart 1 us 50ns Low Acq Acquisition Low High 4 3 4 3 F3 LCD Bright Dim 4 4 F4 4 41 MEF24 B Anritsu MF24 B Self Check Pass LCD C Pass Pass ASIC Pass Pass PLL Lock Pass Freq Meas Pass 4 39 4 3 16 GPIB T GPIB
116. 20 m 4m 15 GPIB 5 32 5 6 5 5 2 GPIB GPIB PB or 8 5 6 NEC GPIB N BASIC Nr GPIB NI 488 2M Visual Basic 1 Input1i CW Auto 1s 1Hz N BASIC 10 SAMPLE PROGRAM1 20 CMD DELIM 0 30 ADRS 8 40 ISET IFC 50 ISET REN
117. 4 2 3 4 8 Anritsu MF2414B Self Check Pass LCD C Pass Pass ASIC Pass Pass PLLLock Pass Freq Meas Fail 4 8 4 13 4 o 4 3 1 4 3 1 Input l 20 000 000 Om Hz mput Input CH Input1 4 9 1 F1
118. Input2 Input2 On Off BST BSTMD BSTPL BSTWDT On Off 5 2 5 1 On Off On Off
119. 2007 19 2 7 3 Copyright 1998 2007 ANRITSU CORPORATION Printed in Japan WARNING 1 4 I CAT I CAT HI IV IEC 61010 CAT I CAT CAT I
120. 3 3 FN 1 4 Line Innut 1 2 5 10MHs Outrut 50 60H5 90VA Max 1npnt GFI 100 120Y 200 240Y ET 3 154 A0250Y tr B D 7 SH1 AH1 TS 14 SR1 DC1 RL1 PP DT1 CO EZ er to Anna1 for address L 3 3 3 3 Of On On AC L
121. Trigger Delay TD Gate Width GW Freq Acq Freql Level Acq Levell Burst Burstl Setup LED Resnoiution wm lt gt Enter l lt gt Resolution lt gt Enter 2 On Off Sgmple Rete A VY V
122. 2 GHz 2 Gms Normal DReference Output Inputl mputl 7 3 7 7 3 1 2 Input2 50 Q 10 MHz 1 GHz 1 10MHz 1 GHz 25 mVrms 1 X
123. 2 3 Input2 1MO ATT Off Reterence Output Input2 Impu2 7 4 7 3 7 3 2 1 2 3 600MHz 20 GHz MF2412B 600 MHz 27 GHz ee MF2413B 600 MHz
124. 25 mVrms 10 Vrms 1 MO 25 mVrms 2 Vrms 50 0 External Trigger Input 1 5 V 2 10 Vi n Reference Input 1 5 Vs Reference Output 2 Vp p Inputl 50 0 Input2 1MQ 235pF 50Q External Trigger Input 100 Q Reference Input 21kQ Reference Output 400 Q Inputl Inpu 2 External Trigger Input Reference Input Reference Output 1 6 1 4 1 6 MF2412B MF2413B MF2414B H Input1 N MF2412B SMA MEF2413B K MEF2414B Input2 BNC External Trigger Input BNC Reference Input BNC Reference Output BNC Int Ext External Trigger Input Line AC LINE i OFF 20ns 0 1s 320 ns 20 ns 1 us 40ns 1us 2 100 ns 0 1 s Pulse Width Narrow 1 us 20 ns 1 us 0 1s Pulse Width Wide 1us 2 Manual
125. ON 1 2 5 X10 200 g 1 4 1 9 03 s X10 1X10 9 ON 48H 10 60 25 X10 200g 2 2 1 2 2 225 2 3 2 2 1 ki 2 3 2 2 2 Input1 2 3 2 2 3 Input2 2 4 2 2 4 Reference1 2 5 10 MHz Input 2 5 2 2 5 External Trigger Input ii 2 6 2 3 i 2 7 2 3 1 kk 2 8 2 3 2 i 2 8 23 9
