Design Feature 1
No Pin Engagement with Back-Stopper
Benefit : No Wearing
Sustainability of test performance
Benefit
- Sustainable specification & FPY can be achieved
- Longer housing lifespan; ≥6M insertion (≥200% longer lifespan than typical socket housing)
- It maximizes contact pin & elastomer lifespan
- Provides higher OEE & lower cost of test
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Design Feature 2
SWS (Short Wiping Stroke) Technology
Benefit : Slow Wearing
Zigma has 0.10mm wiping length compared to typical 0.17~0.22mm
Benefit
- Less debris generation leads to less cleaning
- Optimizes lifespan of pin's contact tip due to bigger contact area (≥60% longer lifespan than typical contact pin)
- Longer MTBA, MTBR and MTBF
- Ideal for chamfered corner pad, short pad and wettable flank pad/dimple pad
- Shorter wiping length retain more solderability area
- Ideal for multiple testing insertion
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Design Feature 3
ACF (Adv. Contact Finishing) Technology
Benefit : Slow Wearing
Finer contact finishing has less cavity for debris accumulation at contact tip of DUT & less abrasive to loadboard
Benefit
- Loadboard friendly
- Less cleaning frequency
- Less cost of loadboard repair
- Longer MTBA, MTBR & MTBF
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Design Feature 4
Bigger Elastomer Diameter
Benefit : Slow Wearing
Less percentage of compression per diameter
Benefit
- Longer lifespan of elastomer (≥33% longer lifespan than typical elastomer)
- Sustainable test peformance
- Longer MTBA, MTBR & MTBF
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Design Feature 5
XYZ Compatible with Most Socket
Benefit : Low or Zero Hardware Investment
Plug and play
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Design Feature 6
Loadboard Friendly
Benefit : Cost Reduction in Loadboard Repair
Debris blocked by front elastomer
Benefit
- Less cleaning frequency of loadboard
- Prolong loadboard lifespan
- Longer MTBA, MTBR & MTBF
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Design Feature 7
Poka-Yoke Design
Benefit : Cost Avoidance of Wrong Component Used
Same pin & elastomer for both PPF/NiPd & Matte Tin
Benefit
- Error free maintenance
- Single pin type for PPF/NiPd & Matte Tin
- Single elastomer type for front & back
- Less inventory
- Longer MTBA, MTBR & MTBF
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