3110-14-001-12-00

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Introduction

3110-14-001-12-00 is a rectangular connector header that has male pins attached to it. It is used when there is a need to connect two or more circuits or components whose mechanical shape and electrical characteristics require a specialized connection. This is a ubiquitous type of connector in the world of electronics. In this article, we’ll explore the application field and working principles of the 3110-14-001-12-00.

Application Field

3110-14-001-12-00 rectangular connector headers are commonly used in domestic and industrial appliances, computers, telecommunications equipment, and consumer electronics. In these applications, the male pins deliver electrical connection and the rectangular connector provides a solid mechanical connection, preventing risk of electrical shock or short circuits in operations.Apart from consumer and industrial electronics, the 3110-14-001-12-00 is also used in scientific instruments, medical equipment and automotive components.

Working Principle

The working principle of the 3110-14-001-12-00 rectangular connector headers is twofold.The first is the electrical connection. When two or more male pins of the 3110-14-001-12-00 are pushed into the female sockets of the complementary connector, an electrical connection is established. The pins and sockets are designed to provide a secure fit, providing high electrical performance and a minimal resistance to the electrical current.The second is the mechanical connection. The rectangular shape of the 3110-14-001-12-00 adds structural strength to the connector, making it suitable for use in applications where vibration or other physical stress is expected.

Conclusion

The 3110-14-001-12-00 rectangular connector headers provide reliable and secure electrical and mechanical connections for a wide range of applications, from consumer and industrial electronics to scientific instruments and automotive components. Its design ensures high electrical performance and minimal resistance while giving the necessary structural strength in operations where vibration or other physical stresses are present.

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