50015-5320J

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Backplane connectors are specialized connectors, which are typically used to connect two printed circuit boards securely together. The 50015-5320J is a single-ended, 20-contact connector used in a variety of backplane applications where board-to-board connection is desired. This type of connector is commonly found in workspaces, medical, and industrial environments, as well as in telecommunications.

The 50015-5320J backplane connector has a set of four contacts arranged in pairs. The first contact in each pair is a normally open, and the second contact in each pair is a normally closed. The contacts are arranged in a four-pole configuration, allowing for the two boards to be connected, while still isolating electrically sensitive components from the environment. Additionally, the contacts are gold plated to provide superior conductivity. This also ensures that the connection will be long lasting and corrosion resistant.

The working principle behind the 50015-5320J backplane connector is quite simple. When two boards are brought into contact, the two pairs of contacts create an electrical current. This current is then used to transfer signals, data, or power between the two boards. The electrical current is then dissipated through the connector in its open state, ensuring the integrity of the signal or power is maintained.

The 50015-5320J connector is also designed for easy installation. The connectors are engineered for mating with most standard 0.9-inch center-to-center spacing and high-speed backplane designs. This makes the connection quick and easy, and eliminates the need for soldering. Additionally, the connector is compliant with RoHS requirements, meaning it is safe to use in any environment that requires hazardous material handling.

In summary, the 50015-5320J backplane connector is an integral part of the backplane connection process. The gold plated contacts provide superior conductivity and reliability, and the connector is designed for easy installation. Lastly, the connector is compliant with RoHS requirements, ensuring safe and efficient operation for any application.

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