Marki Microwave Signal Conditioning

Signal Conditioning The MPD4-1260CSP2 is a small footprint MMIC 12-60 GHz 4-Way power divider/power splitter featuring high 29 dB isolation and low 1.1 dB insertion loss in our compact CSP2 chip scale package.

Signal Conditioning The ADM1-0026PA is a complete LO driver solution for use with all Marki mixers up to 26.5 GHz. This single-stage packaged GaAs MMIC distributed amplifier integrates all required biasing circuitry.

Signal Conditioning A broadband surface mount balun, hand-tuned for optimal phase and amplitude balance over a 500 kHz to 3 GHz bandwidth.

Signal Conditioning The BAL-0036 is a broadband balun, featuring high isolation and is hand-tuned for optimal phase and amplitude balance over a 300 kHz to 36 GHz bandwidth.

Signal Conditioning A broadband surface mount balun, hand-tuned for optimal phase and amplitude balance over a 500 kHz to 6 GHz bandwidth.

Signal Conditioning A broadband surface mount balun, hand-tuned for optimal phase and amplitude balance over a 10 MHz to 12 GHz bandwidth.

Signal Conditioning The BT-0026SMG is a packaged bias tee featuring excellent insertion loss and superior isolations over a broad 20 MHz to 26 GHz bandwidth.

Signal Conditioning The BT-0035SMG is a packaged bias tee featuring excellent insertion loss and superior isolations over a broad 20 MHz to 35 GHz bandwidth.

Signal Conditioning A packaged bias tee featuring excellent insertion loss and superior isolations over a broad 500 kHz to 12 GHz bandwidth.

Signal Conditioning The C13-0140 is a broadband 1-40 GHz, 13 dB directional coupler. The multisection tri-plate stripline design exhibits excellent coupling flatness and VSWR at all ports.

Signal Conditioning This coupler features a unique air-line construction that simultaneously enables extremely low loss, minimal return loss, and outstanding directivity throughout the entire frequency range to 50 GHz.

Signal Conditioning The CBR16-0006 offers the highest directivity of any standalone 6 GHz bridge coupler on the market. It provides an extremely high degree of measurement accuracy for forward power measurements, and can also be used to measure VSWR/return loss.