Helping to Eliminate the Mix-up over Mixers

Helping to Eliminate the Mix-up over Mixers

Helping to Eliminate the Mix-up over Mixers As Custom MMIC releases its first subharmonic mixers, we in the Applications Group thought it was important to explain some of the benefits of working with these products over fundamental mixers, particularly when mixing at very high frequencies. First, we should take a minute to explain these two...
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Custom MMIC Expanded their High Performance GaAs Portfolio with Three New Wideband Double Balanced Mixers

Custom MMIC Expanded their High Performance GaAs Portfolio with Three New Wideband Double Balanced Mixers

Custom MMIC Expanded their High Performance GaAs Portfolio with Three New Wideband Double Balanced Mixers Custom MMIC continues the rapid expansion of its standard product portfolio with three new additions to its GaAs MMIC mixer portfolio. The CMD312, CMD313 and CMD253 are wideband GaAs double balanced mixers, operating from 4 to 28, 6 to 45 and 6 to 14 GHz...
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Introducing The New GaAs DC to 20 GHz Distributed Amplifier that Delivers Best-in-class Performance

Introducing The New GaAs DC to 20 GHz Distributed Amplifier that Delivers Best-in-class Performance

Introducing The New GaAs DC to 20 GHz Distributed Amplifier that Delivers Best-in-class Performance Custom MMIC is proud to introduce a new GaAs Distributed Amplifier operating in the popular DC - 20 GHz frequency range, targeting Instrumentation and EW applications. The CMD244K5 offers very flat gain and low noise figure across the band. This MMIC also has...
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CMD297P34

CMD297P34 Analog Phase Shifter by Custom MMIC

CMD297P34 Analog Phase Shifter by Custom MMIC The CMD297P34 from Custom MMIC is an analog phase shifter that operates from 5 to 18 GHz. The phase shifter has a single positive control voltage from 0 to +10V for controlling the relative phase shift over a 530-degree range at 7 GHz and a 220-degree range at 12 GHz....
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Distributed Amplifiers Are a Unique Circuit in High Frequency Microwave Engineering.

Distributed Amplifiers Are a Unique Circuit in High Frequency Microwave Engineering.

Distributed Amplifiers Are a Unique Circuit in High Frequency Microwave Engineering. The distributed, or wideband, amplifier is a unique circuit in the field of high frequency microwave engineering. Its architecture can often be misunderstood, however, and this confusion can sometimes result in a non-optimal use of the amplifier. In this note, we will explain the...
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Stay Current on the Latest Custom MMIC Products with our Product Selection Guide

Stay Current on the Latest Custom MMIC Products with our Product Selection Guide

Stay Current on the Latest Custom MMIC Products with the Product Selection Guide Custom MMIC has been helping customers overcome their toughest design challenges for over a decade, and we now offer over 160 high performance standard MMIC products. As a fabless manufacturer our team of experienced MMIC designers are leveraging a variety of best-in-class...
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Custom MMIC Expands Low Noise Amplifier MMIC Portfolio

Custom MMIC Expands Low Noise Amplifier MMIC Portfolio

Custom MMIC Expands Low Noise Amplifier MMIC Portfolio Custom MMIC expands it's industry leading low noise amplifier MMIC portfolio with three new product releases ranging from 2 to 16 GHz. We're proud to introduce three new Low Noise Amplifier (LNA) MMICs to its industry leading portfolio of high-performance RF and Microwave MMIC products. These three...
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Custom-MMIC CMD297

CMD297 Analog Phase Shifter by Custom MMIC

CMD297 Analog Phase Shifter by Custom MMIC The CMD297 from Custom MMIC is an analog phase shifter die that operates from 5 to 18 GHz. The phase shifter has a single positive control voltage from 0V to +10V for controlling the relative phase shift over a 550 degree range at 7 GHz and a 240...
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Custom MMIC CMD285C3

Custom MMIC CMD285C3

Custom MMIC CMD285C3 The CMD285C3 is DC to 20 GHz GaAs MMIC absorptive Voltage Variable Attenuator (VVA) housed in a leadless surface mount package ideally suited for military, space and communications systems. The VVA uses two analog control voltages varied between -5V and 0V to control RF signal levels over a 35 dB dynamic range....
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