800-40-057-20-001000

Rectangular connectors are a type of electrical connector designed to connect cables or wires together. There is a variety of shapes and sizes available to fit nearly any application. Headers, male pins, and other rectangular connectors are some of the most common types of connectors.

The 800-40-057-20-001000 application field and working principle is a header male pin connector. This type of connector is typically used to connect two electrical circuits together, usually through a ribbon cable. They are normally used in higher power applications and can carry large currents and voltages.

The number 800-40-057-20-001000 denotes the size and type of connector. The first two numbers 800 indicate the number of rows of pins in the connector, the next two numbers 40 indicate the number of columns of pins in the connector, the last five numbers 05720 indicate the number of pins and the pin spacing. This particular rectangular connector has a total of 800 pins arranged in 40 rows and 20 columns, with a pin spacing of 5.7 millimeters.

The working principle of the 800-40-057-20-001000 header male pin connector is quite straightforward. Electrical energy is passed from one circuit to another when two or more connections are made. This is accomplished by the pins of the connector coming into contact with each other, which then transfers the electrical energy.

In order to ensure that the connection is secure and that the electrical energy is properly transferred, the pins of the rectangular connector must be properly aligned. This is known as the mating cycle. When the pins of the two connectors are aligned properly, the connection is made securely.

The 800-40-057-20-001000 header male pin connector is designed to be very reliable and to withstand high levels of electrical energy. It is typically used in high-voltage and high-current applications, such as in industrial automation equipment.

The 800-40-057-20-001000 header male pin connector is a reliable and robust connector that is very commonly used in many applications. Its ability to carry large currents and voltages makes it ideal for use in a variety of high-power applications.