PEC36SADN

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PEC36SADN connectors are rectangular in shape and provide headers, male pins, and sockets ideal for applications that require a higher density connection. With a pitch of 0.635mm, this series of connectors is often used in relatively small form factor applications where space constraints are of concern. For example, the connector has become popular in laptop solutions, industrial automation, cars and PCs.

In terms of the physical characteristics, PEC36SADN connectors are made from a non-corrosive material such as nylon or polyester. The contacts are normally annealed copper with a gold plating on the contact area. This ensures a reliable connection that resists wear and tear over time. The contacts are held in place with a locking mechanism that allows for easy installation and removal when needed. The connectors have an insulation displacement feature that eliminates the need for wiring.

In terms of performance, PEC36SADN is a high current and high-density connector. With its small pitch and high contact density, it is able to facilitate many different types of connections. In terms of power, the connector can handle up to 10A of current per contact with a maximum voltage rating of 40V. Depending on the model and design, it is also possible to have PEC36SADN connectors with up to 30 or 50 pins per row.

The working principle of PEC36SADN connector is based on insulation displacement technology. This technology allows the connector to secure many contacts in a single row with a minimal amount of space. This is done by using an “isolation displacement” key that straddles the contact and places it in electrical contact with the surrounding. The contacts are then held in place through the use of a mechanical latch.

PEC36SADN connectors with headers, male pins, and sockets have become increasingly popular in a variety of equipment used in industrial automation, car components, and other electronics. Because of their high contact density and insulation displacement technology, these connectors offer efficient signal transmission solutions in environments with limited space. They are also suitable for use in a wide variety of different applications and have been able to build a reputation of reliability and resistance to wear and tear over time.

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