ADPA9002ACGZN GaN Power Amplifier with 27 GHz-31 GHz Band, 4 W Saturated Output Power and GaN-on-SiC Semiconductor

High-Power RF Signal Amplification Provides saturated output power of up to 4 W with typical small-signal gain of 25 dB, enabling effective amplification of weak input RF signals to meet transmission system power requirements.

Broadband Frequency Operation Ensures stable performance across the 27 GHz-31 GHz band, covering key frequency segments for Ka-band applications without requiring additional tuning components.

High Efficiency & Linear Performance Features GaN-on-SiC semiconductor process achieving high drain efficiency (up to 40% typical at saturation), minimizing power consumption and thermal dissipation while maintaining excellent linearity for modulated signal transmission with low distortion.

Integrated Protection & Control Incorporates built-in electrostatic discharge (ESD) protection and over-temperature protection circuits to enhance reliability in harsh operating environments, with support for easy bias control for flexible performance adjustment.

Ka-band Satellite Communications Used in VSAT transmitters, satellite modems, and ground station equipment to amplify uplink signals for reliable long-distance data transmission.

Millimeter-Wave Radar Systems Applied in automotive radar, weather radar, and surveillance radar to boost transmitted radar pulse power for extended detection range and improved target resolution.

Point-to-Point Microwave Links Utilized in backhaul communication systems for 5G networks, providing high-power amplification of RF signals to support high-speed data transfer between base stations.

Test & Measurement Equipment Integrated into RF signal generators and network analyzers as a power amplification module to generate high-power, calibrated signals for device testing and validation.

Aerospace & Defense Systems Deployed in military communication radios, electronic warfare systems, and UAV communication links, leveraging rugged design and high performance in extreme conditions.