10120128-J0C-40DLF

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Backplane connectors are an integral part of any electronic system, regardless of the application. The 10120128-J0C-40DLF is an example of a specialized backplane connector designed with specific uses in mind. This article will explore the 10120128-J0C-40DLF backplane connector’s application field and the principle behind its workings.

Backplane connectors come in a variety of shapes and sizes, with their form factor and interface defining the types of electronic component applications they are best suited for. The 10120128-J0C-40DLF is a high density connector that caters to applications with high switching frequencies, data rates, and system buses.

The 10120128-J0C-40DLF is an 8-row, 40-contact connector, with each row consisting of five contacts. The contacts are arranged in parallel and are 0.05 inches apart. This high density design means that space-constrained systems, such as those used in wireless applications, can make optimum use of the available board space. The contacts are designed with 40-strand triple-shield cable in mind, and this allows for enhanced signal and data transfer.

In terms of its application field, the 10120128-J0C-40DLF is suitable for a wide range of electronic applications, including processing units, automotive, industrial, and communication systems. This versatility makes it an ideal solution for any design that requires a reliable and robust connection within the confines of limited space.

The 10120128-J0C-40DLF backplane connector is designed to withstand harsh electromagnetic interference (EMI) and offers reliable connectivity in extreme temperature environments. It is coated with a high performance black paint, which provides effective insulation against contact burning.

The working principle behind the 10120128-J0C-40DLF backplane connector is relatively straightforward. To begin with, each contact of the 10120128-J0C-40DLF backplane is held in place by a socket, which has a wire inside it, which has a contact at one end and an insulated shield at the other. The contacts and sockets are arranged in parallel, and when an electrical current flows through the connector, they should all transmit the same signal at the same time.

In order for the 10120128-J0C-40DLF backplane connector to work properly, it must be correctly installed in the PCB and should use high quality shielded cables to prevent electromagnetic interference. Each contact should also be adequately lubricated and should be correctly aligned to ensure a solid connection. The insulation shields should also be securely fastened to the PCB to provide maximum protection against external electrical interference.

In conclusion, the 10120128-J0C-40DLF backplane connector is an optimal solution for a variety of high-density applications, allowing for a reliable connection in confined space. Its operation is based on a simple but effective principle and robust and resilient design.

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