801-87-015-20-001101

Rectangular Connectors - Headers, Receptacles, Female Sockets

The 801-87-015-20-001101 rectangular connector is a smart solution for a wide range of industrial applications. This compact connector is designed with high-density contacts, superior insulation, and increased durability in mind. It features a durable dielectric housing with reduced crosstalk and improved signal integrity. This connector is available in a variety of sizes, allowing for a wider range of applications.

Application Field

The 801-87-015-20-001101 rectangular connector is ideal for any application needing a reliable and robust connection. This specialty connector is often seen in industrial and self-contained equipment. It is also used in power distribution, low-voltage and signal control, electronic equipment, network computing and communications, and medical equipment. This connector promotes ease of installation, long service life, and optimal performance.

Working Principle

The 801-87-015-20-001101 rectangular connector has a two-piece housing divided by an insulating wall. The contact pins are mounted inside the dielectric housing on the bottom of the connector. The mating portion of the connector is a printed circuit board. The circuit board has a series of interconnecting pins that mate with the connector’s contact pins. Once these pins mate, an electrical signal is sent from one component to the other.

The 801-87-015-20-001101 rectangular connector has several unique features that make it an ideal choice for many applications. Standard features such as snap-lock retention, latching assemblies, and color code enable a secure connection. Additionally, the connector’s contact pins are designed for reliable mating and disconnection and are also shielded for improved signal integrity. The high-density contacts are also designed for optimal performance in noisy environments.

The 801-87-015-20-001101 rectangular connector is an excellent choice for a variety of industrial applications due to its superior insulation, increased durability, and improved signal integrity. Its increased reliability makes it an ideal choice for reliable connections in any application.