M22-5321405P

The M22-5321405P is a rectangular connector consisting of a male pin header with five pins, intended for use in electronic circuits and microcontrollers where a secure electrical connection is a priority. The header is hermaphroditic, meaning it can even have itself as a contacts without the need to have an intermediate component. This features excellent versatility and provides for a wide array of applications.

This header is rated for up to 10 amps, with a 4KV dielectric strength, making it suitable for a variety of medium to high-power applications where the transfer of electrical current is paramount. This type of connector is ideal for prototyping electronic circuits and the average current transfer is 1.2 A/pin.

One of the primary benefits of the M22-5321405P header is its durability. It has a high temperature rating of 125°C and can effectively prevent against rust, dirt, and other contaminants that might lead to an electrical short. The material that makes up the connector is resistant to impacts and has proven to be quite a reliable connector even in rough conditions.

The working principle of the M22-5321405P header is quite straightforward. The contact pin of the header is securely inserted into a receiving opening in the circuit board. As electrical current is transferred through the wire attached to the pin, the metal in the contact pin expands, creating a tight electrical connection that is extremely reliable and safe.

The applications of the M22-5321405P connector are wide-ranging and highly diverse. They can be found in industries such as the automotive, instrumentation, aerospace, medical, and industrial automation, among others. It is a great choice for projects that require a secure and reliable connection, due to its temperature rating and hermaphroditic design.

In conclusion, the M22-5321405P is a hermaphroditic rectangular connector consisting of a male pin header, with five pins, rated for up to 10 amps. Its high temperature rating of 125°C and rust-resistant material make it an excellent choice for medium to high-power applications where the transfer of electrical current is important. Its working principle involves securely inserting the contact pin into the receiving opening and as the wire is connected, it creates a tight and reliable connection.