0906-2
Preci-Dip
0906-2
Preci-Dip
CONTACT SPRING LOADED T/H GOLD W
Reference Price (USD)
1+
$0.79000
500+
$0.7821
1000+
$0.7742
1500+
$0.7663
2000+
$0.7584
2500+
$0.7505
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
0906-2
$0.79
Product details
Preci-Dip's 0906-2 delivers military-grade reliability in Contacts, Spring Loaded (Pogo Pins), and Pressure for defense applications. With {Mating Cycles} cycles and {Contact Finish} finish at {Contact Finish Thickness}, these contacts meet MIL-STD-810 requirements for shock, vibration, and extreme temperature operation.The Sleeve & Plunger (Pogo Pins) configuration provides EMP-resistant connections for secure communications equipment.Through Hole mounting style enables rapid field maintenance of mission-critical systems.0.197" (5.00mm) maximum working height accommodates armored enclosure designs.For optimal performance in tactical environments, implement 0.145" (3.68mm) working height.The 0.142" (3.60mm) minimum working height supports ruggedized portable devices.Military-spec Circular - 0.072" (1.83mm) pad layout ensures reliability under mechanical stress.25.49gf initial force prevents accidental disconnection in high-G maneuvers.The robust 91.77gf mid-compression force maintains connections during explosive impacts.The 0.042" (1.07mm) Dia plunger diameter is optimized for both EMI shielding and mechanical durability.High-reliability Brass meets defense requirements for salt fog and chemical resistance.
Product Attributes
- Product Status: Active
- Contact Type: Sleeve & Plunger (Pogo Pins)
- Mounting Type: Through Hole
- Maximum Working Height: 0.197" (5.00mm)
- Recommended Working Height: 0.145" (3.68mm)
- Minimum Working Height: 0.142" (3.60mm)
- Pad Layout Dimension: Circular - 0.072" (1.83mm)
- Operating Force - Initial: 25.49gf
- Operating Force - Mid Compression: 91.77gf
- Plunger Size: 0.042" (1.07mm) Dia
- Features: -
- Mating Cycles: 100000
- Contact Material: Brass
- Contact Finish: Gold
- Contact Finish Thickness: 20.0µin (0.51µm)
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