126. V 4 18 4 3 4 3 6 Imputl Auto Manual Manual 1 MHz ME2412B 600 MHz 20 GHz 1 MHz MEF2413B 600 MHz 27 GHz 1 MHz MF2414B 600 MHz 40 GHz 1 MHz Freqd 4 16 20 000 000 Ou Hz Freq Acq Manual Freq 20 000 MHz Mode Last Manual Measure 4 16 1 F1 Auto Manual Auto Manual
127. AF frequency for manual acquisition AF n AF AF n gt n 600X106 20X10 Hz ME2412B 600X106 27X10 Hz MF2413B 600X 10 40X10 Hz MF2414B GHZ MHZ KHZ HZ G MA K Unit Hz MHz MHz ATTN input2 attenuater Input2 1 MO RS ATTN n ATTN ATINn n ATT THRU 1 20 dB ATTON 5 GPIB 2 5 12 AUX auxiliary output AUX AUX n AUX AUX n lt lt gt n 0 Off Go No Go eo Count End Se Level Det A Int Gate Ds Restart Gu Acquisition Go Nogo High Low
128. T1 T2 T1 a 5 6 6 2 1 1 1 X Input2 1 MO 10 Hz 10 MHz 1 2 1 10 CPU CPU 6 3 6 N 1 2 3 NN 1 2 3 SO ON N
129. 100 lk 10k 100k 1M 10M 100M 1G Hz Normal 1 X 1 GHz 10 ms 1 X 2 GHz 2 ms 10 MHz 1 GHz 1 X 10 Hz 10 MHz 1 X 1 8 1 4 1 6 Auto Manual Auto CW FM 35 MHz 30 ms Burst FM 35 MHz 1GHz 0 dBm Tco TAca ITAco gt Ti A Tscu 4x Ts 200 us x K K B T A Te TaAcai T 1 us lt T 1 ms 1 ms lt T 10 ms 10 ms lt T 100 ms B Te K FRR 1 us Te 10 us 10 us T 100 us 100 us T 100 ms C T 100 us K 100 T
130. n 0 Fmax HZ GHZ MHZ KHZ HZ G MA K Unit Hz Fmax 20GHZ MF2412B 27GHA ais MF2413B 40 GHZ MF2414B OM output mode MF76 CPU Input OM n OM OM n n 0 Cpu Input NC a 4 1 NS Sa _ _ L_ Cpu Input em 5 4 OM 0 OM 1
131. 12 GHz 20 000 000 Om Hz MEUEUWNMV 12 Mode Count Manual Fast 4 17 Manual Freq Enter lt gt Return to Meas F4 FasVNormal Fast F4 Normal Count Normal Fast Normal Meas Mode Burst Nomal Fas 4 3 4 3 7 Meas Mode Burst
132. Input2 Max 10 ms 10 Hz SRO 5 6 Inputl 100 ms 100 kHz 10 GHz N BASIC 10 SAMPLE PROGRAM3 20 CMD DELIM 0 30 ADRD 8 40 ISET IFC 50 ISET REN 60 WBYTE amp H14 70 PRINT ADRD RST CLS TRM 1 80 PRINT ADRD ESE2 1 SRE 4 90 PRINT ADRD ACF 1 AF 1GHZ 100 PRINT ADRD BST 1 BSTMD 1 110 PRINT ADRD SMP 6 RES 8 SH 1 120 ON SRQ GOSUB SRQMEND 130 140 MAIN ROUTINE 150 SRQ ON 160 ENDFLG 0 CNT 0 170 PRINT ADRD CLS TRO 180 ENDFLG 0 190 IF ENDFLG gt lt 1 GOTO 190 200 CNT CNT 1 210 IF CNT lt 10 GOTO 170 220 END 230 240 SRO ROUTINE 250 SROMEND 260 POLL ADRD S 270 IF S AND 0 GOTO 350 280 PRINT ADRD CLS 290 PRINT ADRD MBCF2 300 INPUT ADRD FREQ 310 PRINT ADRD MBWDT 320 INPUT ADRD WDT 330 PRINT FREQS WDT 340 ENDFLG 1 350 SRQ ON 360 RETURN 370 END
133. ee 2 10 2 1 2 2 1 0 50 NINE NI A 0 2 1 10 cm 10 cm 9
134. 3 4 2 IEEE488 2 3 4 4 1 ASCII 2 2 ASCITI MF2412B MF2413B MF2414B
135. 2 3 4 9 3 2 9 3 9 4 A A 1 B es B 1 1 2 A MEF2412B MEF2413B MF2414B CW CW 100 Hz 100 Hz 100 ms 100 ms Input2 Input2 1 MO 20 dbmA
