Rigorous testing to evaluate contact resistance in simulated storage/field conditions

EXTENDED LIFE PRODUCT™
E.L.P.™ products are tested to rigorous standards, which evaluate contact resistance in simulated storage and field conditions.
- 10 year Mixed Flowing Gas (MFG)
- High Mating Cycles (250 to 2,500)
- Certain plating and/or contact options will apply
For complete details on Samtec's E.L.P.™ program, a list of qualifying products and test results, visit samtec.com/ELP or email the Customer Engineering Support Group at ASG@samtec.com
TEST |
SET |
E.L.P.™ |
DQT |
Gas Tight |
X* |
X* |
X |
Normal Force |
X* |
X* |
X |
Thermal Aging |
X* |
X* |
X |
Mating / Unmating / Durability (240 Hrs) |
X (100% RH, 250 Cycles) |
X* (90-98% RH, 100 Cycles) |
X (90-98% RH, 100 Cycles) |
IR / DWV |
X (At Altitude of 70,000 Feet) |
X* |
X |
CCC |
X* |
X* |
X |
Mechanical Shock / Random Vibration / LLCR & Nanosecond Event Detection |
X (40 G Peak, 11 ms, Half Sine & 12gRMS, 5 - 2,000 Hz, 1 Hr / Axis) |
X* (100 G Peak, 6 ms, Half Sine & 7.56gRMS Avg, 2 Hr / Axis) |
X (100 G Peak, 6 ms, Half Sine & 7.56gRMS Avg, 2 Hr / Axis) |
Temperature Cycling (500 Cycles) |
X |
N/A |
N/A |
Non-Operating Class Temperature |
X |
N/A |
N/A |
Electrostatic Discharge (ESD) |
X |
N/A |
N/A |
10 Year MFG (Mixed Flowing Gas) |
N/A |
X |
N/A |
Mating Cycles (250 to 2,500) |
N/A |
X |
N/A |
*Completed as part of initial Design Qualification Testing (DQT). E.L.P.™ and SET testing are performed in addition to DQT. |
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All Samtec series undergo Design Qualification Testing

DESIGN QUALIFICATION TESTING
All Samtec series undergo Design Qualification Testing (DQT), which includes:
- Gas Tight
- Normal Force
- Thermal Aging
- Mating/Unmating/Durability
- IR/DWV
- Current Carrying Capacity (CCC)
- Mechanical Shock/Random Vibration/LLCR
- Mechanical Shock/Random Vibration/Event Detection
TEST |
SET |
E.L.P.™ |
DQT |
Gas Tight |
X* |
X* |
X |
Normal Force |
X* |
X* |
X |
Thermal Aging |
X* |
X* |
X |
Mating / Unmating / Durability (240 Hrs) |
X (100% RH, 250 Cycles) |
X* (90-98% RH, 100 Cycles) |
X (90-98% RH, 100 Cycles) |
IR / DWV |
X (At Altitude of 70,000 Feet) |
X* |
X |
CCC |
X* |
X* |
X |
Mechanical Shock / Random Vibration / LLCR & Nanosecond Event Detection |
X (40 G Peak, 11 ms, Half Sine & 12gRMS, 5 - 2,000 Hz, 1 Hr / Axis) |
X* (100 G Peak, 6 ms, Half Sine & 7.56gRMS Avg, 2 Hr / Axis) |
X (100 G Peak, 6 ms, Half Sine & 7.56gRMS Avg, 2 Hr / Axis) |
Temperature Cycling (500 Cycles) |
X |
N/A |
N/A |
Non-Operating Class Temperature |
X |
N/A |
N/A |
Electrostatic Discharge (ESD) |
X |
N/A |
N/A |
10 Year MFG (Mixed Flowing Gas) |
N/A |
X |
N/A |
Mating Cycles (250 to 2,500) |
N/A |
X |
N/A |
*Completed as part of initial Design Qualification Testing (DQT). E.L.P.™ and SET testing are performed in addition to DQT. |
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