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Keysight 34947A Triple 1×2 SPDT Unterminated Microwave Switch Module

$1,042.00

The Keysight 34947A is a triple 1×2 SPDT unterminated microwave switch module for the 34980A system, offering high-performance RF switching up to 26.5 GHz for automated test and measurement applications.

The Keysight 34947A Triple 1×2 SPDT Microwave Switch Module adds high-frequency signal routing to the Keysight 34980A Multifunction Switch/Measure Unit. Featuring three independent single-pole, double-throw (SPDT) unterminated microwave switches, the module supports RF and microwave frequencies up to 26.5 GHz, making it suitable for advanced test setups in wireless communications, aerospace, defense, and high-speed digital applications.

Its unterminated configuration offers maximum flexibility for signal routing in systems where external terminations are managed separately. The module is optimized for excellent performance, with low insertion loss, high isolation, and dependable repeatability over long operating lifetimes. By integrating microwave switching directly into the 34980A platform, it reduces external cabling complexity and simplifies system-level control.

Key Features:

  • Three independent 1×2 SPDT unterminated microwave switches

  • Frequency coverage up to 26.5 GHz

  • Excellent insertion loss, isolation, and return loss performance

  • Unterminated design for flexible external termination control

  • Compact plug-in integration with Keysight 34980A

Compatible Measurements/Chemicals:
Supports RF and microwave signal routing; not intended for chemical applications.

Included Accessories:
Supplied with SMA connectors, mounting hardware, and user documentation.

Compliance:
Meets ISO, CE, and Keysight quality standards; suitable for GLP-compliant test environments.

Benefits for Lab Users:
The Keysight 34947A delivers reliable, repeatable RF and microwave switching performance in demanding test setups. Its triple SPDT configuration maximizes channel density, reduces external wiring, and provides engineers with precise control of high-frequency signals for automated testing.