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The HMC365 is a low-noise Divide-by-4 static prescaler utilizing InGaP GaAs HBT technology. It operates from DC to 13 GHz with a +5V single supply. Key parameters include a divide ratio of 4, input frequency range of 0 Hz to 13 GHz, and output power of 5 dBm. Supply voltage ranges from 4.75 V to 5.25 V, with operating current of 110 mA. The device features a die package measuring 1.30 x 0.69 mm, operating temperature range of -55°C to +85°C, and SMD/SMT mounting style.
Verify component availability status carefully as the HMC365 may be subject to limited supply or discontinuation. Confirm specific ordering suffixes such as SX if required for packaging variations. Ensure compliance with RoHS3 and REACH regulations before procurement. Check moisture sensitivity levels and storage conditions due to the die package type. Validate that the selected variant matches the exact technical requirements for the target application.
Select the HMC365 when a low-phase-noise prescaler is needed for frequencies up to 13 GHz. The InGaP HBT technology offers a balance of performance and size. Consider the 1.30 x 0.69 mm die dimensions for PCB layout constraints. Ensure the design supports a stable +5V supply and handles the 110 mA current draw. Verify compatibility with square wave inputs at DC frequencies.
The HMC365 belongs to Analog Devices' family of RF integrated circuits designed for wireless and satellite applications. As a prescaler, it serves as a critical front-end component in frequency synthesis chains. Its placement within the HMC365G series indicates standardized performance metrics for high-frequency division tasks in modern communication systems.
Public confirmed substitute part numbers are not available in the provided documentation. Users should consult official Analog Devices resources for potential obsolescence management or alternative component recommendations.
The HMC365 operates from DC (0 Hz) when using a square wave input signal.
The device utilizes InGaP GaAs HBT (Heterojunction Bipolar Transistor) technology.