Agilent PN 8510-16 - Manual
Agilent PN 8510-16 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.
Table of Contents:
- Page 2 – Introduction; capable of setting
- Page 3 – System Configuration; power sensor
- Page 4 – Flatness-Correction Operation; Power
- Page 5 – Table 1. Flatness-correction calibration procedure
- Page 6 – Table 2. Agilent E4418B power meter setup
- Page 7 – Power control with flatness correction; Operational Considerations; Calibration time; Number of Points
- Page 9 – Using test port 1 calibrations on test port 2
- Page 10 – Practical Application Examples
- Page 11 – Amplifier measurement example
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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Summary
2 Introduction Designers and manufacturers of active devicesoften need to control the power level at the testport 1 of their power-sensitive devices, but find dif- ficulty in overcoming insertion losses. The insertionlosses occur as a result of connecting componentsin the measurement path between th...
3 System Configuration The basic 8510C measurement system configura-tion needed for test port f latness correction isshown in Figure 1. A single channel power metersuch as the Agilent 437B, E4418A, or E4418B isrequired, along with a compatible sensor, for per-forming the power f latness calibration....
4 Flatness-Correction Operation The basic setup procedure to obtain f lat test portoutput power is illustrated in Table 1. To simplifythe execution of the procedure, the front panelhardkeys are enclosed in [brackets]. The softkeysare enclosed in {braces}. Table 2 provides the pro-cedure for setting ...
