803-83-028-10-269101

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Rectangular Connectors, also known as Headers, Receptacles, and Female Sockets, are an integral part of the modern-day electrical infrastructure. The 803-83-028-10-269101 application field and working principle is just one example of the many types of these connectors out there.

A rectangular connector is typically composed of two parts – a pin or socket and a housing. The pin/socket acts as a conductor by providing a path between the conductors, which is protected by the dielectric housing. In the 803-83-028-10-269101, the pin and socket are made of brass that is plated with either nickel or gold to ensure a strong connection and corrosion resistance. The housing is constructed from molded thermoplastic and designed to provide insulation against any electrical interference.

The 803-83-028-10-269101 has two basic designs. The first design is known as \'Side Entry\' and is used for applications where the connector needs to fit into confined spaces. This design consists of two compartments with a spring-loaded release lever in the center. The lever allows the male pins to slide into the connectors which secure them in place. The second design is referred to as the \'Front Insertion\' and is easier to use because the pins are simply inserted from the front of the connector.

The working principle of the 803-83-028-10-269101 is fairly straightforward. The pin/socket connectors are inserted into the housing, and the electrical current is allowed to flow through them. The housing then acts as a barrier to any outside interference, ensuring that the current flows in the desired direction. Additionally, this type of connector features robust locking mechanisms that ensure the pins are kept securely in place.

In conclusion, the 803-83-028-10-269101 is one of the many varieties of rectangular connectors available in the market today. It offers a sturdy and reliable connection between two devices by utilizing robust locking mechanisms and efficient conductive properties. Its compact design allows it to fit into confined spaces when necessary – making it a great choice for many applications.

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