Anritsu MA24106A, 0701012 manual Sensor Operational Tests, Required Equipment

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Chapter 5 — Sensor Operational Tests

5-1 Introduction

The test methodology and equipment described herein can be used to gain some confidence in the measurement accuracy of the MA24106A Power Sensor. This is accomplished by comparing the sensor to another sensor with a specified cal factor and linearity performance or uncertainty. General commercially available equipment is used for these tests; however, these procedures are not sufficiently accurate to verify sensors to factory specification. Therefore, sensor test limits in these procedures are set appropriately to the specified comparison equipment. All tests should be performed at an ambient temperature of 20ºC to 25ºC.

Note: Calibration and verification of high accuracy Power sensors requires substantial investment in both skill and equipment. For calibration, calibration verification, and to maintain the factory specifications of your power sensor, please send sensors to qualified Anritsu Customer Service Centers.

Refer to the following sections for required equipment and test procedures:

Required Equipment

VSWR Pretest

Calibration Factor Test

Linearity Test

5-2 Required Equipment

Table 5-1.Required Equipment

 

Manufacturer and

 

 

Equipment Description

Model

Critical Specifications

 

 

 

 

Vector Network Analyzer (Pretest)

Anritsu MS4624B

Reflection Coefficient

 

 

or equivalent

Uncertainty 0.013 to 2 GHz

 

 

Uncertainty 0.020 to 6 GHz

 

 

 

Synthesizer

Anritsu MG3692

Output Power: >+20 dBm 0.05 to 6 GHz

(Cal. Factor and Linearity Tests)

or equivalent

Output Power Setting Resolution: 0.01 dBm

 

 

Harmonics: –40 dBc

 

 

 

Source VSWR 2

 

 

 

 

 

Reference Power Meter

Anritsu ML2438

Instrumentation Accuracy

(Cal. Factor and Linearity Tests)

or equivalent

0.5%

 

 

 

 

 

Reference Power Sensor

Anritsu MA2422B

NIST Calibration or equivalent

(Cal. Factor and Linearity Tests)

or equivalent

 

 

10 dB K Attenuator

Anritsu 41KC-10

VSWR 1.15 to 6 GHz

 

(Linearity Test)

 

 

 

6 dB K Attenuator

Anritsu 41KC-6

VSWR 1.15 to 6 GHz

 

(Cal. Factor Test)

 

 

 

Adapter N(f) to K(f)

Anritsu 34ANF50 and

VSWR 1.05 to 6 GHz

 

(Cal. Factor and Linearity Tests)

34AS50

 

 

Power Splitter

Anritsu K241B

Effective Output VSWR <1.45 to 6 GHz

(Linearity Tests)

 

 

 

 

 

 

Power Sensor Under Test

MA24106A

See Datasheet, 11410-00424

 

 

 

 

Personal Computer

Any

See Chapter 2

 

 

 

 

 

MA24106A UG

5-1

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Contents True-RMS, 50 MHz to 6 GHz MA24106A USB Power Sensor User GuideUpdates Anritsu Company Software License Agreement Page Table of Contents Table of Contents General Information Preparation for Storage/Shipment Preparation for Storage/ShipmentHardware and Software Requirements InstallationDriver Installation Anritsu Power Meter Installation Driver InstallationLicense Agreement Installation Driver InstallationSoftware will then install to the selected location Found New Hardware Wizard Select the hardware type Computer, and then click Next Click Have Disk..., and then click Next 14.Found New Hardware Wizard Click Finish to close the wizard Page Graphical User Interface Using the Power SensorData Entry Fields Buttons Using the Power SensorButtons Status Bar Using the Power Sensor Display WindowDisplay Window Menu Bar Menu Bar Using the Power SensorFile Menu Tools MenuDataLogging Menu Data Logging Menu10. Data Logging Power GraphTime, X-axis 30 minutes 14.Offset Entry Screen Offset Table16. Open Dialog MA24106A UG 17.Offset Table Menu Offset Table Off Status Session RestoreConnecting the DUT Basic Power MeasurementUsing the Power Sensor Making Measurements Making MeasurementsZeroing the Sensor Making Measurements Using the Power SensorCalibrating the Sensor Applying a Calibration Factor Correction±0.20 dB ±0.15 dB ±0.10 dB ±0.05 dB ±0.01 dB DBm Noise Number Averages Needed forTime Varying Signals Error StatesMeasurement Considerations Using the Power Sensor Message Description ResolutionMultitone Signals High Crest Factor Signals peak to average ratioUsing the Power Sensor Measurement Considerations Noise and AveragingSettling Time Uncertainty of a Measurement Using the Power Sensor Uncertainty of a MeasurementUncertainty Adjusted Specification Uncertainty of a Measurement Using the Power SensorUncertainty Example Noise Calculations at 12 dBm 16 mWRemote Operation Remote Operation Commands SummaryCommand Description Remote Operation Command Details Remote Operation Command DetailsFREQ? Remote Operation Remote Operation Command DetailsHAT Required Equipment Sensor Operational TestsVswr Pretest Sensor Operational Tests Test ProcedureVswr Pretest Sensor Operational Tests Calibration Factor Test Calibration Factor TestMA24106A Calibration Factor Test Sensor Operational TestsSensor Operational Tests Linearity Test Linearity TestApply Linearity Test Sensor Operational TestsSensor Operational Tests Linearity Test +20 +15 +10 Adjust per Max Min Delta E11 E12 Measurement Results 2 GHz Measurement Results 6 GHz Beware of destructive pin depth mating connectors Appendix a Connector Care and HandlingAvoid applying excessive power Avoid over torquing connectorsCleaning connectors Connector Care and HandlingDemo Application Using the Demo ApplicationAppendix B Sample Visual Basic Code Using the Demo Application Sample Visual Basic Code Sample Visual Basic Code Using the Demo Application Delay routine Appendix C Serial Port Compatibility For Anritsu Power Meter 1.0 OnlyMethod 3-Remapping a Serial Port Method 1-Download Updated SoftwareFigure C-2.System Properties Serial Port CompatibilityFigure C-3.Device Manager Method 3-Remapping a Serial PortFigure C-4.Advanced Settings for COM Port Close all windows that you have opened up to this point Upgrading the Firmware Appendix D Upgrading the FirmwareUpgrading the Firmware Figure D-3.Firmware Upgrade DialogFigure D-5.Open File Dialog Figure D-7 Index SymbolsSymbols to L Index-2 MA24106A UG To SUSB To Z