2-178314-2

Rectangular Connectors - Headers, Male Pins, 2-178314-2 Application Field and Working Principle

Rectangular connectors often referred to as headers, male pins or simply connectors are electrical connectors utilised for joining electrical signals across circuit boards. The rectangular shape of the connector allows two or more sides to be connected, making it an important component in circuits that require large scale connections and robustness in signal transport. The 2-178314-2 is a variant of the rectangular connector with enhanced features, designed for modern applications.

Application of 2-178314-2

The 2-178314-2 is designed to be used in various application fields that require high speed transmission and reliable connection. It is primarily used in data communication systems such as Ethernet and USB. Examples of uses for the 2-178314-2 are found within communications systems, internet of things (IoT) applications, power supplies, motion control systems, consumer audio, industrial automation and commercial electronic systems.

Working Principle

In order to transmit electrical signals, the 2-178314-2 must be enabled to generate a low impedance connection between two or more points. This low impedance connection is achieved through the physical contact of the metal pins, which propagate electrons and enable a high speed signal transmission. The pins are arranged in such a way so that the connector can load multiple electrical signals across multiple connections. The contact between the pins reduces the rate of signal drop off, enabling a higher signal to noise (SNR) ratio and resilient connections.

Conclusion

This article has discussed the application field and working principle of the 2-178314-2, a modern rectangular connector specifically designed for reliable signal transmission and high-speed data communication. This type of connector is found in a range of application fields, from consumer audio to industrial automation. It is designed with robustness in mind, using multiple metal pins to create a low impedance connection, thus reducing the rate of signal drop-off and enabling a higher SNR.