FOLC-140-L2-S-Q-LC-P-TR

 FOLC-140-L2-S-Q-LC-P-TR rectangular connectors are in the Headers, Receptacles, Female Sockets category of rectangular connectors, and are used in a variety of applications. This versatile connector has a narrow profile that is easy to mount and can be used in a variety of power supplies, electronic equipment, and communication systems. The high contact density of this connector makes it perfect for applications that require a low profile, high power and long service life.

The FOLC-140-L2-S-Q-LC-P-TR rectangular connector is composed of two parts: a header and a female socket. The header is constructed of plastic, and the female socket is constructed of metal. The header is divided into four sections, each containing several pins. The female socket has many pinholes, each of which is designated to receive a pin from the header. The connector also has a locking mechanism that allows for secure mating.

The primary use of the FOLC-140-L2-S-Q-LC-P-TR rectangular connector is for connecting high power equipment together. The connector has a very high current load capacity and can easily handle large amounts of power. Additionally, the connector’s profile makes it easy to mount, and the locking mechanism prevents the connectors from coming loose during use. The connector is also used in communication systems to connect large numbers of devices.

The working principle of the FOLC-140-L2-S-Q-LC-P-TR rectangular connector is quite simple. To begin, the header is inserted into the female socket. The pins from the header are then inserted into the corresponding pinholes on the female socket. When this is done, the locking mechanism is engaged to secure the two parts together. Once secured, an electrical connection is established between the two components.

The FOLC-140-L2-S-Q-LC-P-TR rectangular connector is an extremely versatile and reliable piece of equipment. Its slender profile and secure locking mechanism make it perfect for connecting high power equipment or for communication systems. Additionally, its high current load capacity makes it ideal for even the most demanding applications.