| SCREENING METHOD |
ELECTRICAL ONLY |
COMMERCIAL & COTS |
MIL-PRF-19500 |
JAN "S" |
| Stabilization Bake MIL-STD 750 Method 1032 |
NO |
NO |
Maximum Operating Temperature 340 hours |
Maximum Operating Temperature 340 hours |
| Temperature Cycle MIL-STD 750 Method 1051 |
NO |
NO |
20 Cycles @ -55°C- + 175°C |
20 Cycles @ -55°C - + 175°C |
| Surge MIL-STD 750 Method 4066 |
NO |
NO |
Sinusoidal Current Surge |
Sinusoidal Current Surge |
| Thermal Impedance MIL-STD 750 Method 3161 |
NO |
NO |
Delta Source Drain Voltage Method |
Delta Source Drain Voltage Method |
| Constant Acceleration MIL-STD 750 Method 2006 |
NO |
NO |
Y Axis 20,000 G's |
Y Axis 20,000 G's |
| PIND Test MIL-STD 750 Method 2052 |
NO |
NO |
20 G's / 40 to 250Hz |
20 G's/ 40 to 250HZ |
| Fine Leak Test MIL-STD 750 Method 1071 Helium Tracer Gas atm cm/3 or greater |
Condition H 60 PSI pressurization for 4 hours 1X10-9 |
Condition H 60 PSI pressurization for 4 hours 1X10-9 |
Condition H 60 PSI pressurization for 4 hours 1X10-9 |
Condition H 60 PSI pressurization for 4 hours 1X10-9 |
| Gross leak Test MIL-STD 750 Method 1071 Flourocarbon |
Condition C 60 PSI pressurization for 8 hours |
Condition C 60 PSI pressurization for 8 hours |
Condition C 60 PSI pressurization for 8 hours |
Condition C 60 PSI pressurization for 8 hours |
| Interim Electrical Test |
25°C, + 125°C |
25°C, + 125°C |
25°C, 125°C, -55°C |
25°C, 125°C, -55°C |
| HTRB MIL-STD 750 Method 1042 80 percent of rated drain to source voltage Steady State Gate bias. |
NO |
Condition A/B Steady State reverse bias/ 48 hours |
Condition A/B Steady State reverse bias/ 160 hours |
Condition A/B Steady State reverse bias/ 160 hours |
| Post HTRB Electrical (Delta/PDA) |
NO |
Within 96 hours |
Within 24 hours |
Within 16 Hours |
| Burn In MIL-STD 750 Method 1039 Maximum rated power |
NO |
48 Hours |
160 Hours |
240 Hours |
| Final Electrical |
25°C, 125°C |
25°C, 125°C |
25°C, 125°C, and -55°C |
25°C, 125°C and -55°C |
| Radiographic Inspection Mil 750 Method 2076 |
NO |
NO |
NO |
100 percent |
