GRPB381VWVN-RC

Rectangular Connectors are a type of electronic or electrical connector typically used to transmit signals, data, and power. The GRPB381VWVN-RC is a type of rectangular connector, with headers, pins, and male pins. Headers are the physical components that are used on a printed circuit board (PCB) where two or more circuits intersect each other. These headers are typically comprised of a pin and a male pin which are inserted in a socket. The pins can be separated by a dielectric material, allowing them to act as decoupling capacitors, which help to reduce electrical noise in the circuit. The GRPB381VWVN-RC is a type of rectangular connector with headers, pins, and male pins. This connector is typically used in various applications such as automotive, medical, and industrial. In terms of functionality, the GRPB381VWVN-RC provides optimal contact retention, vibration immunity, and superior electrical performance in harsh environments. The design of the GRPB381VWVN-RC ensures that it meets JEDEC standards, making it suitable for a variety of applications. The GRPB381VWVN-RC is a type of rectangular connector with male pins, which are available in lengths of 6.4mm and 7.2mm. The pins are gold plated, which ensures a better electrical connection. The GRPB381VWVN-RC also features an insulator which helps to minimize crosstalk and interference in different circuits. The insulator helps to provide a better signal transmission and noise immunity, which in turn improves the performance of the circuit. In terms of the working principle of the GRPB381VWVN-RC, the connector utilizes a soldering process which uses heat to form a connection between two components. The heat used is generally hot enough to create a strong bond between the components and ensures that the connector stays in place. The soldering process also helps to create a secure, reliable electrical connection between the components. Overall, the GRPB381VWVN-RC is a type of rectangular connector with headers, pins, and male pins, which is used in various applications such as automotive, medical, and industrial. It provides optimal contact retention, vibration immunity, and superior electrical performance in harsh environments. The connector also utilizes a soldering process which uses heat to form a connection between the components, helping to ensure a secure and reliable electrical connection.