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PN 8510-16 manual Agilent PN Controlling Test Port Output Power Flatness
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PN 8510-16
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System Configuration
8510C Keystrokes Description Set up the power meter see Table
Adjust the display
How to
Agilent PN Controlling Test Port Output Power Flatness
Support, Services, and Assistance
Perform a thru calibration with the flatness correction enabled
Using test port 1 calibrations on test port
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Agilent PN
8510-16
Controlling Test Port Output
Power Flatness
Product Note
UNCORRECTED POWER
CORRECTED POWER
OUTPUT POWER
Agilent 8510C Network Analyzer
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Contents
Product Note
Agilent PN Controlling Test Port Output Power Flatness
Agilent 8510C Network Analyzer
Introduction
85107B Measurement System
System Configuration
system
Flatness-Correction Operation
8510C Keystrokes Description Set up the power meter see Table
Table 1. Flatness-correction calibration procedure
Verify the power meters address on the 8510 system
Set up the analyzer and measurement
Table 2. Agilent E4418B power meter setup
Operational Considerations
Power control with flatness correction
Calibration time
Verifying a flatness-correction calibration
When to recalibrate
Flatness corrections in fixture or wafer-probing environments
Using test port 1 calibrations on test port
Practical Application Examples
Table 6. Absolute output power measurements with flatness correction
Absolute output power measurements with flatness correction
Set up the source and power meter as illustrated in Figure
Set up the test port power level
Amplifier measurement example
Set up a b2 measurement and connect a thru
Connect the amplifier and measure the absolute output power
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