HFW27R-2STE1LF

FFC, FPC Connectors

Flat Flexible Connectors (FFCs) and Flexible Printed Connectors (FPCs) are electrical connectors used for many different applications ranging from automotive to consumer electronics. These connectors offer a very high performance solution, but require the highest level of engineering experience and design expertise. The HFW27R-2STE1LF is a FFC and FPC connector that provides excellent signal integrity and reliable connection.

Application field

The HFW27R-2STE1LF is available in standard lengths of 8, 10 and 12mm and provides an ideal solution for many general purpose and automotive applications where reliable connection and robustness are key. Its robust body design makes it a perfect choice for mobile phones, digital cameras, laptop and other consumer electronics. The HFW27R-2STE1LF is also widely used in automotive data networks, such as in CAN Bus, LIN Bus, MOST and 4G data transfer, as well as for GPS navigation systems.

Working Principle

The HFW27R-2STE1LF utilizes a simple two-contact design to provide a reliable and secure connection. It features two metal contacts on a plastic body, with a mating spring that helps prevent misalignment when the connector is connected. There is also a lock mechanism on the connector which ensures that the cable remains securely connected. The contacts on the connector are gold-plated to ensure reliable electrical performance and signal integrity, and the body is fitted with a robust plastic casing that provides the highest level of protection against moisture, dust and other environmental hazards. In order to connect the two connectors, they are simply pushed together until they click into place, and then pulled apart to disconnect.

The use of FFC and FPC connectors is becoming increasingly popular for a wide variety of applications. They are simple to use, offer a high-performance connection, and are very robust and reliable. The HFW27R-2STE1LF connector is an excellent choice for any application requiring high levels of signal integrity and durability.