HMC469MS8GETR

Overview

The HMC469MS8GETR is a dual monolithic microwave integrated circuit (MMIC) amplifier manufactured by Analog Devices Inc. Designed for cellular and CATV applications, it operates from DC to 5 GHz. The device features a wideband low-power architecture with a typical gain of 12 dB. It is housed in an 8-pin MSOP package with an exposed pad for thermal management. The unit weight is approximately 140 mg. This component utilizes GaAs technology to ensure reliable performance across the specified frequency range.

Feature Summary

• Dual MMIC amplifier configuration optimized for wireless communication systems
• Wideband operation covering DC to 5 GHz frequency range
• Integrated exposed pad design for enhanced thermal dissipation in compact packages

Applications

• Cellular infrastructure base stations
• CATV signal distribution networks
• Wireless communication system front-ends

Procurement Notes

Verify current availability status directly with Analog Devices or authorized distributors, as supply conditions may vary. Confirm that the 8-MSOP-EP package matches your PCB footprint requirements. Ensure ESD handling protocols are followed during assembly due to the sensitivity of the GaAs die. Cross-reference the specific suffix GETR to confirm reel packaging specifications before finalizing procurement orders.

Selection Notes

Select this component when a wideband, low-power amplification solution is required for frequencies up to 5 GHz. The dual amplifier structure allows for efficient space utilization in dense RF layouts. Consider the 12 dB gain profile for intermediate stage applications rather than high-gain front ends. The MSOP package is suitable for surface-mount assembly processes requiring moderate thermal performance.

Part Context

This part belongs to the HMC series of RF amplifiers from Analog Devices, targeting the wireless communications market. It complements other single-ended and differential amplifier solutions within the portfolio. The HMC469 specifically addresses the need for broadband performance in legacy and modern cellular architectures, providing a cost-effective alternative to discrete transistor designs.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation.