0821-1B1T-43-F

Modular Connectors - Jacks With Magnetics

The 0821-1B1T-43-F is a type of modular connector which uses magnetics. It is designed for AC/DC power applications, with enhanced isolation and improved EMI performance. It offers a reliable, high-performance interconnect for power circuits.

This type of connector is ideal for use in demanding power applications, with its high temperature tolerance and low insertion loss. Its thermal characteristics make it suitable for high current demands. It is commonly used in power conversion, lighting, automotive, and industrial control.

Features and Benefits

• Low insertion loss and high temperature tolerance.
• Connectors have gold plated contacts for better electrical connection.
• Offers up to 25 Amps continuous current.
• Suitable for use in demanding power applications.
• High vibration and shock resistance.
• Optimized circuit EMI/RFI performance.

The 0821-1B1T-43-F is an attractive and reliable choice for AC/DC power applications. Its temperature tolerance and low insertion loss make it ideal for high-current demands, while its gold-plated contacts ensure optimal connection.

Working Principle

The 0821-1B1T-43-F is a jack connector with magnetics. It operates by using the magnetic field created by an AC or DC power source to open and close the electrical connection. When power is present, a magnetic field is created, which opens the electrical connection. When power is removed, the magnetic field disappears, causing the electrical connection to be closed.

The connector is designed so that there is minimal resistance in the electrical connection, ensuring that the power is transmitted efficiently. It also offers enhanced isolation and improved EMI performance.

Conclusion

The 0821-1B1T-43-F is a type of modular connector which uses magnetics to ensure a reliable connection. It is ideal for use in high-current applications, with its high temperature tolerance and low insertion loss. It is also optimized for EMI/RFI performance, and is designed for AC/DC power applications.