Agilent Technologies 11970-90031 manual For further information, consult the Agilent 70900B

Page 44

Operation

Operation

Using the Mixers with MMS Analyzers

To print out an existing AMPCOR table, use the program listed below:

10 dim A$ (1:20) [30]

20 OUTPUT 718; “CONVLOSS 0DB;”

30 OUTPUT 718; “AMPCOR 50 GHZ, 46.1DB, 52GHZ, 46.7DB, 53GHZ,47.2DB;” 40 !

50 OUTPUT 718; “AMPCOR?;”

60 ENTER 718 USING “%,k”;A$ (*)

70 !

80 FOR I=1 TO 10

90 PRINT “Point “;I,A$ (I)

100 NEXT I

110 END

Line 30: Generates an AMPCOR table.

Line 60: % specifies that an EOI terminates the entire statement. “K” specifies that an

LF terminates the individual string entry.

Returned values are in the format where the frequency in Hz is listed first, followed by the conversion loss in dB. See the following example:

Point 1 50.00000000E+9,46.1

Point 2 52.00000000E+9,46.7

Point 3 53.00000000E+9,47.2

Point 4

Point 5

Point 6

Point 7

Point 8

Point 9

Point 10

Point 11

NOTE

For further information, consult the Agilent 70900B

 

Local-Oscillator-Controlled Modules Programming Manual, part number

 

70900-90284.

 

 

44

Chapter 2

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Contents Manufacturing Part Number OctoberCertification Limitation of Warranty Page Contents Service General Information Introduction Serial NumbersSeries Harmonic Mixers Mixer Connection Kit, Option Specifications Waveguide Connector Screws11970 Series Specifications LO Harmonic Number LO Input Frequency Range Model RF Frequency Range 11970 Supplemental Characteristics Specifications Operation Operating Precautions IntroductionGetting Started Mixer ConnectionsGetting Started Loading Data Viewing DataSet up the equipment Harmonic Mixer SetupAmplitude Calibration Manually Entering Conversion-Loss DataSignal Identification Chapter Spectrum Analyzer Amplitude Calibration Signal Identification AYZ Using the Mixers with the 856X Series Spectrum Analyzers External Mixer SetupSelect the Frequency Band External Mixer Frequency RangesSave the average conversion-loss value Select the band of interestSignal Identification 10 Store and correct for conversion lossIdentify signals with the frequency-shift method 11 Signal Responses Produced by a 50 GHz Signal in U Band12 Response for Invalid Signals Identify signals in wide frequency spans 14 SIG ID AT MKR Performed on an Image Signal15 SIG ID AT MKR Performed on a True Signal Equipment Connection Using the Mixers with MMS AnalyzersPreliminary Operation Amplitude Calibration for a Single Frequency OperationBand Selection External Mixing Bands and Associated Mixing Harmonics Band Harmonic Number N Frequency Range GHz Sets which active input port will be selected when the Instr Frequency Ranges and Corresponding Harmonic Numbers Conversion Loss Versus Frequency Correction For further information, consult the Agilent 70900B Using the Mixers with the 8566B Spectrum Analyzer 17External Mixer ConnectionProcedure Amplitude CalibrationSignal Identification 19 Sample Mixer Calibration Table Performance Tests Test Record Recommended Test Equipment for 11907K Performance Test ProceduresDescription Recommended Test Equipment for 11970A Recommended Test Equipment for 11970Q Recommended Test Equipment for 11970U Recommended Test Equipment for Recommended Test Equipment for 11970W Specifications Conversion Loss and Frequency ResponseDescription 11970V 50.0 GHz 11970W 75.0 GHz For 11970V or W Then press Center Frequency Conversion Loss and Frequency Response Conversion Loss and Frequency Response Performance Test Setups 1 Performance Test Setups 2 Conversion Loss and Frequency Response Test Record Conversion Loss and Frequency Response Test Record Specification Average Noise Level TestAverage Noise Level Test For 11970V or W Average Noise Level Test Average Noise Test Record Average Noise LevelService Maintenance RepairsReplaceable Parts Circuit Description11970 Series Mixer Schematic Diagram Accessories and Replaceable Parts Part Number DescriptionAgilent Technologies Sales and Service Offices European Field OperationsMaintenance