CMA-162LN+ GaAs MMIC Low Noise Amplifier with Ultra-low Noise Figure and Broadband Operation for High Linearity Performance
Specifications
Manufacturer:
Mini-Circuits
Product Number:
CMA-162LN+
Description:
SMT Low Noise Amplifier, 700 - 1600 MHz, 50?
Highlight:
Ultra-low Noise Figure GaAs MMIC
,Broadband Operation Low Noise Amplifier
,High Linearity Performance RF Amplifier
Introduction
CMA-162LN+ GaAs MMIC Low-Noise Amplifier
The CMA-162LN+ is a high-performance GaAs MMIC low-noise amplifier designed for microwave and RF communication systems. Optimized for ultra-low noise figure and high linearity across a broadband frequency range, this device delivers consistent gain with minimal power consumption, making it ideal for sensitive receiver front-end applications.
Key Functions
- Ultra-low Noise Amplification Provides high gain with an ultra-low noise figure in its operating frequency band, effectively amplifying weak RF/microwave signals while introducing minimal inherent noise, ensuring signal integrity.
- Broadband Operation Supports a wide frequency range (typical for similar devices: [please fill in the specific frequency range, e.g., 0.5-6 GHz]), enabling compatibility with multiple communication standards without circuit reconfiguration.
- High Linearity Performance Boasts excellent linearity characteristics with high OIP3 (Output Third-Order Intercept Point), suppressing signal distortion even when handling high-input power levels and avoiding intermodulation interference.
- Low Power Consumption Operates efficiently under low-voltage bias conditions, reducing overall system power budget and making it suitable for battery-powered or low-power-consumption RF equipment.
Typical Applications
- Satellite Communication Systems Used in the front-end of satellite receivers to amplify weak signals transmitted from satellites, improving system receiving sensitivity.
- Radar Receiver Front-ends Applied in civilian radar systems (weather radar, marine radar) to enhance detection capability of weak target echoes.
- Wireless Infrastructure Integrated into base stations of 5G/4G and microwave backhaul systems, optimizing network signal reception performance.
- Test and Measurement Equipment Serves as a low-noise preamplifier in RF signal analyzers and spectrum analyzers, improving instrument detection of small signals.
- Military and Aerospace Electronics Deployed in communication and radar systems for airborne, shipborne, or ground-based military platforms, adapting to harsh environmental conditions with robust performance.
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