Boonton - Why Replace your RF Detector for Pulse Power Measurements?

Why Replace your RF Detector for Pulse Power Measurements?

Abstract

Boonton 4500B - What a Single-Ended Detector Doesn't Tell You!
Boonton 4542 - The Value of a Boonton Two-Channel Peak Power Alternative.

Why Replace your RF Detector for Pulse Power Measurements?

Crystal Detector Sellsheet 

Boonton 4500B Peak Power Analyzer

 

What a Single-Ended Detector Doesn't Tell You!

  • Antenna return loss measurements can be cumbersome when using a single ended RF envelope detector. Below is a typical system block diagram:

Crystal Detector Sellsheet

  • The system requires the detector, a digital oscilloscope, an average power meter, and assorted connectors & couplings to monitor a single output.
  • Complex calibration is often required when measuring outside the linear, or square law region of the detector.

Crystal Detector Sellsheet 

Boonton 4542 Peak Power Meter 

 

The Value of a Boonton Two-Channel Peak Power Alternative:

A peak power meter provides fully calibrated measurements using an absolute reference, not just the pulse shape with a relative average power value.

A two channel meter allows the simultaneous measurement of:

  • Forward and Reflected Power (Return Loss)
  • Amplifier Input and Output (Gain)

Below is a typical two channel peak power setup measuring amplifier gain, or return loss.

Crystal Detector Sellsheet

Both envelopes are displayed on the same screen for comparison and parametric measurement.