326-83-141-41-002101

Rectangular connectors are commonly seen in electronic circuits and often used to facilitate the connection of two circuit elements. Among the different types of rectangular connectors, the 326-83-141-41-002101 is a special type of header and receptacle that is used in the field of electrical and mechanical engineering. This article will explore the application field and working principle of the connector.

Application Field

The 326-83-141-41-002101 connector is a type of header and receptacle, also commonly referred to as female sockets. This connector has a wide range of applications, and is commonly found in automotive, medical, industrial, and consumer electronic products. The connector enables reliable transmission of data and power and is generally designed to prevent electromagnetic interference or other forms of interference.

Working Principle

The 326-83-141-41-002101 connector is composed of a receptacle, which houses electrical contacts, and a header, which serves to connect the two components. The header consists of a card-edge or sidewall contact with a rectangular shape that slides into the receptacle. The contact\'s surface has a notch that makes a connection between the card-edge, or surface of the receptacle, and the card or board it is connected to. The electrical connection is made by the contact joining with the inside surface of the receptacle. This connection is what enables data and power to be transmitted.

Features

The 326-83-141-41-002101 connector is designed to be durable and reliable. It features a lightweight construction, making it easy to use and install. It is corrosion resistant and its contacts are designed to ensure protection against oxidation. It also has a low insertion and detection force, making it easier to use. Additionally, it features integrally molded stress relief features for easy and secure connections.

Conclusion

The 326-83-141-41-002101 is a type of header and receptacle that is commonly used in a variety of applications. Its features, such as its corrosion resistance, low insertion and detection force, and its integrally molded stress relief features, make it a reliable and durable option for engineers who require a secure connection between two components. The connector\'s working principle involves the header joining with the inside of the receptacle to transmit data and power, and the two pieces of equipment locking together securely.