426-83-268-41-001101

Rectangular Connectors - Headers, Receptacles, Female Sockets

The 426-83-268-41-001101 Connector is a special application field and working principle of rectangular connectors commonly used in a variety of electronic and electrical applications. This type of connector provides multiple options for connecting electrical cables, and is known for its flexibility in terms of connector mount type and cable connection termination. The 426-83-268-41-001101 Connector is commonly used as a female socket, header, receptacle, or a combination of the three.

Socket

426-83-268-41-001101 Connectors are available in a wide variety of designs and configurations fitting in a very wide array of applications. As a female socket, these connectors are best suitable in applications where space is an issue, and either the amount of conductors must be kept to the minimum or the space must be kept to the least in order to achieve a particular wire routing goal. The electrically isolated terminals are designed to accept the insertion of an appropriate male connector for the purpose of mating.

Header

Headers are also known as two-piece connector systems. They typically have a header section that is connected to the cable, and a mating header that is used to connect with the opposing item. The 426-83-268-41-001101 Connector can be used as either a main or secondary header to terminate the various stages or devices in the electrical system. The header’s versatility in mounting types, color coding, and keying options allow for a highly customized design.

Receptacle

The 426-83-268-41-001101 Connector is most suitable in applications requiring either a male or female receptacle. The receptacle typically contains a male or female connector or terminal that is made of metal or plastic. This type of component can also be used as a receptacle for power, radio frequencies, and other signals. The receptacle is typically used to provide a connection between two electrical circuits.

Working Principle

The 426-83-268-41-001101 Connector uses the principles of electrical engineering and mechanical engineering to connect and protect the various parts of a machine or circuitry. It typically includes a metal shell, an insulated bushing and a ground wire. The metal shell is used to protect the internal components of the connector from external forces such as humidity and temperature. The insulated bushing is designed to reduce electrical interference and prevent shorts. The ground wire serves to thermally dissipate the excess heat generated by the connectors.

Application Field

426-83-268-41-001101 Connectors are used in a variety of applications such as automotive, aerospace, telecommunications, industrial automation, medical equipment, robotic systems, and computer networking. Due to its high-precision and reliable design, the connector is suitable for a variety of applications where quality assurance and dependable performance is critical. In the automotive field, the connector is frequently used to connect power sources, cooling systems, fuel systems, heating and ventilation systems, and electrical wiring systems.

In the aerospace field, the connector is used to connect electrical components such as short radio antennas, transceivers, and onboard instruments. In the telecommunications industry, the connector is used to efficiently transmit, receive, and switch radio signals. In the industrial automation field, the connector is used to improve processing operations, interface with robots, monitor process parameters, and link various system controls. In the medical field, the connector is often used to connect medical devices such as pacemakers, blood pressure monitors, and infusion pumps.

The 426-83-268-41-001101 Connector is also used in computer networking to establish a data connection between computers. This usually involves the use of two or more devices such as Ethernet switches, routers, hubs, and modems. The connector can also be used in the robotics field to create an efficient control system that can handle multi-axis movements, control logic, and communication signals.

Conclusion

The 426-83-268-41-001101 Connector is an example of a rectangular connector. It is suitable for various utilization because of its flexibility in terms of connector mount type and cable connection termination. The connector can act as a socket, header, or receptacle depending on the application. This type of connector works by using the principles of electrical engineering and mechanical engineering to connect and protect the various parts, and is used in a variety of applications such as automotive, aerospace, telecommunications, industrial automation, medical equipment, robotic systems, and computer networking.