924527-28-12-I

Rectangular Connectors – Headers, Male Pins

The 924527-28-12-I rectangular connector is a common part used widely in both the commercial and residential markets. It is a square or rectangular form with a number of small pin contacts at the end. This type of connection can be used for a variety of purposes, such as for power, data, or other communication lines. It is also commonly used to provide a mechanical connection between two components that are in contact with each other.

One of the key benefits of rectangular connectors is that they can provide a reliable connection even when there is a requirement for a very small space. The pins on the connector are very compact and closely spaced, making them suitable for even the most highly densely packed electronic systems. Also, because of the small size, they may be simpler to install than larger round or circular connectors.

Application Fields

The 924527-28-12-I rectangular connector is largely used in a number of commercial and residential applications. These range from simple interconnects to complex signal carrying connections. In the computer industry, they are regularly used to connect power supply units (PSU) to the motherboard, providing a reliable and secure connection. Other uses of the connector include for mechatronic devices, such as LED lighting systems and domestic appliances, such as washing machines and dishwashers.

Working Principle

The 924527-28-12-I rectangular connector works in a similar way to other types of electrical connectors. It has a number of contact pins which are inserted into the female socket. Once plugged in, the pins provide a secure and reliable connection between the two components. Depending on the type, the contact pins may be either exposed or concealed in the female socket.

Conclusion

The 924527-28-12-I rectangular connector is a common part that can be used in a range of applications. It is highly reliable and provides a secure connection. The contact pins are very small and closely spaced, allowing them to be installed in even the most densely packed electronic systems.