54202-S08-16

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

54202-S08-16 is commonly known as “header”, or generally referred to as a “rectangular connector”. From the perspective of gender, this connector is a “male pin”. It comes with two types of pins, a three-pin version and a four-pin version. It is usually made from phosphorus bronze or brass material, allowing for a more reliable connection while the current passes through the connector. 54202-S08-16 can carry currents up to 2 amps and wire diameters up to 1 mm.

The application field of 54202-S08-16, as the name suggests is relatively extensive. Mostly, it is used in consumer electronics, specifically for USB connections. Its wide application range also includes: power supply connection, motherboard and LNB boards. It also works well with switches and security systems. This product has high temperature performance characteristics which make it ideal for electrical components, such as resistors and transistors used in radiators and other high-temperature circuits.

The working principle behind 54202-S08-16 is quite straightforward. Firstly, the pins are inserted into the corresponding socket. The key feature of this connector is that the pins are arranged in a specific “polar configuration”. This configuration ensures that the correct voltage and amperage can quickly and reliably pass through the connector. This type of connector is most often used in applications where physical or electrical contact properties are important.

So, to sum up, 54202-S08-16 is a rectangular connector that is classified as a “male pin” and is usually made from phosphorus bronze or brass material. It is widely used in consumer electronics and is especially aimed at USB connections. Its working principle lies in the correct alignment of the pins in a “polar configuration”, allowing for smooth conduction of the current. This connector can handle a maximum load of 2 amps and is ideal for high-temperature circuits.

The specific data is subject to PDF, and the above content is for reference