No.

Experiment Item

Experiment Conditions

Reference

1.

High temperature
reverse bias

VR=80% rated V_R@TA=100^oC
for 1000hrs

MIL-STD-750B
METHOD-1026

2.

High temperature
storage life

@TA=150^oC for 1000hrs

MIL-STD-750B
METHOD-1031

3.

Forward operation life

Rated average rectifier current
@TA=25^oC for 1000hrs

MIL-STD-750B
METHOD-1027

4.

Intermittent operation

On for 5 min T_J=125^oC-175^oC with rated
I_Rms power; off for 5min T_J=T_A+15^oC
with cool forced air; on and off 1000cycle

MIL-STD-750B
METHOD-1036

5.

Humidity life

@TA=65^oC RH=98% for 100 hrs

MIL-STD-750B
METHOD-103B

6.

Temperature cycling

-55^oC to 125^oC dwelled for 30 min
and transfer for 5 min. total 10 cycles.

MIL-STD-750B
METHOD-1051

7.

Solder resistance

@260±5^oC for 10 sec.
350±10^oC 3 sec.
immerse body into solder 1.5mm

MIL-STD-750B
METHOD-2031

8.

Solderability

@230±5^oC for 5 sec.
immerse body into solder 1.5mm

MIL-STD-202E
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
bending are 90^o±5^o for 3 3 times

MIL-STD-750B
METHOD-2036

11.

Forward surge

8.3ms single half sine-wave
superimposed on rated load, one surge

MIL-STD-750B
METHOD-4066-2

12.

Thermal shock

O^oC for 5 min. rise to 100^oC for 5
min. total 10 cycles.

MIL-STD-750B
METHOD-1056

13.

Pressure cooker

15 PSIG @TA=121^oC for 4 hrs