136. Presedd Input2 Inpul l Input lt gt F1 Enter Input2 Return to Measl gt A V 4 4 4 4 10 Input2 10 Hz 10 MHz 10 Hz 10 MHz mput2 1 MQ 10 MHz 1 GHz mput2 30 Q 4 4 9 1 2 Input2 Input2 10 Vrms 1 MQ 2 Vrms 50 Q OR Preset
137. 100 MDS Tjoo OFS offset OFS n S OFS OFS n gt n UR Off Oo OFFSET On OFFSET On Sa ppm s 0 OFSFRQ NMR OFSFRQ OFSDT offset data On Off On OFSDT n OFSDT OFSDT n gt n Off On 5 21 5 GPIB 5 22 OFSFRQ offset freduency OFSFRQ n OFSFRQ OESFRQ n
138. 5 GPIB Visural Basic Sub SAMP2 ADRS 8 Cls Call SendIFC 0 If ibsta And EERR Then Call ERRMSG ADRS Error IFC End If Call DevClear 0 ADRS If ibsta And EERR Then Call ERRMSG ADRS Error DCL End If Call Send 0 ADRS RST CLS TRM 1 NLend If ibsta And EERR Then Call ERKRMSG ADRS Error SENDING COMMAND End If Call Send 0 ADRS ESE2 2 SRE 4 NLend Call Send 0 ADRS TINPCH 2 NLend Call Send 0 ADRS STS 2 NLend Call Send 0 ADRS SMP 3 RES 4 SH 1 NLend For 1 1 To 10 FREO Space 40 Call Send 0 ADRS CLS TRG NLend Call Waisrqd ADRS Call Send 0 ADRS MSTA NLend Call Receive 0 ADRS FREQ STOPend Print FREO Next I Call ibonl ADRS 0 End Sub Sub Waisrq ADR Do Call WaitSRO 0 SRQasserted If SROasserted 0 Then Call ERRMSG ADRS Error did not assert SRO End If Call ReadStatusByte 0 ADR Status If ibsta And EERR Then Call ERRMSG ADRS Error could not read STB End If Loop Until Status And amp H4 amp H4 Call Send 0 ADRS CLS NLend End Sub 5 36 END
139. S B AT 2AT T 2AT T 2AT T 2E TS T E 2xrE T 2AT T E E 6 6 GATE 2 T 6 2 6 3 EN GATE GATE 2 T GATE GATE T 2 T 6 6 6 6 MF2412B MF24123A MF2414B 6 7 6 10
140. 1M 10k 100 10 m 10n 100n lg 10 100 lm 10m 100m s 1 GHz 200 s Tus max T Ts 20s X 1 amp XTew 2s 200 ms 20 ms 100 kHz 5 ms Tew 0 1 1 MHz 5 ms Ts 30 us T 2 f 1 2 GHz 2 rms 1 Toy 1 7 1 1 6 1 ns 20 ns ws 1 ns 20 ns X rs CW Inputl 1MHz 1us 0 1 Hz 10 s Normal 1 MHz 0 18 us 0 1 Hz 1 8 s Fast Imput2 10MHz 1GHz 500 1MHz 1 us 0 1 Hz 10 s 10 Hz 10MHz 1MO 103 1014 105 105 107 108 ImRz SA
141. Gate Width Trig Delay 20 000 000 000 Hz Trig Delay Ti Trig Delay Gate Width 100 000 us 120 000 us Enterl Enter l Trig Delay Trig Delay 2000000000oHz TigDelay TD Trig Delay Gate Width 100 000 us 120 000 us lt gt Gate Width 2000000000oHz Tigpeay GW Trig Delay Gate Width 100 000 us 120 000 us 4 21 GW 4 21
142. 1 Trig Delay 100 000 us 120 000 us 4 7 ST gt
143. INPCH 2 INP2Z 0 INPCH 2 INP2Z 1 INPCH 1 RES 2 RES 3 RES 4 RES 5 RES 6 RES 7 RES 8 RES 9 RES 0 RES 1 RES 2 RES 3 SH 0 SH 1 SH 0 5 30 5 4 5 5 MF76A GPIB MF76A GPIB MF2410 GPIB MA ACF0 ACF 1 1 OF OFS 0 OFS 1 1 OFS 2 1 OFSDT 1 OFSDT 1 OFS 0 OFS 3 BST 0 BST 1 ACL 0 ACL 1 1 OM0 OM 1 5 31 5 GPIB 5 5 GPIB GPIB 5 5 1 GPIB GPIB GPIB 1 15
