HMC553LC3BTR-R5

RF Mixers Overview

The HMC553LC3BTR-R5 is a double-balanced MMIC mixer manufactured by Analog Devices Inc. It operates within a frequency range of 7 GHz to 14 GHz and utilizes a 12-SMT (3x3) surface-mount package. The device functions as a general-purpose up/down converter with a typical noise figure of 8 dB. It is designed for high-frequency RF applications requiring compact integration.

RF Mixers Feature Summary

• Double-balanced architecture for improved isolation
• Wideband operation covering 7 GHz to 14 GHz
• Compact 12-lead surface-mount packaging

RF Mixers Applications

• Up/Down conversion in communication systems
• High-frequency signal processing
• RF front-end modules

RF Mixers Procurement Notes

Verify the exact suffix 'R5' against official Analog Devices documentation to confirm reel specifications and tape-and-reel dimensions. Ensure compatibility with existing PCB footprints, as the 12-SMT package requires precise soldering alignment. Cross-reference the datasheet for handling instructions regarding moisture sensitivity level 3.

RF Mixers Selection Notes

Select this component when a wideband double-balanced mixer is required for frequencies between 7 GHz and 14 GHz. Consider the 8 dB noise figure performance relative to system requirements. Evaluate the 12-SMT package size for space-constrained designs. Confirm that the GaAs MMIC technology aligns with thermal and power constraints of the application.

RF Mixers Part Context

This part belongs to the HMC553 series of RF mixers from Analog Devices. It is a specialized MMIC designed for high-frequency operations. The 'R5' suffix typically denotes a specific reel configuration or variant within the broader HMC553 product line, distinct from standard tape options.

RF Mixers Replacement Considerations

HMC553ALC3B is listed as a direct substitute. Verify if the 'A' prefix indicates a revised revision or updated specification compared to the 'LC3B' base model. Check pinout compatibility and electrical parameter equivalence before substitution.