High-Current Pogo Pin Charging Solutions for EV & Automotive
As the electric vehicle (EV) market enters 2026, the demand for high-current, vibration-resistant interconnects has never been higher. Jiatel’s automotive-grade spring loaded contacts are specifically engineered to bridge the gap between traditional connectors and the rigorous power requirements of modern electric mobility.
Engineered for Automotive Reliability (AEC-Q Standard)
- High Current Capacity: Our specialized EV pogo pins support continuous current from 10A up to 100A, ideal for battery management systems (BMS) and rapid charging docks.
- Uninterrupted Contact: Precision-engineered for high-vibration environments, ensuring stable OBD-II diagnostic and charging connections even on rough road conditions.
- Superior Plating: Thick Gold (Au) over Nickel plating prevents oxidation and ensures 100,000+ stable mating cycles in harsh outdoor environments.
Automotive Pogo Pin Technical Parameters
| Feature | Jiatel Automotive Specification |
|---|---|
| Rated Current | 10A, 30A, 60A, up to 100A (Customizable) |
| Working Stroke | 2.0mm to 5.5mm (Compensates for assembly tolerance) |
| Cycle Life | 100,000+ Mating Cycles |
| Protection Level | IP67/IP68 Waterproofing Available |
Key Applications in Electric Mobility
Our automotive pogo pins are the trusted choice for several critical interfaces:
- OBD-II Diagnostic Ports: Rapid and reliable data access for vehicle maintenance.
- BMS (Battery Management Systems): Secure voltage and temperature sensing contacts.
- E-Scooter & E-Bike Docks: Automatic adsorption and “Drop-and-Go” charging interfaces.
Technical FAQ
Q: How do Jiatel pogo pins handle the heat of 60A+ charging?
A: We utilize high-conductivity tellurium copper and specialized internal structures to minimize contact resistance, significantly reducing heat generation during high-speed DC charging.
Q: Are custom housings available for automotive blind-mating?
A: Yes, Jiatel provides full DFM support for magnetic adsorption and blind-mating housings to improve user experience and interface longevity.