144. 2 3 Imput2 DReference Output Input2 mput2 7 3 1 3 Input2 1 MQ 10 Hz 10 MHz 1 10 Hz 10 MHz 25 mVrms 1 X
145. 40 GHz ee MF2414B 11161 lt 12 4 GHz eS lt 20GHz 51 15110 lt 26 5 GHz 10 741Xf GHz 44 6 dBm 2 40GHz OTSUNE i Narrow 1 X 2 T_ 2 GHz 2 rms Tow 2 Narrow 1 MHz Manual DReference Output Off
146. 64 100 2000 1 2 Sstep 10 us 1 ms 1 2 Sstep MF2412B 0 Hz 20 GHz MF2413B 0 Hz 27 GHz MF2414B 0 Hz 40 GHz 1 Hz 1 4 1 6 MF2412B MF2413B MF2414B fc fs Ifc fs I2500 MHz 2 dBm 600 MHz fc gt 40 GHz 2 dBm 600 MHzS fc 40 GHz lt 35 dBc lfc fs gt 500 MHz 2 dBm 600 MHz fc 20 GHz lt 27 dBc 20 GHz fc 27 GHz lt 32 dBc 27 GHz fc 40 GHz lt 0 741 x fc GHz 12 dBc 2 dBm 600 MHz fc 20 GHz lt 35 dBc 20 GHz fc 27 GHz lt 40 dBc 27 GHz fc 40 GHz lt 0 741 x fc GHz 20 dBc 12 1 248X60 LCD 5X10 day 30
147. Ineut2 10Hz 1GHz 10Yrms Max 1MEI 2Vrms Max 502 Input2 Input2 LED 10 Hz 1 GHz Input2 LED Input2 Imnput2 Input imput CH Input2 Hold Restartl Hold LED Hold Hold Hold LED Restart l Restart l 1 Freausncy Mavwisitlon utG MM Hanual am Frequency Acquisi
148. n 13 TRG trigger mode TRG n TRG TRG n gt n 0 INT OO as EXT NG LINE TRGDLY trigger delay TRGDLY n TRGDLY TRGDLY n gt n 0 20X10 100X10 sec n 5 4 NS US MS S N U M Unit sec 20 ns 320 ns 20 ns 320 ns 1zs 40 ns 1zs 100 ms 2 20ns Off TRGPL trigger edge polarity SR TRGPL n TRGPL TRGPL n lt gt n positive 1 negatiVe 5 27 5 GPIB 5 28 TRM terminator
149. n 100ns 1zs 20 ns 1zs 100 ms 2 INPCH input channel INPCH n INPCH INPCH n gt n 1 CHANNEL 1 RS CHANNBEL 2 8 5 4 INP2Z ch2 input impedance CH2 INP2Z n INP2Z INP2Z n lt lt n 0 50 RQ De 1MQ LMT limit on off template function LMT n LMT LMT n gt n Ok Off On LMTDIR limit direction indicator
150. AUTO nn MANUAL s OF AF 1 AF ACL level acquisition AD ACL n S ACL ACL n gt n On AUTO MANUAL s OA AD 1 AD 5 4 AD manual amplitude discrimination Inputl AD n AD AD n n PO 0 dB OR 6 dB 12 dB ao 18 dB SE 24 dB OS PO 30 dB ans 36 dB OR 42 dB
151. 000 500 Hz Go 4 F CNF LO UPF 99 999 000 Hz 100 001 000 Hz 4 31 On Temp 4 32 Return to Meas On 4 31 20 000 000 Om Hz Upper Limit 20 000 000 000 Hz Lower Limit 19000 000 000 Hz Template Indicate On On 4 32 1 F1 On Off 2 F2 Upper Limit Upper Limit 3 F3 Lower Limit Lower Limit
152. 3 4 6 3 qi 4 5 4 36 32 2 5 10 3 4 3 6 4 8 4 31 4 27 6 1 amp 4 25 6 7 4 22 10 MHz 3 5 4 25 4 14 4 14 4 21 4 21 4 21 4 17 4 13 2 9 3 6 1 6 1 4 3 7 6 4 4 32 4 19 4 18 4 9 NN 4 25 4 32 4 32 6 4 4 18
