PEC33SAFN

The PEC33SAFN header is a plastic rectangular connector that is designed for flexible printed circuit (FPC) cable application. It has two electrically isolated sections and contains thirty-three pins. Unscreened, stereo and audio connections can be made with the PEC33SAFN connector.

The PEC33SAFN header is commonly used in a variety of automotive, industrial, telecommunications, and consumer applications. It is often used in FPC applications where its low profile construction helps keep space requirements to a minimum. It is also used in audio and video applications where the isolated sections help reduce the risk of interference.

The PEC33SAFN header is constructed from a combination of plated copper and plastic materials, with the pins being plated with tin-plated copper and the cable guard being molded from PPS (polyphenylene sulfide) plastic. The pins feature an inverted-U shaped contact which helps ensure reliable contact engagement and maximum signal integrity. In addition, the header features an IP67 sealing rating, ensuring that it provides an appropriate level of protection from moisture and dust.

The PEC33SAFN connector is designed to be easy to install and use. Installation is done by simply plugging the FPC into the connector. Once installed, the cable is held securely in place by the cable guard. This feature helps ensure that the cable stays securely connected and helps provide strain relief for the cable.

In terms of its working principle, the PEC33SAFN header is designed to allow power, ground, and signal connections between the FPC and the device it connects to. The pins provide a low contact resistance through their plated copper construction and inverted-U shaped contacts that help ensure reliable connections. The cable guard pieces provide strain relief and help ensure a reliable connection.

In summary, the PEC33SAFN header is a plastic rectangular connector that is designed for FPC applications. It features thirty-three pins, two electrically isolated sections, IP67 sealing rating, and an inverted-U shaped contact for reliable signal integrity. It is used in a variety of automotive, industrial, telecommunications, and consumer applications and is easy to install and use. Its working principle involves providing power, ground, and signal connections through plated copper pins with inverted-U shaped contacts.