Mixers/Modulators

The HHM series broadband harmonic mixers cover full waveguide bands from 18 – 110 GHz. They utilize a low loss finline structure mated to a GaAs Schottky beam lead diode for minimum conversion loss and maximum bandwidth

These Ka band I/Q mixers are ideal for Radar Receiver applications and Single-Sideband Mixers. The LO port is spilt by a 90-degree hybrid to the two mixers. The LO input is buffered so that only 0 dBm of LO power is required for the mixer to operate. These mixers may also be ordered without the integrated LO amplifier.

The X-MWsystem from X-Microwave is a complete modular building block eco-system including a broad offering of RF and microwave components, an innovative Prototype Station and a FREE online System Simulator.  The X-MWsystem can be used to seamlessly navigate thru the product development process from simulation to prototype to production hardware.

Millitech’s Millimeter Wave General Purpose Harmonic Mixer is ideal for applications involving signal processing, phase-lock loops, EW/ELINT, and spectrum analyzers/frequency counters. They’re low cost, and feature full waveguide bandwidth, high sensitivity, and low conversion loss.

The MBH100 is a W-Band monolithic HEMT schottkydiode, singly balanced mixer designed for use in commercial digital radios and wireless LANs. The design requires no external bias and can be used as an upconverter and as a downconverter

The ML12002 is a double balanced analog mixer, including an input amplifier feeding the mixer carrier port and a temperature compensated bias regulator. The input circuits for both the amplifier and mixer are differential amplifier circuits. The on-chip regulator provides all of the required biasing.

Marki Microwave’s image reject, IQ, and single sideband mixers offer superior performance and are built to the same standards as their catalog mixers.

This externally biased balance mixer operates in the V Band and is ideal for applications involving radar systems, test instrumentation, and communication systems.