HLW17S-2C7LF

FFC, FPC (Flat Flexible) Connectors

HLW17S-2C7LF is a 2.54mm pitch, 17-pin, right-angle, surface-mount, through-hole connector of FFC, FPC (Flat Flexible) Connectors. It is widely used in telecommunications equipment, vehicle information systems and audio/video equipment. The connector is designed to meet the requirements of automatic assembly techniques. It has a structure of open/closed, bent, and straight etc., and can be used freely in any application field. Moreover, HLW17S-2C7LF also has a wide range of application fields, such as medical, consumer electronics, automotive, and industrial equipment.

The working principle of HLW17S-2C7LF is quite simple. The contact pins on one end of the connector are pressed into the center of the outer contact pins on the other end to form an electrical connection. This action is achieved by inserting the connector into the receptacle and pressing it onto the contact pins. The exposed surface mount contact pins on the receptacle allow for a quick and easy connection.

In addition, the HLW17S-2C7LF connector offers resistance to dust and liquids, making it ideal for outdoor and extreme environment applications. With a square body of only 2.54mm, it is very flexible and can be used in tight space environment. It also has an anti-EMC shielding design that can effectively reduce interference and signal loss, making it well suited for high speed data communication applications. Moreover, its top-mounted contact construction design promotes consistent contact wiping and superior resistance to shock and vibration. The combination of its flexible construction and secure locking mechanism ensures a secure connection even in harsh environments.

Overall, the HLW17S-2C7LF FFC, FPC (Flat Flexible) Connectors is a versatile and reliable solution for applications from the telecommunications equipment, vehicle information systems and audio/video equipment to various medical, consumer electronics, automotive, and industrial equipment. It is designed to meet the requirements of automated assembly techniques and offers resistance to dust and liquids for reliable performance even in extreme ambient conditions. In addition, its top-mounted contact construction design promotes consistent contact wiping and superior resistance to shock and vibration.