153. 4 49 lt Enter Width Period 4 4 lt gt F2 Enterl Off 20 000 000 Ow Hz Polarity Width LT1 Wide 4 50 Wide Narrow lus Narrow E3 Enterl Narrow 20 000 000 0w Hz Mode Polarity Width Width Narrow 4 51 Return to Meas
154. 5 GPIB ki 5 32 56 RS i 2 5 33 6 6 1 6 2 kk 6 3 6 4 kk 7 7 1 7 2 kk 7 3 kk 8 8 1 kb 8 2 kk 83 9 7 9 1 9 2 kk 9 3 kk A B ee 6 1 6 2 6 3 6 6 6 7 7 1 7 2 7 2 7 3 8 1 8 2 8 2 8 3 9 1 9 2 9 2 9 3 1 MF2412B MF2413B MF2414B
155. Else FREO 1 Abs FOFS CNT2 CNT1 1000000000 End If Print FREQ I Next I Call Send 0 ADRS TRS 0 RTM NLend Call ibonl ADRS 0 End Sub 5 41 5 GPIB 5 42 6 ME2412B MF2413B MF2414B 6 2 9s 6 3 6 3 6 6 6 4 6 1 6 6 1 6 1 Inputl MIX AMP scHMITT sgna COUNT BURST DET LF detect LOCAL GATE SYNTHESIZER LEVEL DET level CLK External Trigger LEVEL DET Input2 5o 1M 1 2 Reference Input M 2 M 5 M or 10 MHZ 10 MHz AUX GPIB DOwer off 39 999 999 999 GHz MHz KHz Hz Power on COUNT CLK SELECT TIME BASE CPU SELECTOR AUX GPIB 61 6 2 6 2
156. GHz 10 ms 2 GHz 2 rms 6 5 6 6 3 Inputl BURST DET CPU en N N M 6 5
157. GPIB 11 5 24 REF reference frequency REE n REF REF n lt gt n Auto MNO Internal RES frequency resolution RES n RES RESn lt gt n OR 1 mHz AS Se 10 mHz Dr 100 mHz l Hz 10 Hz 100 Hz RE 1 kHz 7 10 kHz Bu eateat 100 kHz DR Rt 1 MHz RTM return to measure RTM 12 S n 1 Stan Sampling Hold SMP Sample rate SH Sampling hold SH n SH SHn gt 5 4 Hold SH 1 TRG GET SMP SMP SMP lt
158. Hz Mode Model Mode3 Mode Mode2 4 6 4 10 4 2 4 7 4 7 2 Meas Mode CW Burst Freq Mode Auto Manual Last Measure Set Freq Count Fast Normal Level Mode Auto Manual Auto Last Measure Up Down V Burst Mode Freq Width Period Polarity Po 1 Neg Width Wide Narrow amp End Trig Mode Int Ext Line Slope Rise Fal Gate End On Off TD 4 4 7
159. IF Fx N F1 Fx N N F1 6 4 IF IF AMP Fx FI IF FE2 Fx N F1 F2 6 4 6 2 NORMAL FAST Inputl NORMAL 1 x 1 EAST 1 X 2 7 1
160. Input2 Input2 1 MQ 10 Vrms 50 Q 2 Vrms 10Hz 1GHz 10Vrms Mex 1HG 2Yrms Mux 509 2 3 input2 2 4 2 2 2 2 4 Reference1 2 5 10 MHz Input Reference1 2 5 10 MHz Input 1 5 Vp p 7 Vp p 1 2 5 10MHz TnPut 2 4 Reference1 2 5 10 MHz Input 2 2 2 5 External Trigger Input External Trigger Input 10 Vp p
161. Remote LED 3 4 Trig 3 4 S A Setup LED 3 4 AC 3 6 U AUX 3 7 UNCAL 4 6 D Discrete 4 29 F Frequency Acquisition LED 3 3 G GPIB 4 33 GPIB 3 7 GPIB 5 4 GPIB 4 33 GPIB 5 32 4 14 2 3 4 31 1 5 1 4 01 1 12 02 1 12 03 1 13 4 26 7 7 4 25 3 7 1 3 7 3 7 4 35 5 5 5 33 4 15 1 6 5 2 6 4 3 4 32 4 13 4 19 4 16 A 1 4 32 3 6 4 9 4 5 4 18
