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208577128002025 Application Field and Working Principle

DIN 41612 is a family of standard backplane connectors that is widely used in analog and digital electronic systems. The 208577128002025 is a member of this family and is commonly used in applications requiring reliable operation under conditions of extreme temperature, shock, and vibration. This connector is typically used in harsh industrial environments or where strict safety requirements need to be met. The connector includes two rows of dual row connectors spaced 40mm apart, with each row having a different pin numbering system.

Uses and Advantages

The 208577128002025 was developed primarily for use in high-reliability applications such as aircraft instrumentation, automotive systems, and electrical control systems. The connector has a number of features that make it suitable for these types of applications. These include a soldered rear-mountable design for secure integration into the target PCB, high concentration of contacts in a small space for faster data transmission, precise fit for precision positioning and alignment, and a ruggedized protection grade of IP67, suitable for operation in dusty environments. The connector is resistant to temperatures up to 200°C, ensuring reliable operation even under extreme environmental conditions.

General Installation Methods

The 208577128002025 is typically installed onto the rear side of a PCB. The connector has a number of screw holes and guide rails that are used to mount it in place. The connector is firmly secured onto the board using several mounting screws. Once installed, the connector is securely held in place and is resistant to vibration and shock. Additionally, the connector is provided with a high level of electrical safety thanks to its gold-plated contact leads.

Working Principle Explanation

The 208577128002025 functions by transferring electrical signals across the two rows of connectors, which are each numbered according to a different pin numbering system. The signal transfer is achieved through the use of electrical connections that are established between the connectors. This is done by a process known as ‘pin insertion’, which is achieved by using an external tool to insert the pins into the appropriate holes. Once the pins are inserted, an electrical connection is established between the appropriate terminals, allowing for the transmission of electrical signals.

Conclusion

The 208577128002025 is a member of the DIN 41612 family of backplane connectors, which is used in a wide variety of high-reliability applications. The connector offers a number of advantages, including a rugged design, ease of installation, and a high level of electrical safety. It is designed to function by transferring electrical signals across two rows of connectors, through the process of pin insertion. This makes it suitable for applications requiring reliable transmission of signals in harsh environments.

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