Tektronix Encore

Boonton 4500B
Peak Power Analyzer

Power Meters and Power Sensors (RF and Microwave) >> Power Meters >> Peak Power Analyzer
Rent Used Test Equipment
Manufacturer: Boonton
Model: 4500B

Boonton 4500B Peak Power Analyzer

Electronic Test and Measurement Equipment

Boonton 4500B Peak Power Analyzer Product Datasheet Download Product Datasheet

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Product Overview

RENT BOONTON 4500B Peak Power Analyzer (call for availability)

The Boonton 4500B Peak Power Analyzer is the ideal instrument for capturing, displaying, analyzing and characterizing RF power in both the time and statistical domains. It provides the flexibility to customize the display by allowing selection of the measurements or specific parametric settings and measurement indicators to be displayed and these measurements can be grouped to avoid clutter. The unique B trigger qualifier of the Boonton 4500B Peak Power Analyzer allows a user to qualify the trigger on a specific event or a specific delay time allowing a user-selected pulse to be captured, even when its timing is variable eliminating  problematic synchronization issues associated with time jitter within pulse bursts.

Features and Specifications of the Boonton 4500B Peak Power Analyzer include:


  • 8.4” TFT color LCD display
  • Displays up to 4 measurement channels, 2 memory channels and 1 math channel simultaneously
  • Automatic peak-to-peak, delay-by-time and delay-by-events triggering
  • Statistical analysis including gated CCDF and PDF with linear or log presentation (optional)
  • Text view of up to 15 time and power measurements per channel
  • Envelope, persistence and roll mode displays
  • GPIB, USB and LAN
  • Peak Power Sensors available with high video bandwidth, fast risetime, and wide dynamic range
  • Applications include:
    • Pulsed RF:  RADAR, TDMA and GSM
    • Pseudorandom or Noise-like Signals:  CDMA and WLAN
    • Modulated Time Slotted Signals:  GSM-EDGE and TD-SCDMA
  • Convenient I/O Windows based connectivity including USB ports for data storage directly to a flash drive
  • Sensor Inputs:
    • RF Frequency Range:  1 MHz to 40 GHz
    • Pulse Measurement Range:  -50 to +20 dBm
    • Modulated Measurement Range:  -60 to +20 dBm
    • Relative Offset Range:  ±100.00 dB
    • Video Bandwidth:  65 MHz
    • Rise Time: 
    • Single-Shot Bandwidth:  5 MHz (based on 10 samples per pulse)
    • Pulse Repetition Rate:  50 MHz max
    • Minimum Pulse Width:  6 nsec
  • Time Base:
    • Time Base Range:  5 nsec/div to 1 hr/div
    • Time Base Accuracy:  0.01%
    • Time Base Resolution:  100 psec
    • Time Base Display:  Sweeping or roll mode
  • Trigger:
    • Trigger Source:
      • Channel 1 (internal), Channel 2 (internal, with optional channel 2) 
      • External trigger 1 External trigger 2 (with optional channel 2)
    • Trigger Slope:  + or –
    • Trigger Delay Range:
      • Time base setting Delay range; pre trig(-), post trig(+)
      • 5 nsec to 500 nsec -4 msec to +100 msec
      • 1 usec to 10 msec ±4000 divisions
      • 20 msec to 3600 sec -40 to +100 sec
    • Trigger Delay Resolution:  0.02 divisions
    • Trigger Hold-off Resolution:  10 nsec
    • Trigger Mode:  Normal, auto, auto peak-to-peak, free Run
    • B Trigger Mode:  A only, B delay-by-time, B delayby-events specs
    • B Trigger Source:  Chan 1, chan 2, ext trig 1, ext trig 2
    • B Trigger Slope:  + or –
    • B Trigger Events Counter Range:  1 to 999,999 events
    • B Trigger Time Delay Range:  0.0 – 1.0 sec
    • B Trigger Time Delay Resolution:  10 nsec
    • Internal Trigger Level Range:  -40 to +20 dBm (sensor-dependent)
    • External Trigger Level Range:   ±5 volts, ±50 volts
    • External Trigger Input:  1M or 50 ohm, DC Coupled
  • Measurement System
    • Sensor Inputs:  One or two sensor measurement channels
    • Measurement Technique:  Random repetitive sampling system that provides pre and post trigger data as well as statistical histogram accumulation
    • Maximum Sampling Rate:  50 Mega-samples/second on up to four channels simultaneously (Equivalent effective sampling rate of 10 Giga-samples/second)
    • Memory Depth:  256K samples per channel at max sampling rate
    • Vertical Resolution:  14-bit A/D Converter
    • Waveform Averaging:  1 to 16,384 samples per data
      point (time domain measurement)
    • Number of Histogram Bins:  16,384
    • Size of Sample Bins:  32-bits (4,000 mega-samples)
    • Bin Power Resolution: 

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