536514-1

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Backplane connectors are essential components used in many different areas of the electronic industry. A 536514-1 backplane connector, a specialized type of connector, is one such component. This article is a guide to the application field and working principles of the 536514-1 backplane connector.

What is a Backplane Connector?

A backplane connector is a specialized electronic component designed for connection between two or more printed circuit boards. As the name implies, these components are used mainly on backplanes, which are printed circuit boards that interconnect various electronic boards and modules. The backplane connector is used to transmit electrical data and signals between the devices, and is intended to provide reliable, flexible data transfer.

The 536514-1 Backplane Connector

The 536514-1 backplane connector is a specialized backplane connector designed for data transfer between different types of boards and modules. The connector is constructed from two primary parts: the connector body, and the contact pins. The contact pins are inserted into the connector body, which is then inserted into a compatible printed circuit board.

Applications for 536514-1 Connector

The 536514-1 backplane connector is mostly used in applications that require data transfer between different types of boards, such as server boards, processor boards, and memory boards. It is also commonly used in a variety of other applications, such as industrial automation, robotics, and medical imaging.

Advantages of 536514-1 Connector

The 536514-1 backplane connector offers several advantages over traditional backplane connectors. For one, the connector’s contact pins are designed with a unique cross-hatch pattern that provides better and more reliable contact between the pins and the PCB. Additionally, the connector is designed with an extra wide make/break range to prevent pin breakage and other issues caused by sudden load changes.

The connector is also designed with an anti-interference material that reduces crosstalk and reduces the possibility of interference from external sources. The connector is constructed from a lightweight but high-strength material, which makes it ideal for a wide variety of applications. Additionally, the connector is designed with an IP42 rating, which means it is protected from dust and moisture.

The Working Principle of 536514-1 Connector

The 536514-1 backplane connector works according to a simple two-step process. First, the contact pins are inserted into the connector body. Then, the connector is inserted into a circuit board. When the connector is plugged in, the contact pins make electrical contact with the circuit board, allowing electrical data and signals to be transferred. The contact pins are designed with a unique cross-hatch pattern that ensures reliable contact between the pin and PCB.

Conclusion

The 536514-1 backplane connector is a specialized component designed for a variety of applications that require reliable data transfer between different types of boards and modules. It offers a number of advantages, such as a unique cross-hatch pattern to ensure reliable contact between the pin and PCB, a wide make/break range, and an anti-interference material to reduce crosstalk and external interference. The connector works according to a simple two-step process, and is designed with an IP42 rating for added protection against dust and moisture. Overall, the 536514-1 backplane connector is an ideal component for a variety of different applications.

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