10106136-A003001LF

10106136-A003001LF is a type of specialized backplane connector. It has a unique application field and working principle.

Backplane connectors are used to connect multiple circuits or devices placed on different printed circuit boards. Typically, these circuits could be components of a system or subsystem and would include, for example, inputs, outputs, power supplies, and data connections. In effect, they form a basic building block of electrical engineering.

A specialized backplane connector is a lever-actuated connection point which provides for high-density connections in smaller spaces than other types of connectors. The 10106136-A003001LF is one such specialized backplane connector. It consists of two main sections - a straight- and a curved-edge connector. The curved-edge section utilizes a flip-type lever to actuate the connection while the straight-edge section consists of a recessed receptacle.

The 10106136-A003001LF specialized backplane connector is typically used in data communications networks, particularly in circuit boards within routers and switches. The lever-actuated mechanisms facilitate simple and reliable connection and disconnection between the two main sections of the connector. This lever-actuated backplane connector is also available with additional features such as a polarity and a ground system.

The working principle of the 10106136-A003001LF is quite simple. When the two sections are brought together, the lever connects the two sections. This ensures a reliable and secure connection between the two circuits. To disconnect the two sections, the lever must be depressed. This releases the two sections and the connection is broken.

The 10106136-A003001LF specialized backplane connector is a useful and reliable backplane connector for connecting multiple circuits and devices. Its lever-actuated connection point helps to provide reliable and secure connections even in the tightest of spaces. With its reliability and ease of use, this specialized backplane connector is sure to become a common choice for use in data communications networks.