162. Send 0 ADRS BST 1 BSTMD 1 NLend Call Send 0 ADRS SMP 6 RES 8 SH 1 NLend For I 1 To 10 FREOQ Space 20 WDT Space 20 Call Send 0 ADRS CLS TRG NLend Call Waisrq ADRS Call Send 0 ADRS MBCE NLend Call Receive 0 ADRS FREQ STOPend Call Send 0 ADRS MBWDT NLend Call Receive 0 ADRS WDT STOPend Print FREO WDT Next I Call ibonl ADRS 0 End Sub 5 38 END 1 GHz 100 ms 100 kHz 5 6 4 Input2 1MQ ATT On 10 ms 1 Hz 0 N BASIC 10 SAMPLE PROGRM
163. frequency Go Af Xfi MTRS n 5 Ti mi Ts m2 Tr mn n 100 200 500 1000 2000 lt gt Tm i 1 n n Afi mi Ti X10 Hz i 1 2 Tn K Afi mal Tex10 Hz 1 1 25 n k 1 top TRSOFS Xfi Xn abs fo Af fo 0 Xfi abs fo Afi fo 0 abs fo fo 10 5 4 MDS measurement data frequency from the data storage memory O r
164. 0 ms 4 10 Inputl Auto 10 ms 5ms 10 ms Auto 4 15 4 4 3 3 lt gt 4 12 4 13 Inputl 500 Input2 500 lt gt 0 1 Hz 20 000 000 000 0 GHz MHz kHz Hz 20 000 000 000 GHz MHz kHz Hz 20 000 000 00 GHz MHz kHz Hz 20 000 000 0 GHz MHz kHz Hz 20 000 000 GHz MHz kHz 20 000 00 GHz MHz kHz 20 000 0 GHz MHz kHz 20 000 GHz MHz 100 kHz 4 12
165. 1 Input1 Auto Input1 MF2412B 600 MHz 20 GHz MF2413B 600 MHz 27 GHz MF2414B 600 MHz 40 GHz Auto 1 Imputl Inputl1 10 dBm Presetl Inputl Auto Auto V 4 37 4 4 4 2 Input1 Manual Auto Manual Manual RE
166. 1l Input1 10 dBm 2 gt Presel Manual Levell Level Acq lt gt F1 Enter Manual 20 000 000 Ow Hz Level Acq Manual Ampl Disc LO Mode Last Manuall Measure 4 43 0 A V 4 39 4 Retum to Meas l Levell 20 000 000 000 0 4 44
167. 260 FREO STR FREQ TDD HZ 270 PRINT FREOS 280 NEXT I 290 PRINT ADRS RST 300 END 310 WAITMEND 320 POLL ADRS S 330 IF S AND 0 GOTO 320 340 RETURN 350 END 1 GHz L3 100 100 hs 100 ps On 5 6 Visural Basic Sub SAMPS ADRS 8 Static FREO 100 Cls Call SendIFC O If ibsta And EERR Then Call ERRMSG ADRS Error IFC End If Call DevClear 0 ADRS If
168. 4 20 CMD DELIM 0 30 ADRS 8 40 ISET IFC 50 ISET REN 60 WBYTE amp H14 70 PRINT ADRS RST CLS TRM 1 80 PRINT ADRS INPCH 2 INP2Z 1 ATTN 1 Input2 1MQ ATT On 90 PRINT ADRS SMP 3 RES 3 STS 1 10ms IHz 100 PRINT ADRS OM 0 0 110 INPUT ADRS FREQ 120 PRINT FREQ 130 GOTO 110 140 END Visural Basic Sub SAMP4 ADRS 8 Cls Call SendIFC O If ibsta And EERR Then Call ERRMSG ADRS Error IFC End If Call DevClear 0 ADRS If ibsta And EERR Then Call ERRMSG ADRS Error DCL End If Call Send 0 ADRS RST TRM 1 NLend Ifibsta And EERR Then Call ERRMSG ADRS Error SENDING COMMAND End If Input2 IMQ ATT On Call Send 0 ADRS INPCH 2 INP2Z 1 ATTN 1 NLend 10 ms 1Hz Call Send 0 ADRS SMP 3 RES 3 STS 1 NLend Call Send 0 ADRS OM 0 NLend 0
