PEC01DBCN

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PEC01DBCN connectors are a type of rectangular headers, male pins connectors. These connectors are usually used in a wide range of applications such as sensors, LEDs, automotive, and consumer electronics. PEC01DBCN connectors are also designed for high-speed applications such as optical communication systems.

The connectors have a stacking height of 2.8 mm which makes them ideal for high-density applications. The connectors have a current rating of 5 amps and a voltage rating of 500 VAC. The connectors also feature a compliance to safety standards such as UL, CSA, and TÜV. The body of the connector is made up of polycarbonate with gold plated contacts. The contact pins of the PEC01DBCN connectors are arranged in two rows of five pins each.

The working principle of PEC01DBCN connectors is simple. The contact pins are connected to the circuit boards and when the connector is inserted into its mating socket, the contact pins make contact with the mating socket pins, making an electrical connection.

PEC01DBCN connectors are widely used in a variety of applications. They are used in automotive, medical, consumer electronics, and other industries where a reliable electrical connection is required. The connectors provide a secure and reliable connection even in harsh environments such as high temperature and moisture. The connectors are also designed to minimize signal noise and electromagnetic interference.

The advantages of PEC01DBCN connectors are their high-speed communication, low crosstalk, and low insertion loss. The connectors are also designed for rapid termination and ease of handling. The connectors are also designed with a low profile, making them ideal for high-density applications.

In conclusion, PEC01DBCN rectangular headers, male pins connectors have a wide range of applications and they provide reliable and secure connections for a variety of applications. The connectors offer high-speed communication, low crosstalk, and low insertion loss, making them ideal for a variety of applications.

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