103906-3

Rectangular connectors, also known as Headers, Male Pins or ‘straight’ electrical connectors, are connectors with a rectangular shaped contact which can be used for both power and signal applications. Rectangular connectors provide a reliable electrical connection in a wide variety of applications such as medical, industrial, military, consumer, and more. They are designed to meet the requirements of the application in which they are used and offer a maximum degree of connection reliability.

103906-3 Application Field and Working Principle

The 103906-3 rectangular connector is a low-current, low-profile, male, four pin connector designed for power and signal applications such as motor control, computer system board assemblies, and application programming interfaces. This connector is available in both single and dual modes and is designed for use with wire harnesses and PC boards.

The 103906-3 connector is designed to connect two components via the pins, each of which is individually sprung to ensure a reliable connection. When inserted, the pins mate securely with corresponding contacts, holding them together. This connection provides a high degree of connection reliability by preventing the pins from becoming loose or falling out of alignment.

The working principle of the 103906-3 connector is based on the design of the contacts. Each contact consists of two parts: a pin and a socket. These parts are designed to fit together snugly and form a secure connection. The contact pins are designed with a spring-loaded plunger which helps to keep the pins securely in place, and the socket is designed to fit over the pins to ensure a proper connection.

The 103906-3 connector is a reliable and easy-to-install solution for power and signal applications. It is available in a variety of configurations to meet the needs of the application and offers a high degree of connection reliability. With its low-profile design, it is also easy to mount and secure within the system. This makes it an ideal choice for applications where space is a consideration.