Mixers/Modulators

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

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.

The MSH Series of millimeter wave subharmonic mixers are ideal for heterodyne radiometer applications, instrumentation, automated test equipment, and for frequency extension to 193 GHz.

The RFMX0015 and RFMX1015 high linearity differential IF mixers operate in the standard cellular bands between 600 to 1050 MHz and 1500 to 2200 MHz respectively and support both high and low-side LO injection for IF frequencies up to 300MHz. In addition, the mixers feature an IF bias pin that enables users to reduce the DC current to save power when peak linearity performance is not required.

Mixers

Millimeter Wave Balanced Mixers by Millitech are ideal for applications in test equipment, radars and radiometry, electronic warfare/ELINT, and communications.

The T3 (Two-Tone-Terminator) High Linearity/IP3 Mixer was developed by Marki Microwave to address intermodulation distortion suppression in modern military and commercial RF/Microwave systems. It features low conversion loss (<7 dB), unparalleled IMD suppression, a high 1dB compression point, and more. It’s based on the most sophisticated mixer circuit technology commercially available today.

Millitech’s line of millimeter wave biasable balanced mixers are ideal for applications involving receiver subsystems, test equipment, broadband downconverters, and EW/ELINT. Two different series of mixers are available. The MXB biasable mixers are not recommended for new designs. See the MB1 series datasheet below for an updated line of millimeter wave biasable mixers.