to protectSpring Charged PogopinFor normal and stable operation, the working voltage and working current cannot exceed the rated value of the connector. It also includes wire diameter, conductor area, insulation diameter, etc. Pay attention to the contact resistance, insulation resistance, withstand voltage and temperature rise of the spring-charged Pogopin to prevent the connection adversely affect the stability and service life of the device.The main function of the spring-charged Pogopin is to connect. The spring-charged Pogopin can maintain a continuous working current, and the current is very small, only 3A. Its working voltage is below 12 volts, and the connector has good elasticity, which plays an important role in the connection.
The adaptable temperature of spring-charged Pogopin is between -25 degrees and 75 degrees when working, and the temperature also varies during storage, between -40 degrees and 85 degrees.
The spring-charged Pogopin has a long service life and can be used continuously for 10,000 times, and a good quality connector can be used for more than 10,000 times, and the on-resistance is less than 20 ohms.
The spring-charged Pogopin is electrically resistant to the contact of the working point and can withstand voltage. It is also one of the connectors that are often used now. Only with a detailed understanding of it can we understand its working performance and play an important role. convenience to work.
The electroplating of spring-charged Pogopin is a very important process. When applied to different products, there are different requirements for the electroplating of spring-charged Pogopin. When customers require products to withstand high current, we need to plate a thicker layer of Gold layer to meet customers' requirements for products. As long as the spring-charged Pogopin3U is gold-plated, we will gold-plated the spring-charged Pogopin to ensure better product quality and higher product requirements. Of course, with a thicker gold layer Thimbles are relatively expensive.
The insertion force and separation force of the spring-charged Pogopin have a specified range, and the range cannot be too large or too small. There are also contact retention force, crimp tensile strength, vibration, shock, durability, etc.
Test whether the spring charging Pogopin can withstand high temperature and whether it can work normally in a low temperature environment; constant humidity and heat, alternating humidity and heat; salt spray test, 2 sulfur oxide test and hydrogen sulfide test to ensure that the connector can still maintain normal and stable work in complex environments sex.