0430452026

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0430452026 rectangular connectors are a type of headers which include male pins. Specifically, they are a low-cost, two-row, rectangular, pin-in-socket header combination which have a profile of only .100” above the circuit board when mated. The pins are usually nickel-plated stainless steel, while the socket housing is made of brass with a tin-over-nickel finish. To achieve a reliable connection, the socket housing has a floating pin design that allows for the insert’s pins to grip the many bent-over pins of a 0.050-in spacing. This variation in connector spacing is common among low-profile connectors.

0430452026 rectangular connectors are typically used in a variety of automotive, consumer electronics, and industrial applications, ranging from automotive computer systems to PCB boards in medical equipment. They are also used for power wiring and signal termination needs and, in some cases, are used to create an analog signal transfer from a digital source.

The working principle of 0430452026 rectangular connectors is based on the spring-loaded pins that contact the receptacle’s bent-over pins. These pins act as a reference in order for the plug and receptacle to make contact and create a secure connection. The bent-over pins also act as the mechanical lock which prevents the connector from jiggling or becoming dislodged.

These connectors are designed to be self-aligning during engagement which eliminates the risk of pin misalignment during assembly. The self-aligning feature is further enhanced by the floating pin design of the socket housing which helps reduce wear and ensure maximum contact areas between the pin and the receptacle. Additionally, the tin-over-nickel finish on the socket housing provides an additional measure of protection against oxidation and corrosion.

Overall, 0430452026 rectangular connectors are an economical, reliable, and easy-to-use solution for a wide variety of applications. These connectors provide consistent performance and secure connections, and the self-aligning feature of the pins and floating design of the housing help reduce wear and tear on the connection making them ideal in harsher environments.

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