TAC-30-683

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power Line Filter Modules are special purpose electronic components that offer an economical and efficient means of reducing EMI/RFI noise emitted by electronic equipment. One of the most common types of these modules is the TAC-30-683, which is designed for high-power applications. Its main benefits include excellent noise reduction, excellent performance, and improved safety.

TAC-30-683 Application Field

The TAC-30-683 is a power line filter module that is typically used in industrial and commercial applications. It can be used in a wide variety of applications including inverters, rectifiers, switch mode power supplies, motor controllers, UPS systems, and computer systems. It is designed with high-current operation in mind and can handle currents up to 120A. The module is also designed to provide reliable surge protection, which is important in many applications.

TAC-30-683 Working Principle

The TAC-30-683 has a unique construction that enables it to deliver superior performance. The module consists of two coils, one placed between two conducting plates (the ‘shield’) and the other placed between two conducting plates (the ‘ground’). The ‘shield’ and ‘ground’ act as a low-pass filter, which filters out unwanted noise from the power supply. In addition, the module also has an EMI suppression capacitor, which helps reduce the level of EMI noise from the power supply.

The TAC-30-683 also features a unique three-stage design that provides excellent power filtering. The first stage filters out high-frequency noise, while the second stage filters out low-frequency noise. The third stage is designed to reduce any remaining high-frequency noise that may escape the first two stages. This design ensures that the power supply is clean and free from noise.

The TAC-30-683 is also designed for increased protection. It features an ESD protection circuit and a surge protection circuit. The ESD protection circuit helps protect the module from electrostatic discharge, while the surge protection circuit provides additional protection against electrical surges. This ensures that the module is able to handle higher power levels without damaging components or circuits.

Conclusion

The TAC-30-683 is an excellent choice for applications that require high-power equipment and improved safety. Its unique construction and three-stage design enable it to deliver superior noise reduction and reliability. Its ESD and surge protection circuits also provide additional protection against electrical surges. As a result, the TAC-30-683 is ideal for a wide range of applications, including inverters, rectifiers, switch mode power supplies, motor controllers, UPS systems, and computer systems.

The specific data is subject to PDF, and the above content is for reference