776163-5

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Rectangular Connectors - Headers, Male Pins - 776163-5 Application Field and Working Principle

Rectangular connectors, also known as headers, male pins, and pin headers, are commonly used for electronic devices in a wide range of applications. The 776163-5 is a special type of rectangular connector, which is represented by its design number and is specifically designed to meet certain requirements for each application field. This article provides a detailed overview of the application field and working principle of the 776163-5 rectangular connector.

Application Field of 776163-5 Rectangular Connector

The 776163-5 rectangular connector is ideally suited for data and communication systems, small electronic and electro-mechanical devices, and other low-voltage devices. This type of connector is well-suited for start/stop circuits, computer system power supplies, home appliances, radio communication systems, residential wiring, and motor control devices. In general, it is an ideal choice for connecting two or more devices that require electrical links.

The 776163-5 rectangular connector can also be used in applications where high signal integrity is required. This type of connector is designed to maintain optimal signal integrity during signal transmission, making it well-suited for high-speed, high-dependability connections. It also provides superior electrical insulation and strain relief for the conductors.

Working Principle of 776163-5 Rectangular Connector

The 776163-5 rectangular connector is based on the pin and socket principle. The connector comprises a pin or male header and a socket or female header. A row of pins projects from the male connector and fits into a row of sockets in the female connector. The two connectors are held together by a plastic-locking device, which prevents unintentional separation. The body of the connector is insulated and may be made of a wide variety of materials, depending on the application.

When the two elements are connected, the pins press against the inner walls of the sockets. This creates a firm mechanical connection, while the electrical connection is made through the contact between the pins and sockets. As electricity flows through the pins, it illuminates the LEDs embedded in the connector, creating a visual indicator that the connection has been made correctly.

High-speed transmissions are possible due to the 776163-5 rectangular connector’s low-inductance design. The contact material used is gold-plated beryllium copper, which provides superior electrical and thermal performance. The contact forces are tuned to ensure a reliable, long-term connection while preventing unnecessary wear on the connectors.

The 776163-5 rectangular connector also offers additional benefits, such as protection against electromagnetic interference (EMI), corrosion protection, and excellent vibration resistance. The design also ensures that the connections are highly reliable and resistant to vibration, shock, temperature extremes, and other environmental conditions. This makes the 776163-5 an ideal choice for use in harsh environments.

Conclusion

The 776163-5 rectangular connector is an excellent choice for a wide range of applications, including data and communication systems, small electronic and electro-mechanical devices, and low-voltage devices. It is based on the pin and socket principle and is designed to ensure a reliable, long-term connection. The 776163-5 offers excellent electrical and thermal performance, along with additional benefits such as protection against EMI and corrosion. This makes the 776163-5 an ideal choice for use in harsh environments.

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