The JARON Digital Attenuator Module is a precision microwave component designed for systems requiring high-power handling and digitally controlled attenuation. With wide dynamic range, fine step resolution, and excellent repeatability, it enables accurate signal level adjustment across broadband frequencies. The module features low insertion loss, high return loss, and robust linearity, ensuring consistent amplitude control in radar, communication, and measurement systems.
Product Overview
High-power digitally controlled attenuators are commonly used in RF circuits, primarily for adjusting signal strength and addressing signal weakening. They are widely used in radar systems, base stations, satellite communications, and other systems.
Features
Compact size, low loss, high power capacity, and high attenuation accuracy. High-power digitally controlled attenuators offer a low through-loss of 1.2dB. Power capacity, attenuation bits, and maximum attenuation can be flexibly customized.
Applications
The JARON Digital Attenuator Module provides precise, programmable power control for microwave systems. With wideband performance and high repeatability, it enables fine-tuned attenuation and amplitude calibration in complex environments. Typical applications include:
Phased-Array Radar Calibration Systems: Maintaining channel amplitude consistency and gain matching.
Communication Transceiver Chains: Achieving dynamic power balancing and signal alignment.
Microwave Test Instruments: Supporting automated testing and precision power calibration.
ELINT Equipment: Enabling signal control and dynamic range adjustment.
Power Amplifier Systems: Serving as a pre-stage tuning unit to optimize linearity and stability.
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