Electronic Testing
We Offer Electronic Testing Services including:
Testability Analyses - Electrical & MechanicalGenRad Programming - GR227X, GR228X, TS8X
In-System Programming of Devices at In-Circuit Test
for Digital & Hybrid Vector Testing.Fixture-Finishing - GenRad, Teradyne, Adapters, Functional, CustomFunctional Test Systems - utilizing LabVIEW®On-Site Consulting - Supporting Your Tester & ProductsProduct Installation - Including Knowledge Transfer & TrainingContract Test - Testing of Your Products on Our GenRadTest Planning & Re-Engineering - to Enhance Testability & Manufacturability of your product.
Global Semisolutions Electrical Testing Area focuses on developing innovative solutions to our client’s testing needs. We offer a combination of testing experience, technical ability and expertise. Our project managers will work with you to find the best testing solution for your application. An additional benefit to clients is the availability of test reports and data which are updated on-line and can be viewed at your convenience on our secure customer intranet.
Other Capabilities
• EMC • USCAR • Relay Testing: Hybrid and Thermal • Audio Components Testing • Battery Life Test (CERT) • Computer Components Testing • Power Quality/Quantity • Harmonic Distortion • Sags/Surges • Transient Analysis • Contact Resistance |
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JANTX: Military screening level
- Parts are received in an ESD bag and inspected
- Thermal Shock (Temp Cycle)
MIL-STD-750 Method -1051
Condition=C, 10 Cycles
Temp (EXTREME) 10 min. No dwell at 25 degrees C
Temperature range= -65 to + 175 degrees C - Thermal Independence
per applicable device
MIL-PRF-19500/427K PARA: 4.3.1 & 4.4.1 - Hermeticity Testing
MIL-STD-750 Method - 1071 Cond –H
Fine Leak
Max Rate= 5x10-8 atm cc/s
MIL-STD-750 Method – 1071 Cond –C
Gross Leak - Initial Electrical Test
Per device spec
MIL-PRF-19500/427K - High Temp Reverse Bias
MIL-STD 750 Method – 1038 Cond: A
(HTRB)
Time=48 HRS = +150 degrees C - Interim Burn-In Electrical Test
Per applicable device
MIL-PRF -19500/427K
BF & IR1 for calculations
@ 25 degrees C ONLY &
DC on all other parameters - Power Burn-In
MIL-STD-750 Method – 1038
(HTRB) 100%
MIL-PRF-19500/427K PARA: 4.3.2
Time= 96 HRS= +135 degrees C - Delta Calculations
IR1 < 100% of initial reading or +- 100 nA dc,
Whichever is greater - Marking
On all passing units= GREEN DOT - External Visual
- Final Inspections




