Siglent SNA5000-PM software option for the SNA5000A series
The SNA5000-PM option adds advanced Pulse Measurement capability to SIGLENT SNA5000A Series Vector Network Analyzers. It enables accurate characterization of RF and microwave devices operating with pulsed signals, where continuous-wave measurements are not suitable.
SIGLENT SNA5000-PM Pulse Measurement Option
The SNA5000-PM option enables advanced Pulse Measurement capabilities on SIGLENT SNA5000A Series Vector Network Analyzers. This option is designed for accurate characterization of RF and microwave devices operating with pulsed signals, where traditional continuous-wave (CW) measurements are not sufficient.
With SNA5000-PM, engineers can analyze pulsed RF behavior, timing relationships, and power characteristics, making it an essential tool for testing components and systems used in radar, aerospace, defense, and high-power RF applications.
Key Features & Benefits
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Dedicated pulse measurement mode
Measure RF devices under realistic pulsed operating conditions. -
Pulse timing and gating analysis
Precisely control and analyze pulse width, duty cycle, and timing parameters. -
Accurate pulsed RF power measurements
Evaluate device performance while minimizing thermal stress on sensitive DUTs. -
Ideal for high-power and radar applications
Supports testing of amplifiers, switches, and RF modules that cannot be measured using CW signals. -
Integrated VNA workflow
Combine pulsed measurements with S-parameter analysis using the same instrument and calibration setup. -
Software license option
Activated via license key — no additional hardware required.
Ideal Applications
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Radar and pulsed RF system testing
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High-power RF amplifier characterization
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Aerospace and defense electronics
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Pulsed signal timing and power analysis
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R&D and advanced production testing
Compatibility
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Compatible with SIGLENT SNA5000A Series Vector Network Analyzers
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License-based option, activated directly on the instrument
Why Choose the SNA5000-PM Option?
The SNA5000-PM option extends the SNA5000A platform to support real-world pulsed RF measurements, enabling accurate device characterization while protecting DUTs from excessive power and heat. It’s the ideal upgrade for engineers working with radar, pulsed transmitters, and high-power RF systems.