SFV4R-2STBE5HLF

Flat Flexible (FFC) Connectors and Flexible Printed Circuit (FPC) Connectors provide a reliable electrical connection between two printed circuit boards, often in space-constrained systems and devices. A SFV4R-2STBE5HLF connector is ideal for this purpose, as it combines the advantages of both FFC and FPC connectors.In addition to providing electrical connection between two printed circuit boards, SFV4R-2STBE5HLF connectors offer a range of additional features. For example, they are highly reliable and can be used in extreme environments, such as those with high temperatures or high humidity. Furthermore, the small size of the connector allows it to be used in space-constrained applications, such as medical electronics. Finally, it has a high insertion force, making it suitable for applications with exposed contact pins, such as camera modules.In terms of working principle, the SFV4R-2STBE5HLF connector is a z-axis insertable connector, meaning that it can be inserted into mating connectors without the need for any additional tools or mechanisms. The connector has two rows of contacts, each of which is pinned to the printed circuit board at one end and to the mating connector at the other. The contacts are held in place with a secure clip or rivet mechanism, ensuring a secure connection. When mated, the contacts form a signal path between the two printed circuit boards.In comparison to other FFC and FPC connectors, the SFV4R-2STBE5HLF connector is easy to install and offers a reliable connection. It is also more compact and can be used in space-constrained applications where traditional connectors can not. Furthermore, it has a high insertion force, making it suitable for applications with exposed contact pins, such as camera modules.Overall, the SFV4R-2STBE5HLF connector is an ideal choice for applications that require reliable and secure electrical connection between two printed circuit boards. It has a range of additional features, such as high reliability, easy installation, compactness, and high insertion force, making it suitable for a variety of applications.