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Home Tabor | Benchtop Signal Generator Model LSX4092B
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Tabor | Benchtop Signal Generator

Model LSX4092B

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Precision You Can Trust
NABL-Accredited Calibration | Available on Request
Rs. 10095738.00 (Excl. GST)

LSX4092B is a 40 GHz dual-channel microwave signal generator designed for advanced RF testing environments. It delivers fast switching, precise signal control, and full analog modulation across two high-performance outputs in a compact benchtop format..

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  • Special Features
  • Specification

The LSX4092B expands Tabor’s Lucid Series into the millimeter-wave range with dual 40 GHz outputs, enabling high-density RF testing in applications like MIMO, dual-path validation, interference simulation, and radar system prototyping. Each output supports full analog modulation and fast frequency transitions, making it ideal for time-sensitive and synchronized test setups.

Built for scalability and integration, the LSX4092B is suited for both benchtop and automated environments. It maintains excellent phase noise characteristics across its full bandwidth and supports both independent channel control and phase-coherent operation when needed.

This powerful dual-channel system helps reduce test complexity and lab footprint while increasing throughput and signal consistency.

  • Two independent or phase-coherent RF outputs

  • Ultra-wide frequency coverage: 100 kHz to 40 GHz

  • Fast switching speed for dynamic signal simulation

  • Supports AM, FM, PM, Sweep & Pulse modulation

  • Superior signal integrity and low phase noise

  • Benchtop-friendly design with dual high-frequency outputs

  • Remote control via MATLAB, Python, LabVIEW, and SCPI

  • Frequency Range: 100 kHz to 40 GHz

  • Channels: 2 (independent or synchronized)

  • Switching Speed: <100 µs typical

  • Modulation Types: AM, FM, PM, Sweep, Pulse

  • Phase Noise: Low, optimized for mmWave applications

  • Form Factor: Benchtop instrument

  • Remote Programming: MATLAB, Python, LabVIEW, SCPI

  • Use Cases: MIMO testing, dual-path microwave validation, radar simulation, satellite communication emulation, mmWave R&D