853-87-016-20-002101

The 853-87-016-20-002101 Rectangular Connectors - Headers, Receptacles, Female Sockets are used to securely and reliably connect two circuits or sub-circuits together. This type of connection is commonly found in printed circuit boards, backplanes, motherboards, or modems. These connectors typically come in various sizes and have both male and female components to ensure a snug fit.

The 853-87-016-20-002101 is a two-way female socket connector which is especially designed for use with printed circuit boards. The socket is made of thermoplastic materials for durability and it is designed to accept standard two-way headers with 0.025 inch diameter contact pins. The contacts are gold plated for low resistance and high electrical integrity. The connector has an operating temperature range of -55°C to +125°C. The dimensions of the connector are 35.07mm (L)x 16.86mm (W) x 9.4mm (H) which makes it suitable for use in a wide range of applications.

The 853-87-016-20-002101 is a proven connector that is widely used in the communications industry. It is used to connect printed circuit boards, backplanes, motherboards, routers, modems and other networking components. It is also used in medical and automotive electronics.

The 853-87-016-20-002101 is easy to install and maintain. It features a two-piece design which allows for rapid assembly and eliminates the need for specialized tooling. The unit can be mounted in any orientation for convenient operation. The connector also features anti-backlash and an automatic latched locking system, which provides a secure connection between two circuits.

The 853-87-016-20-002101 is a reliable and efficient connector solution for a variety of applications. It requires no soldering, and is durable and simple to use. It is designed to provide high electrical integrity and low resistance, as well as maximizing board real estate. The connector provides high signal integrity and low crosstalk due to its signal pin configuration. Overall, this connector is ideal for a variety of different applications due to its reliable performance.