The pogo pin connector is a small high-precision connector used in electronic devices such as mobile phones. The pogo pin connector is widely used in semiconductor equipment to play a connecting role. The key function of the pogo pin connector is to conduct electricity and transmit information content. With the development of science and technology, consumers are pursuing the miniaturization and intelligence of electronic products. The customizable miniaturized pogo pin connector has gradually become the choice of many structural designs. The pogo pin connector is widely used in watches, bracelets, TWS True wireless Bluetooth headsets, shared power banks, electronic cigarette charging connections, smart home products, entertainment electronic products, wearable devices, 5G radio frequency communication terminals, and other medical equipment charging and signal connections. So how do we choose a pogo pin connector? ?
Dimensions of the pogo pin connector:
The size of the pogo pin connector is determined by the design strength, current load and shape, but the large diameter usually increases the cost greatly. The standard pogo pin connector usually has a needle tube of 1.5 and a needle of 0.9, which is a more economical choice.
Height of pogo pin connector:
The height of the pogo pin connector is determined by the working height, that is, the height when the working is compressed and the accuracy when the accessories are installed. Usually the compression stroke is about 70% of the total stroke, and the normal working stroke is 1.0 mm.
Pogo Pin Connector Current Load:
The current load requirements of the pogo pin connector are different, and the overall design parameters of the pogo pin connector should also be changed and adjusted accordingly.
Spring thimble connector product production includes IQC incoming inspection, IPQC process inspection, elasticity and resistance dynamic testing, 100 percent visual inspection, FQC sampling inspection, OQC shipping inspection, design verification, regular reliability inspection, failure analysis, etc. From product design Strict and effective quality control is carried out in each link of sample preparation, trial production and mass production to ensure product quality.