HIGH RELIABILITY EXPERIMENT LIST
No.	Experiment Item	Experiment Conditions	Reference
1	High temperature	VR=80% rated VR@TA=100oC	MIL-STD-750B
	reverse bias	for 1000hrs	METHOD-1026
2	High temperature	@TA=150oC for 1000hrs	MIL-STD-750B
	storage life		METHOD-1031
3	Forward operation life	Rated average rectifier current	MIL-STD-750B
		@TA=25oC for 1000hrs	METHOD-1027
4	Intermittent operation	On for 5 min TJ=125oC-175oC with rated	MIL-STD-750B
		IRms power; off for 5min TJ=TA+15oC	METHOD-1036
		with cool forced air; on and off 1000cycle
5	Humidity life	@TA=65oC RH=98% for 100 hrs	MIL-STD-750B
			METHOD-103B
6	Temperature cycling	-55oC to 125oC dwelled for 30 min	MIL-STD-750B
		and transfer for 5 min. total 10 cycles.	METHOD-1051
7	Solder resistance	@260±5oC for 10 sec.	MIL-STD-750B
		350±10oC 3 sec.	METHOD-2031
		immerse body into solder 1.5mm
8	Solderability	@230±5oC for 5 sec.	MIL-STD-202E
		immerse body into solder 1.5mm	METHOD-208
9	Lead pull	1KG in axial lead direction for 10 sec.	MIL-STD-750B
			METHOD-2036
10	Lead fatigue	0.5KG weight applied to each lead	MIL-STD-750B
		bending are 90o±5o for 3 3 times	METHOD-2036
11	Forward surge	8.3ms single half sine-wave	MIL-STD-750B
		superimposed on rated load, one surge	METHOD-4066-2
12	Thermal shock	OoC for 5 min. rise to 100oC for 5	MIL-STD-750B
		min. total 10 cycles.	METHOD-1056
13	Pressure cooker	15 PSIG @TA=121oC for 4 hrs