SLW25R-5C7LF

FFC/FPC (Flat Flexible) Connectors are an important component used in many electronic applications. They are typically used to connect electrical circuits or components together and provide enhanced flexibility and space saving benefits compared to traditional rigid connectors. SLW25R-5C7LF is a type of FPC connector widely used in many industries due to its unique design and features.

SLW25R-5C7LF is a four-pin, 6 (2x3) surface mount connector with angled pins for 3.5mm pitch spacing. It has an optimized design for low profile applications and low insertion force which makes it ideal for use in high density applications. Its construction consists of a housing made of high temperature thermoplastic, brass contacts with an anti-slip shield lock and gold-plated contacts for good connectivity.

The SLW25R-5C7LF connector is used in a variety of applications, such as in medical equipment, robots, cell phones, consumer electronics, and automotive applications. It provides enhanced flexibility and space savings, and is able to handle higher temperatures and more exposure to environmental conditions than traditional rigid connectors. It is particularly well-suited for applications where reliability is a priority due to its robust design.

The SLW25R-5C7LF connector is easy to use due to its ergonomic design. Its four-pin configuration allows for quick and easy assembly, and its shielded lock provides a secure connection that can be released easily when needed.

The SLW25R-5C7LF connector’s working principle is based on electrical contact between the housing and its pins. Its design allows it to provide a reliable electrical connection without the need for soldering. The low insertion force and robust design make it well-suited for both blind-mating and automated assembly.

In summary, the SLW25R-5C7LF connector is a highly efficient and versatile connector that provides enhanced flexibility and space savings compared to traditional rigid connectors. It is easy to use and able to handle higher temperatures and more exposure to environmental conditions, making it suitable for use in a wide range of industries and applications.