The JZXHN0818-P46 stands as a high-power amplifier chip utilizing GaN HEMT transistor technology, crafted through the 0.25 μm GaN MMIC process. It operates within the frequency range of 8GHz to 18GHz, exhibiting a power gain of 18dB, a typical saturation output power of 40W, and a power additional efficiency of 25%. In pulse mode, the chip is grounded through a back hole and operates with dual power supply, with a standard working voltage of Vd=+32V and Vg=-2.5V. Primarily designed for microwave transceiver modules and high-power solid-state transmitters, this chip offers versatile applications in related fields.
XHGFL1000 is a 1000W GaN pre-matched broadband power amplifier transistor, its operational frequency coverage: 0.7~1.4 GHz, It addressing the environmental adaptability needs of high power, high efficiency and temperature-resistance RF / microwave systems, the transistor is designed to meet the stringent requirement of high performance application in communication, EMC, radio positioning, telemetry and remote control.
XHGFL1200 is pre-matching broadband GaN power amplifier transistor, working frequency coverage: 0.99~1.13 GHz, It addressing the environmental adaptability needs of high power, high efficiency and temperature-resistance RF / microwave systems, the transistor is designed to meet the stringent requirement of high performance application in communication, EMC, radio positioning, telemetry and remote control
XHXF006 is 50om Chip On-board type GaN power amplifier, working frequency coverage: 0.96~1.2 GHz, It addressing the environmental adaptability needs of high power, high efficiency and temperature-resistance RF / microwave systems, the transistor is designed to meet the stringent requirement of high performance application in communication, EMC, radio positioning, telemetry and remote control.
integrated drone
It mainly consists of a drone platform, a reconnaissance system, strike system and a ground control station.
The platform is responsible for carrying reconnaissance and strike system, performing reconnaissance and strike action; Reconnaissance system is responsible for reconnaissance, identification and location of targets;
Striking system is responsible for striking targets; The ground control station is responsible for the take-off, trajectory planning, mission control, etc.
