416-83-238-41-011101

Rectangular Connectors - Headers, Receptacles, Female Sockets

416-83-238-41-011101 application field and working principle is a type of rectangular connector, which can be categorised as headers, receptacles and female sockets. Generally, a rectangular connector assembly consists of two parts - a male and female. The male part includes the prongs and insulation while the female part is the cavity that the prongs fit into. Both parts are insulated firmly and securely to make sure that it can withstand mechanical and environmental stress as specified by the regulations.

Headers

Headers are designed to securely connect two wires and provide insulation documents. They are easily integrated in an electronic circuit and are most common in the view of modular components. The 416-83-238-41-011101 connector is built to mate with the corresponding receptacle based on specific connector types, with a typical 13-position terminal layout.

Receptacles

Receptacles or female sockets, are integrated on a PCB in order to plug-in and mate with a compatible male (header) counterpart. This is the most crucial part of the connector design that determines the correct contact type, number of pins, mating orientation, and insulating materials to match with the header. The 416-83-238-41-011101 connectors provide various configuration options with the best materials available to meet specific requirements for insulation and contact performance in order to ensure reliable signal and power transmission.

Working Principle

A typical rectangular connector consists of a pin header and a mating receptacle. It is very important to choose the proper contacts when designing a rectangular connector. Wrong contact placement will result in improper contact mating and connection failures. Pin headers are designed to provide a secure connection for the mating receptacle. Generally, the pins are offered in a variety of shapes including square, round, notch and butt end formats.

The receptacle must be specifically designed to receive the pin header. It offers a range of mating areas with typically from 3 to 13 pins. The insulating materials are important as they provide a secure insulation between the two mating parts and prevent undesired short circuit. A typical 416-83-238-41-011101 application field and working principle includes materials such as spacer, base, spring and insulation. Additionally, the base and pin must be made from matching materials to ensure a secure and reliable connection.

The 416-83-238-41-011101 application field and working principle are ideally suited for a variety of electrical applications. It provides a secure connection for wires, terminal blocks, multi-pin connectors and other components, ensuring reliable signal and power transmission. Its insulation and contact materials adhere to industry standards and regulations, ensuring uniform connection with all mating components.