Consult

High temperature static burn-in test system for microwave tubes(MFS2004)

The system is configured with 12 independent test zones, each of which has 4-way component burn-in stations, and the whole machine has 48 component burn-in stations. The 12 test zones can be independently or simultaneously controlled, monitored, recorded, and communicated through the upper computer. Each station can independently control the shell temperature of the tested component, and the detection accuracy is 1% ± 2 ℃. Real time monitoring and recording of various parameters of the component during burn-in process, and using the technologically advanced adjustable voltage stabilized high-power secondary power supply.

Function

Real-time monitor of the current and voltage status of the component, and automatic adjust burn-in the current of the component
Can independently control the shell temperature of the component with an accuracy of 1%±2℃
Can be adapted to microwave power components with different packaging and power requirements

Product Features

Test temperature zone	12
Test temperature	70~200℃
Test zone	12
Drain voltage control	0.01~60V
Drain voltage control accuracy	±(1%+0.1V)
Grid voltage control	-10~10V
Grid voltage control accuracy	±(1%+0.01V)
Leakage current detection	0~5A
Leakage current detection accuracy	±(1%+1mA)
Grid current detection	0~50mA
Detection accuracyof grid current	±(1%+0.01mA)
Shell temperature fluctuation	±1℃
Shell temperature detection accuracy ±(1%+2℃)	±(1%+2℃)
Power supply	0~60V/40A (Optional 12 channels)
Machine power supply	Three-phase AC380V±38V
Maximum power	25KW (typical)
Total weight	1000KG(typical)
Dimensions of machine	1800mm(W)×1300mm(D)×2000mm(H)

Applicable standards

GJB128 MIL-STD-750 MIL-M-19500

Applicable components

For GaN,GaAs and other microwave tubes