85759-1101LF

The 85759-1101LF is a specialized backplane connector used for providing electrical and mechanical connections between two printed circuit boards (PCBs). It is a standard 1.27mm pitch, 20-pin vertical connector, with two common body styles, with or without removable keying pegs. The connector features a proven HD-20 contact design with both single piece contacts and a standard insulator, suitable for use in various PCB assemblies.

One of the main advantages of the 85759-1101LF is its very small footprint. Due to its small size, the connector is ideal for installations with limited space. With its unique, low profile design, the 85759-1101LF is able to fit in very tight spaces. Additionally, its small size doesn’t sacrifice its strength or performance.

The 85759-1101LF application fields are quite versatile. The backplane connector can be used in a variety of industries, ranging from telecoms to medical devices, due to its ability to meet a number of application specifications. It is suitable for use in a variety of environments including dry, semi-dry, or wet. The connector can be used for both high-speed and low-speed applications.

The 85759-1101LF also features a very reliable and consistent performance. It has a limited insertion force, which helps to reduce accidental separation of the board to board connection. Furthermore, it offers effective protection against EMI and provides high-current efficiency.

The working principle of the 85759-1101LF connector is quite simple. The connector consists of two parts: the body and the contacts. The body is the part that contains the connectors and receives the mating of the contacts. The contacts are the pins that plug into the body and conduct the electrical signals between the boards. When the contacts are inserted into the body, they make secure electrical connections that are able to transfer high-speed signals reliably.

The 85759-1101LF connector is a reliable and reliable backplane connector that is suitable for a variety of applications. With its miniature footprint and reliable design, it is ideal for tight spaces. Additionally, it offers consistent performance and effective protection against EMI and high-current efficiency.