87606-338LF

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Rectangular connectors are an integral part of any electrical application. The 87606-338LF is a standard rectangular connector with headers and receptacles that play an important role in a wide range of electrical components. This article will explain the application field and working principle of the 87606-338LF connector, providing an essential piece of information for the successful installation and use of this device.

The 87606-338LF connector is composed of two components, the male header and the female socket. The male header is the part of the connector that is inserted into the female socket. The female socket has a recessed opening which allows the header to be placed into the socket. This design provides a secure connection between the two components. The 87606-338LF connector is a single-pole connector with a 2.54mm pin spacing, making it suitable for circuit boards with high density components.

The 87606-338LF connector has a wide range of application fields, such as computing, telecommunications, medical devices, automotive, and more. The electrical and mechanical properties of the connector make it suitable for use in industrial and consumer products. The connector can transfer digital and analog signals as well as power, making it the perfect choice for a wide range of applications.

The working principle of the 87606-338LF connector is based on the electrical connection between the male header and the female socket. As the male header is inserted into the female socket, an electrical connection is established. The connection is secure due to the friction-lock design which ensures that the connection is stable even during vibration or shock. Additionally, a high-current carrying capability makes the connector suitable for high-power applications.

The 87606-338LF connector is a reliable and effective solution for any application that requires a secure and reliable connection. Its electrical and mechanical properties make it suitable for a wide range of applications, from computing and telecommunications to medical devices and automotive. The secure friction-lock design provides a reliable electrical connection that is resistant to shock and vibration. The high-current carrying capability further enhances its usability in high-power applications.

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