Sub-Assemblies and Integrated Microwave Assemblies

Microwave Dynamics offers rapid turnaround R & D for customized products designed to meet unique customer requirements for microwave components and integrated microwave assemblies. MD excels in customization with our innovative designs, high-precision engineering, and hands-on technical support throughout the life of the project. Contact us at 949-679-7788 or by email info@microwave-dynamics.com to discuss your project.

POWER AMPLIFIER (BENCH TOP)

This mini power amplifier is a compact design based on market demand. It is available from 500 MHz to 18 GHz up to 20W. Operates from +28 VDC or +12 VDC. AC line (120/220V) is available. More information on MDPA (Bench Top Power Amplifier).

3-IN-1 LO-MIXER-LNA UP/DOWNCONVERTER

The LO-MIX Series, a super compact up/down converter with a LO and amplifier in a 2.25” x 1.00” x 0.75” package, made possible with the latest MMIC technology. Phase locked models are also available.

More information on LO-MIX Series.

FREQUENCY TRANSLATOR

The Frequency Translator is designed to translate RF from S band to X band and vice-versa. Common LO is used and mixing products are filtered.

RADAR TEST TRANSMITTER

Radar Test Transmitters to simulate radar signals including pulse modulation and amplitude control with output power up to 1 Watt. MD radar transmitters can be integrated as an add-on for existing system or designed as a stand alone single frequency portable test transmitter.

TRANSCEIVER

A compact transmitter and receiver 2-45 GHz. Common LO, LNA and driver amplifier is included. Bandpass filter and IF amplifier are optional.

MASTER OSCILLATOR ASSEMBLY

Typical master oscillator assembly. 19″ Rack mount. 120 VAC, up to 16 oscillators with crystal reference and optional 10 MHz input reference.

RADIOMETER

X- & K-Band Radiometer receiver front ends, complete with low noise amplifier, noise injection and IF amplifier with stable LO. These radiometers are used for remote sensing for atmospheric and environmental observations.