FOLC-115-02-S-Q

FOLC-115-02-S-Q connectors are typically used in form-in-place (FIP) applications, allowing for optimal thermal and electrical connection between components. It is a type of rectangular connector, or more specifically, a header, receptacle, and female socket combination. The goal of these connectors is to reduce the number of connections required for a given application. These connectors are very common in a variety of medium and low-power consumer electronics.

FOLC-115-02-S-Q connectors are available in multiple mating configurations and with a variety of connection points. The most common connections in this series are as follows: 1-row, 2-row, and 3-row headers with 3,4,6, and 8 pins; a wide range of receptacles, including 4-channel, 18-pin; and female sockets, which are typically found with 8-pin and 16-pin configurations. These connectors are typically-rated up to 125°C and meet the IPC-2221 standard for design and assembly.

The working principle of FOLC-115-02-S-Q connectors is relatively straightforward. First, the connectors are designed with pins that protrude from the mating head. These pins makes contact with the mating receptacles in the device. The receptacles then make contact with the female sockets, thus creating an electrical connection. The FIP material is then applied to fill any gaps between the pins and the receptacles, forming a tight seal that improves thermal and electrical performance.

The FOLC-115-02-S-Q is one of the most commonly used connectors for medium and low-power applications. It is available in several mating configurations and is capable of providing a reliable, high-performance electrical and thermal connection between components. It is widely used in a variety of consumer electronics, including TVs, DVD players, printers, and more.

The FOLC-115-02-S-Q is a highly versatile connector that is designed to provide a secure and reliable connection. Its form-in-place feature makes it ideal for applications where it is important to reduce the number of connections required. Additionally, its ability to operate at high temperatures and meet the IPC-2221 standards makes it a great choice for applications that require a reliable and high-performance connection.