169. 4 3 8 4 20 erfs MM 1 1 1 i Trig Delay a Gate Width On Off 4 20 4 22 RE 4 3 On Off 0 ns 100 ms 4 12 0 ns 320 ns 320
170. 6 5 4 5 4 3 S 1 MSB LSB Standard Even Status Register ESR CL O Standard Event Status Enable Resister ESE lt NR1 gt Queue Service Request Generation Output Queue Status Byte Register STB Logical OR 1 1 1 1 Service Request Enable Register SRE lt NRI gt 11 1 1 1 1 SRE End Event Status Register ESR2 Logical OR End Event Status Enable Register ESE2 lt NRI gt ERR Event Status Register ESR37 Logical OR ERR Event Status Enable Register ESE3 lt NRI gt ESE37 5 1 5 GPIB 1 Standard Event Status Register PON Power On Power Off On URQ User Request 0 CME Command Error
171. 60 HRM553S NJ SMAP 0526 INJ SMAJ 6 6 t 0527 KP KP DC 40GHz2 66 6 we JO127A Im BNCP RG58AU HNCP N P 20 GHz APC3 5 P 27 GHz MPe12A NPINT DC 1GHz J0007 GPIB 1m J0008 B0409 BO426A B0329L B0390G 19 1 BO411A 19 2 GO0083A UPSS00VA 100 100 V 500 VA GO0083B UPS700VA 115 115 V 700 VA GO0083C UPS700VA 230 230 V 700 VA 7 MF2414B Inputtl K K224 2 MF2412B MF2413B MF2414B
172. A 250 V F0012 50 60Hs 90YA Maz 100 120 200 240Y ET 3 15A AC250Y F AC ON AC
173. EERR Then Call ERRMSG ADRS Error SENDING COMMAND End If Call Send 0 ADRS ESE2 1 NLend Call Send 0 ADRS SMP 9 RES 3 NLend 1s 1Hz Call Send 0 ADRS CLS TRG NLend ForI 1 To 10 FREO Space 20 Call Serpoll ADRS Call Send 0 ADRS MCW NLend Call Receive 0 ADRS FREO STOPend Print FREO Next I Call ibonI ADRS 0 End Sub Sub Serpoll ADR Do Call ReadStatusByte 0 ADR Status Hf ibsta And EERR Then Call ERRMSG ADRS Error could not read status byte End Tf Loop Until Status And amp H4 amp H4 Call Send 0 ADR CLS NLend End Sub 5 34 5 6 Input2 50 0 10 ms 10 Hz Max N BASIC 10 SAMPLE PROGRAM2 20 CMD DELIM 0 30 ADRS 8 40 ISET IFC 50 ISET REN 60 WBYTE amp H14 70 P
174. MF2412B MF2413B MF2414B 3 M W1520AW 3 0
175. RINT ADRS RST CLS TRM 1 80 PRINT ADRS ESE2 2 SRE 4 90 PRINT ADRS INPCH 2 100 PRINT ADRS STS 2 110 PRINT ADRS SMP 3 RES 4 SH 1 120 ON SRQ GOSUB SROQOMEND 130 140 MAIN ROUTINE 150 SRO ON 160 ENDFLG 0 CNT 0 170 PRINT ADRS CLS TRG 180 ENDFLG 0 190 IF ENDFLG gt lt 1 GOTO 190 200 CNT CNT 1 210 IF CNT lt 10 GOTO 170 220 END 230 240 SRQ ROUTINE 250 SROMEND 260 POLL ADRS S 270 IF S AND 4 0 GOTO 330 280 PRINT ADRS CLS 290 PRINT ADRS MSTA 300 INPUT ADRS MAX MIN 310 PRINT MAX MIN 320 ENDFLG 1 330 SRO ON 340 RETURN 350 END END Input2 Max 10ms 10 Hz SRO 5 35
