Pogo pins rated for 50,000 cycles (50kcycles) are engineered to maintain consistent performance through 50,000 insertion and extraction cycles, making them suitable for mid-range applications like medical device connectors, automotive sensors, and industr
Optimizing contact pressure is crucial for pogo pins to ensure reliable electrical conduction while minimizing wear and extending lifespan. Contact pressure—the force exerted by the spring-loaded plunger against the mating surface—must be sufficient to br
Parameter curve testing evaluates how key performance metrics of pogo pins—such as contact resistance, spring force, and plunger displacement—change under varying conditions, providing a comprehensive view of their operational characteristics. This testin
The Pogo Pin EMI Reverb (Electromagnetic Interference Reverb) describes the unwanted resonance or reflection of electromagnetic waves within the Pogo Pin’s structure, which can amplify EMI and disrupt the performance of nearby electronic components. EMI r
The Pogo Pin Shielding Structure Design refers to the intentional integration of physical barriers or conductive elements into the Pogo Pin’s design to block external electromagnetic interference (EMI) from entering the pin and prevent internal EMI (gener
The Pogo Pin EMI Convergence Test is a specialized validation process used to verify that the electromagnetic interference (EMI) emitted by or received by a Pogo Pin stabilizes (converges) to a consistent, compliant level after exposure to repeated enviro
Pogo Pin impact resistance testing evaluates the ability of these electrical connectors to withstand sudden mechanical shocks or impacts without losing functionality or sustaining critical damage. This testing is vital for Pogo Pins used in devices and eq
Pogo Pin RoHS compliance refers to adherence to the Restriction of Hazardous Substances Directive, a European Union regulation (2011/65/EU, with subsequent amendments) that restricts the use of certain hazardous materials in electrical and electronic equi