53611-S10-4

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The 53611-S10-4 connector is one of the most popular rectangular connectors in the electronics industry. These connectors are a type of header, with male pins on one side and female sockets on the other. The header design makes it easy to connect components to circuit boards, and the male pins provide a dependable electrical connection. Pin visibility is also beneficial, allowing visual inspection of the pins to verify connectivity.

The 53611-S10-4 is primarily used for power and signal applications. It has a maximum rated voltage of 600 V and a current rating of 11 A. A dielectric withstanding voltage of 1500V and a contact resistance of 10m ohms ensures reliable performance in noisy environments. This connector has 10 pins arranged in 2 rows, each on 2.54mm centres. Each pin is 0.7mm thick and a total of 10A power can be delivered to four or more pins in a single row.

The 53611-S10-4 is also exceptionally durable. Its housing is made of highly flame retardant PA 66 material with high-temperature resistance up to 125°C. Its superior insulation ensures that the contacts are firmly secured and will not loosen due to vibration. The pins are plated with a gold finish that provides superior conductivity and corrosion resistance.

The 53611-S10-4\'s working principle is straightforward. When the female socket is mated with the male pins, a physical and electrical connection is established. The electrical connection is achieved through metal particles in the connector pins, which bridge the gap between the pins and the sockets. This allows electrical current to move from the pins to the sockets, which in turn powers connected components.

In summary, the 53611-S10-4 is a reliable, easy to use rectangular connector suitable for power and signal applications. Its rugged design and gold-plated contacts provide exceptional performance in noisy environments. Its simple working principle ensures that the connectors will always maintain an electrical connection, making them ideal for use in a wide range of applications.

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