3627-5203

Rectangular Connectors - Headers, Male Pins 3627-5203 provide an economical solution when space requirements and component weight are of concern. It is widely applicable in various industries such as consumer electronics, industrial control, automotive and communication.

The 3627-5203 rectangular connector contains two rows of pin contacts in a staggered configuration. Due to the increased array of contact options available, the 3627-5203 can greatly reduce the need for additional headers and adapters. Moreover, the connector provides optimal current capacity at low cost, making it an excellent choice for high power applications.

The contacts of the 3627-5203 are crimped to a flexible cable containing two conductors. The contacts engage with the appropriate mating connector or printed circuit board (PCB) through connection of the upper and lower connection cavities. The contact array of the device matches up with the corresponding circuit pads on the PCB, ensuring reliable connection between the two components.

The 3627-5203 contact connection system provides reliable electric connections, with the contact array firmly secured to the cable and fasteners providing secure engagement between the connector and the mating surface. This contact connection method also ensures high mechanical strength and excellent knock resistant characteristics. Additionally, the connector locking mechanism prevents mis-mating, which may otherwise cause damage to the contacts.

The 3627-5203 rectangular connector is UL recognized, and has been designed in accordance with RoHS standards. The connector and contact material, as well as the host of gold plated terminations, are designed to limit current losses and improve signal transmission capabilities. The device is also highly resistant to corrosion and vibration, making it suitable for various industrial applications.

The 3627-5203 rectangular connector is an ideal choice for applications which have restricted space requirements and for applications where there is a need to reduce component weight. The device is also extremely effective in providing secure connection solutions while minimizing current losses and ensuring efficient signal transmission.