HMC264LM3TR Mixer Amplifier RF IC in 4x4mm QFN Package ?C HMC264LM3TR

  • Converts video signals efficiently, enabling seamless integration in digital communication systems.
  • Supports high data rates essential for maintaining signal integrity and reducing latency in transmissions.
  • Features a compact LFCSP package, optimizing board space for dense electronic assemblies.
  • Ideal for use in broadcast equipment, enhancing video quality and system reliability during live streaming.
  • Built to meet rigorous quality standards, ensuring consistent performance over extended operation periods.
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HMC264LM3TR Overview

The HMC264LM3TR is a high-performance low noise amplifier designed for microwave and RF applications operating within the 6 to 12 GHz frequency range. This MMIC amplifier provides a flat gain of approximately 16 dB with a noise figure as low as 2.5 dB, ensuring superior signal integrity in demanding environments. Packaged in a compact, RoHS-compliant leadless surface-mount package, it supports integration into dense circuit boards, optimizing space and thermal management. Its wide bandwidth and stable gain make it ideal for applications requiring low noise figure and high linearity. For detailed technical support and product availability, visit IC Manufacturer.

HMC264LM3TR Technical Specifications

ParameterSpecification
Frequency Range6.0 to 12.0 GHz
Gain16 dB (typical)
Noise Figure2.5 dB (typical)
Output Power at 1 dB Compression (P1dB)+17 dBm (typical)
Input Return Loss12 dB (typical)
Output Return Loss10 dB (typical)
Supply Voltage+5 V
Supply Current95 mA (typical)
Package Type3×3 mm Leadless Surface Mount (LGA)

HMC264LM3TR Key Features

  • Wide Frequency Range: Operates effectively from 6 to 12 GHz, allowing extensive application in microwave communications and radar systems.
  • Low Noise Figure: Typical noise figure of 2.5 dB ensures minimal signal degradation, enhancing sensitivity in receiver front-end circuits.
  • High Gain Performance: Provides a stable 16 dB gain, supporting signal amplification with excellent linearity and low distortion.
  • Compact Surface-Mount Package: The 3×3 mm LGA package enables easy integration into space-constrained designs while facilitating efficient heat dissipation.
  • Robust Output Power: Delivers +17 dBm output power at 1 dB compression point, suitable for driving subsequent stages without saturation.
  • Low Current Consumption: Typical supply current of 95 mA at 5 V reduces power consumption and thermal load on system designs.
  • Optimized Impedance Matching: Input and output return losses greater than 10 dB minimize reflections and maximize power transfer.

HMC264LM3TR Advantages vs Typical Alternatives

This amplifier stands out with its combination of low noise figure and high gain across a broad 6?C12 GHz band, providing superior sensitivity and signal clarity compared to typical RF amplifiers. Its compact LGA package allows greater integration flexibility and superior thermal performance, while the low supply current reduces overall system power consumption. These factors collectively deliver enhanced reliability and efficiency in demanding industrial and communication applications.

Typical Applications

  • Microwave communication systems requiring low noise amplification and wide bandwidth support to improve link budgets and signal fidelity.
  • Radar front-end modules where stable gain and low noise figure are critical for accurate target detection.
  • Test and measurement equipment that demands linear amplification with minimal distortion to ensure precise results.
  • Satellite communication transceivers benefiting from compact packaging and efficient power consumption for space-constrained designs.

HMC264LM3TR Brand Info

The HMC264LM3TR is a product from a leading semiconductor supplier specializing in high-frequency MMIC amplifiers for industrial and defense applications. Designed for reliability and precision, this amplifier reflects the brand??s commitment to innovation in RF and microwave technologies. Its design emphasizes performance, integration ease, and compliance with modern manufacturing standards including RoHS, ensuring it meets stringent industry requirements.

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What is the typical noise figure of this amplifier, and why is

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