XG4A-1435

The XG4A-1435 rectangular connector is commonly used for various applications, ranging from signal transmission to low-current-carrying applications.

The XG4A-1435 is a low-profile right angle, male pin connector, designed for mounting on PC boards or other surfaces. This type of connector is designed to mate with a range of complimentary components, such as female pin connectors, header connectors and jumper plugs. It is suitable for a wide range of applications, providing reliable and long-lasting performance.

The key features of this connector are that it has an anti-corrosive nickel-plated brass construction, which has superior corrosion resistance, along with beryllium copper contacts, providing a reliable and secure connection. This connector also offers low contact resistance, which ensures that it will remain connected during sensitive operations. Additionally, it is supplied with knurl for mounting, which makes it easy to install.

The working principle of the XG4A-1435 connector involves a female pin and a male pin, which are mated with one another by a length of wire or cable that is threaded through the connector. The female pin is secured in the connector housing, while the male pin is secured in the male contact of the connector. The female pin is responsible for accepting the incoming electrical signal, while the male pin is responsible for transmitting the outgoing electrical signal. When the pins are connected, the current is then passed through the connector from the female pin to the male pin. This process allows for reliable data transmission between two devices.

In summary, the XG4A-1435 is a low-profile right angle, male pin connector, designed for various applications, from signal transmission to low-current-carrying purposes. Its key features include an anti-corrosive nickel-plated brass construction, along with beryllium copper contacts, providing a reliable and secure connection. The working principle involves the use of a female pin and a male pin, which are mated with one another, allowing for reliable data transmission.