176. TT Input1 Inputl 50 A 50 0 On On Auto Auto Fmax Fmax Fast Fast LO LO Freq Fred Pos Pos Wide Wide Int Int Rise Rise Off Off 100 ms 100 ms Off Off Fmax Fmax 0 Hz 0 Hz Off Off Off Off 0 Hz 0 Hz Off Off Off Off Disc Disc 1 1 Off Off 1 ms 1 ms 2000 2000 GPIB AUX Fmax MF2412B 20 GHz MF2413B 27 GHz MF2414B 40 GHz Auto Auto 8 Off AUX Off Off Brighy A 1 A 2 B khNo MF2412B MF2413B MF2414B No Hz
177. UX AUX F2 4 41 AUX 1 Off Go End Lv1 Gate Rest Acq Enter 4 37 Config FE2 20 000 000 Ow Hz Off Go End Lvl Gate Rest Acq Freq Ref Intensity System Auto Bright 4 38 Config Off High Go Go No Go High Low Low End CountEnd 1 us 30 ns Low Lvl Level Det
178. as Model Burst LED Meas Mode l Burst LED Meas Mode Input 2 Input2 4 3 5 Inputl Auto Manual Manual 0 L0 42 dB 7 L7 0 dB 6 db Levell 4 15 Level Acq V
179. dBm Presetl ul Meas Model Burst LEBD 4 4 2 600 MHz 1 GHz 30 MHz 1 GHz Narrow 20 MHz 1 GHz Narrow 40 MHz 4 4 7 Manual 4 42 4 4 4 4 6 Input1 Manual Manual
180. ibsta And EERR Then Call BRRMSG ADRS Error DCL End If Call Send 0 ADRS RST CLS TRM 1 NLend If ibsta And EERR Then Call ERRMSG ADRS Error SENDING COMMAND End If Call Send 0 ADRS ESE2 1 SRE 4 NLend END Call Send 0 ADRS ACF 1 AF 1GHZ ACL 1 AD 3 NLend 1 GHz L3 Call Send 0 ADRS TRG 1 TRGDLY 100US NLend 100 Rs 100 100 hs Call Send 0 ADRS TRSSMP 100 TRSRT 100US TRS 1 NLend On Call Send 0 ADRS CLS TRG NLend Call Waisrq ADRS OFS Space 40 Call Send 0 ADRS TRSOFS NLend Call Receive 0 ADRS OFS STOPend FOFS Val OFS Call Send 0 ADRS MTRS 100 NLend For I 0 To 99 BUF Space 40 Call Receive 0 ADRS BUF STOPend SEP InStr BUF CNT1 Mid BUF 1 SEP 1 CNT2 Mid BUF SEP 1 If FOFS gt 0 Then FREQ I Abs FOFS CNT2 CNT1 1000000000
181. ns 1 us 40ns ns lus 100 ms 2 100 ns 100 ms Wide 1 us Wide 1 us 1us 4 13 5 4 23 4 TD 4 21 V V Enter Trig Delay Enterl Trig Delay gt Gate Width
182. ompleted RAM Pass LCD C GPIB C Pass ASIC b Microwave Frequency Counter MF2414B Self Check completed RAM Pass LCD C GPIB C Pass ASIC Anritsu MF2414B Self Check Pass LCD C Pass Pass ASIC Pass Pass PLL Lock Pass Freq Meas Fail 9 Microwave Frequency Counter MF2414B Self Check completed RAM Pass LCD C GPIB C Fail ASIC gt Press Preset key to continue GPIB 4 1 4 4 4 2 4 2 4 2 ii 4 2 1
183. tion LED Input1 Auto Manual Auto Manual requency Acquisition LED Auto Auto Freq Acq Mode Auto Meas Model Meas Mode LED Meas Mode LED
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