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HMC331

HMC331 Description

The HMC331 by Analog Devices Inc. is a high-performance surface-mount frequency doubler designed for demanding RF and microwave applications. Operating within an input frequency range of 12GHz to 18GHz, it delivers an output frequency range of 24GHz to 36GHz, making it ideal for VSAT (Very Small Aperture Terminal) systems and other high-frequency communication solutions. Packaged as a bare die, this obsolete component is suited for integration into custom RF modules where space and performance are critical. With an ECCN of EAR99 and HTSUS 8542.39.0001, it complies with international trade regulations while offering robust performance in bulk packaging.

HMC331 Features

• Frequency Doubling Capability: Converts 12–18GHz input to 24–36GHz output with high efficiency.
• Die Form Factor: Enables compact integration into custom RF assemblies, ideal for space-constrained designs.
• Moisture Sensitivity Level (MSL) 1: Suitable for extended storage and handling without degradation.
• VSAT-Optimized: Designed for Very Small Aperture Terminal applications, ensuring low phase noise and high signal integrity.
• Surface-Mount Compatibility: Facilitates seamless PCB integration in advanced RF systems.

HMC331 Applications

• Satellite Communication: Enhances signal processing in VSAT uplink/downlink systems.
• Military & Aerospace: Used in radar, electronic warfare, and secure communication due to its high-frequency stability.
• Test & Measurement Equipment: Provides precise frequency multiplication for lab-grade instruments.
• 5G & mmWave Research: Supports experimental setups requiring clean, high-frequency signal generation.

Conclusion of HMC331

The HMC331 stands out as a specialized frequency doubler for 24–36GHz applications, offering superior performance in VSAT, military, and high-frequency research domains. Its die form factor and MSL1 rating make it a reliable choice for custom RF designs, though its obsolete status may require sourcing alternatives for new projects. Engineers seeking low-noise, high-efficiency frequency multiplication in the mmWave spectrum will find this component exceptionally valuable.