Custom MMIC Radar

Addressing Phase Noise Challenges in Radar and Communication Systems: Part 1

Addressing Phase Noise Challenges in Radar and Communication Systems: Part 1 Introduction  Phase noise is rapidly becoming the most critical factor addressed in sophisticated radar and communication systems. This is because it is the key parameter defining target acquisition in radars and spectral integrity in communication systems. There are many papers detailing the mathematical derivation...
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Custom MMIC CMD162K4

Custom MMIC CMD162K4

Custom MMIC CMD162K4 26-34 GHz (K, Ka, Q Band) Low Noise Amplifier The CMD162K4 is a highly efficient GaAs MMIC low noise amplifier housed in a leadless surface mount package. The amplifier is ideally suited for EW and communications systems where small size and low power consumption are needed. The device is optimized for 30...
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Custom MMIC Expands Product Portfolio to Over 170 High Performance MMICS

Custom MMIC introduces four new MMIC devices to their growing portfolio of standard products that now numbers over 170. These new products further demonstrate Custom MMIC's commitment to continuous innovation and delivering the highest performing RF and Microwave MMICs in the industry. Part Number Description Package type(s) CMD285C3 DC-20 GHz Variable Voltage Attenuator Ceramic QFN...
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CMD283 Custom MMIC

CMD283 RF Amplifier by Custom MMIC

The CMD283 is a broadband MMIC low noise amplifier that operates from 2 to 6 GHz (S, C - Band). The device delivers 27 dB of gain with a corresponding noise figure of 0.6 dB at 4 GHz and saturated output power of 18 dBm. It is ideally suited for EW and communications systems where...
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Custom MMIC

New Custom MMIC products

New Wideband Medium Power GaAs Amplifier Operating at 20 - 45 GHz We are excited to release CMD293, a wideband medium power GaAs MMIC driver amplifier, ideally suited for military, space and communications systems where small size and high linearity are needed. At 30 GHz the device delivers 20 dB of gain with a corresponding output...
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