HMC489LP5ETR

Overview

The HMC489LP5ETR is a single-channel silicon-based RF power amplifier manufactured by Analog Devices Inc. Designed for surface-mount technology (SMD/SMT) applications, this component operates within the 12 to 16 GHz frequency range. It delivers an output power of 1 Watt and is housed in a QFN-32 package. The device belongs to the HMC489 series and is classified under Wireless & RF Integrated Circuits.

Feature Summary

• High-output power capability of 1 Watt for efficient signal transmission
• Operates across the 12 to 16 GHz microwave frequency band
• Utilizes silicon technology for robust RF performance
• Surface-mount compatible QFN-32 packaging for compact integration

Applications

• Microwave communication systems requiring high-frequency amplification
• Point-to-point radio links operating in the K-band
• Test and measurement equipment for RF signal generation
• Satellite communication ground stations

Procurement Notes

Verify component authenticity through authorized Analog Devices distributors or certified partners. Confirm the specific suffix ETR indicates reel packaging if required for automated assembly. Check current lifecycle status as availability may vary. Ensure compatibility with standard SMD reflow profiles for the QFN-32 package during manufacturing integration.

Selection Notes

Select this component when a 1 Watt output power is required at frequencies between 12 and 16 GHz. The silicon construction offers a balance of performance and cost compared to GaAs alternatives. The QFN-32 package suits designs needing low-profile mounting. Evaluate thermal management requirements based on the specific PCB layout and ambient operating conditions.

Part Context

This part is part of the HMC489 series from Analog Devices, focusing on high-power RF amplification. It shares the QFN-32 form factor common to many HMC RF components but is distinct in its 12-16 GHz operational range and 1 Watt power rating. It serves as a specialized solution for mid-microwave applications where moderate power and wide bandwidth are critical.