Mouser Electronics has entered into a distribution agreement with Marki Microwave. Marki Microwave provides a range of components, including mixers, baluns, filters, amplifiers, and limiters. These are available in multiple formats such as die, surface mount, carrier, connectorized, and waveguide. The company has over 30 years of experience and serves sectors such as aerospace and defense, test and measurement, and space, where high performance is required.
The company’s connectorized components are designed from connector to connector and include hybrid, stripline, and suspended-substrate designs, as well as MMIC-integrated solutions. This portfolio includes amplifiers, baluns, couplers, filters, mixers, multipliers, power dividers, limiters, and terminations used in RF and microwave systems. These products operate across frequencies from DC to 135 GHz and can handle power levels up to 200 W. They are designed for stable signal performance across wide bandwidths.
Marki Microwave also develops RF and microwave mixers with wide frequency coverage and high isolation. The MM1-0222LS GaAs MMIC double-balanced mixer operates from 2 GHz to 22 GHz and supports both upconversion and downconversion across S, C, X, and Ku bands. It is suited for applications that require consistent signal conversion performance.
The company’s baluns are designed for phase and amplitude balance, with strong suppression of unwanted signals. These components are commonly used in systems connecting analog-to-digital and digital-to-analog converters. The BAL-0006 broadband balun operates from 200 kHz to 6 GHz and is used in signal processing and communication applications. It supports a 2:1 impedance ratio, with 50 ohm matching on all ports.
Marki Microwave also offers connectorized amplifiers designed for laboratory and RF system use. The ADM1-0026PA broadband distributed amplifier operates up to 26.5 GHz and can be used as a local oscillator driver for mixers. It integrates bias circuitry and provides stable performance with output power up to +20 dBm.
