CGHV96050F2 3.3V 20dB Gallium Nitride GaN High Electron Mobility Transistor HEMT

Product Specification

Functions

• High - frequency operation: It operates in the frequency range of 8.4 - 9.6 GHz, making it suitable for high - frequency applications.
• Low - power degradation: It has a power degradation of less than 0.1 dB, which means it can maintain stable performance with low - power loss during operation.
• Excellent power - added efficiency: Compared with other technologies, this GaN internal - matched FET can provide excellent power - added efficiency. GaN has superior performance compared to silicon or gallium arsenide, with a higher breakdown voltage, a higher saturated electron drift velocity, and a higher thermal conductivity. Compared with GaAs transistors, GaN HEMTs also offer a higher power density and a wider bandwidth.
• Optimal electrical and thermal performance: Housed in a metal / ceramic flange package, it achieves optimal electrical and thermal performance.

Applications

• Marine radar: It is used in marine radar systems for detecting targets at sea, such as ships and obstacles, helping to ensure the safety of navigation.
• Weather monitoring: It can be applied to weather - monitoring radar to detect meteorological phenomena such as clouds, rain, and snow, providing data support for weather forecasting and climate research.
• Air traffic control: In air traffic control systems, it is used in radar equipment to monitor the position and flight path of aircraft, ensuring the safety and order of air traffic.
• Maritime vessel traffic control: It helps monitor and manage the traffic of vessels in ports and shipping lanes, improving traffic efficiency and safety.
• Port security: It is used in port security monitoring systems, such as radar - based intrusion detection systems, to detect and prevent unauthorized vessels from entering the port area.

• Marine Radar – Used in shipborne navigation and collision avoidance systems.

• Weather Monitoring – Supports high-power radar systems for meteorological observation.

• Air Traffic Control (ATC) – Enhances radar and communication systems for aviation safety.

• Maritime Vessel Traffic Control – Ensures efficient and secure shipping lane management.

• Port Security & Surveillance – Used in high-frequency radar for coastal and port monitoring

• Higher Power Density: More power in a smaller footprint compared to GaAs or Si-based transistors.

• Better Thermal Performance: GaN-on-SiC technology improves heat dissipation.

• Wider Bandwidth: Suitable for broadband applications without sacrificing efficiency.

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