Product Description
Spring Loaded Pogo Pin Connector with Gold Plating for Mobile Phone, Probe Devices and Various Electrical Appliances PCB
- Durable Construction: This Spring Loaded Pin Pogo Pin Plug Connector boasts a sturdy brass construction with a gold plating finish, ensuring long-lasting performance and resistance to corrosion.
- Customized Options: The product offers customized size options, catering to various specific requirements, including automobile and auto applications, as specified by the user.
- High-Current Capability: The pogo pin connector is designed to handle high current, making it an ideal choice for demanding applications, as mentioned in the keywords "high current spring-loaded pins."
- Gold Plating for Enhanced Conductivity: The gold plating on the connector provides excellent conductivity and reduces the risk of oxidation, ensuring smooth and efficient electrical connections.
Specifications:
Part Details |
|
Status |
Active |
Category |
Pogo pin connector |
Series |
ATK-2510 |
Product name |
Spring Loaded Pin Pogo Pin |
Current Rating |
DC 12V 1.5 Amp Max. |
Insulation Resistance |
10000M ohms min. |
Contact Resistance |
100m ohms max |
Dielectric Withstanding |
AC1000V for 1 minute |
Operating Temperature |
-40°C to +105°C |
Contact Material |
Copper Alloy |
Contact Plating |
Au |
Application |
portable electronic devices, communications, automobiles, etc.. |
Component Type |
pin connector |
Circuits |
5 positions |
Durability (mating cycles max) |
10000 |
Glow-Wire Capable |
No |
Keying to Mating Part |
None |
Net Weight |
4.5g |
Orientation |
THT |
PCB Locator |
No |
Pitch - Mating Interface |
2.5mm |
Polarized to PCB |
No |
Breakaway |
No |
Circuits (maximum) |
5 circuits |
Termination Interface Style |
Surface Mount |
First Mate / Last Break |
No |
Guide to Mating Part |
No |
Lock to Mating Part |
None |
Number of Rows |
1 |
Packaging Type |
PE bag |
Termination Interface Style |
Surface Mount |
REACH SVHC |
Not Contained per D(2024)7663-DC (21 Jan 2025) |
EU RoHS |
Compliant per EU 2015/863 |
Detailed Photos





