The JARON Frequency Conversion Module is designed for high-performance microwave frequency translation across broadband systems. Featuring low conversion loss, high linearity, and superior spurious suppression, it ensures precise up/down conversion for radar, satellite, and communication applications. With integrated LO amplification and filtering functions, it provides stable frequency conversion with excellent isolation and temperature stability.
Product Overview
This device downconverts RF signals (2-18 GHz) from the antenna to a specified intermediate frequency (IF) (typically 1.3-2.3 GHz). It also upconverts IF signals generated by the baseband board to a frequency range of 2-18 GHz. It integrates a clock module and frequency synthesizer, eliminating the need for external reference and local oscillator signals. It also features temperature, current, and voltage detection, gain adjustment, and signal and power shutdown functions.
Features
It offers a wide frequency range, compact size, lightweight, adjustable gain, and excellent signal-to-noise ratio. It integrates the transmit and receive links, clock module, and frequency synthesizer into a highly integrated package.
Applications
The JARON Frequency Conversion Module is widely applied in radar, satellite, and high-frequency communication systems requiring precision frequency translation and low noise. Typical applications include:
Radar Transmit/Receive Chains: Providing accurate frequency up/down conversion and signal processing.
Satellite Communication Systems: Supporting IF-to-RF conversion and modulation for transceivers.
RF Front-End Modules: Integrating mixing and filtering to enhance conversion efficiency.
ELINT & Signal Monitoring Systems: Performing high dynamic range frequency conversion and spectral analysis.
Microwave Test & Measurement Instruments: Enabling broadband frequency conversion and calibration across multiple bands.
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