65801-006LF Connectors, Interconnects

FFC, FPC (Flat Flexible) connectors are designed to increase the effectiveness and productivity in electronic assemblies, while reducing cost and labour. The 65801-006LF connector is a product of this type of connector, particularly designed for applications in digital and portable electronic devices.

The 65801-006LF connector features a 6-pin configuration, with an automatic-locking design that allows for a quick, easy, and reliable connection. The contact-over-molded housing on the connector uses a 2-row pin header and a socket combination to provide a reliable and robust connection. The 65801-006LF connector is designed to withstand high temperature and vibration, and is UL- and RoHS-compliant.

The 65801-006LF connector is primarily used in applications such as portable media players, hard drives, and other handheld electronic devices. In addition, it is suitable for applications that utilize serial ports, such as USB 2.0 and 3.0 connections. It is also well-suited for applications involving low-voltage and low-power-consumption circuits.

In terms of its basic principles, the 65801-006LF connector follows the same working principles as other FFC, FPC connectors. The contact-over-molded housing is designed to protect the connections from dust and moisture, while providing a secure connection. The socket and pin combination also ensure a reliable connection by providing strong contact force. Furthermore, the automatic-locking mechanism prevents the connection from being unplugged once it has been inserted.

The 65801-006LF connector is an effective and reliable solution for connecting multiple components in electronic devices. It is particularly suited for applications that require a secure and reliable connection without taking up too much space. The 65801-006LF connector is a cost-effective way to reduce labour and increase efficiency in device assemblies. With robust construction and an automatic-locking design, it is proven to provide reliable service in the most demanding conditions.