M20-7863842P

M20-7863842P is a rectangular connector header (sometimes referred to as a “multi-pin connector”) made up of both a male and a female part. The male part consists of one or more male pins that are designed to fit into the female part, which contains a number of electrical contacts (usually referred to as receptacles or female sockets). This rectangular connector is commonly used in a variety of applications requiring reliable electrical connections, such as industrial automation, automotive, telecommunications, medical and aerospace.

The M20-7863842P header consists of two rows of pins perpendicular to each other. The bottom row contains four rectangular pins while the top row contains five pins. Each pin has two electrical contact points and is held in place by a metal spring. The pin contacts allow for the connection of two or more wires, allowing for the transfer of electrical current.

In terms of its working principle, the M20-7863842P connector header uses a combination of electrical theory and mechanical design to make reliable electrical connections. When the male part of the connector is inserted into its corresponding female part, the pins come into contact with the corresponding receptacles. The pins and receptacles provide an electrical path for current to flow from one point to the other. This current is then used to power whatever device is attached to the connector.

The M20-7863842P rectangular connector is a cost-effective solution for powering various devices and appliances. Its simple and efficient design ensures that it is able to provide a reliable and secure connection with minimal current leakage. Furthermore, its two rows of contacts provide a greater current carrying capacity, which increases its versatility in powering larger devices.

In conclusion, the M20-7863842P rectangular connector header is a reliable and cost-effective solution for making electrical connections in a variety of applications. Its two rows of pins and receptacles provide a secure and reliable connection, while its robust design and construction ensure that the connector will hold up to the rigors of the most demanding applications.