CGHV96050F2 is a Gallium Nitride (GaN) High Electron Mobility Transistor (HEMT) on a Silicon Carbide (SiC) substrate. Its functions and applications are as follows:

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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