DE2V2PA00LF

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D-sub, or D-shaped, connectors are a type of electronic component used to connect electrical circuits. Also known as DB connectors, D-sub connectors are named for their D-shaped metal shell, or shroud, which is usually made from steel or aluminum alloy. The D-sub housings are available in a range of sizes and styles, the most common of which are the DE2V2PA00LF type.

DE2V2PA00LF application field and working principle

The DE2V2PA00LF D-sub connector is mainly used in the radio frequency and high-frequency fields and applications, and is especially suitable for applications requiring high levels of shielding. This type of connector features a locking mechanism that ensures a secure connection when mated. Additionally, each male contact pin has an insulator that prevents shorts, and can handle temperatures up to 200°F (93°C).

The DE2V2PA00LF D-sub connector has two rows of pins, one row with 8 pins and one row with 5 pins, occupying a total of 10 pin locations. The two rows are arranged in a 90-degree angle, which is the trademark of the “D” shaped design. The DE2V2PA00LF also has an optional shielding plate to reduce the amount of electromagnetic interference. The pins on the DE2V2PA00LF connector are connected to a populated PCB. This makes it easy to connect the wires from the PCB to the back of the D-sub.

The DE2V2PA00LF female connector has a lot of advantages compared to other similar products. The DE2V2PA00LF D-sub connector exhibits very low levels of EMI/RFI leakage, which is essential in high-frequency applications. Its highly reliable and secure locking mechanism ensures a strong and firm connection, and the insulation barrier between each contact pin further ensures that there is no shorting. Additionally, the DE2V2PA00LF is rated to work in extreme temperatures between -40°F (-40°C) and 200°F (93°C).

Overall, the DE2V2PA00LF D-sub connector is an excellent choice for a wide variety of high-frequency applications where low EMI/RFI leakage and reliable mounting are essential. The connector’s simple design ensures that it can be easily assembled and disassembled. Its contact pins are connected to an easily populated PCB, and the optional shielding plate reduces the amount of EMI/RFI leakage, making it a great choice for radio frequency and high-frequency applications.

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