FMAC-0A38-3213

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Power line filter modules are electrical components designed to limit the voltage of the current passing through them. The FMAC-0A38-3213 is an example of such a filter module. It is an omni-directional module designed to limit the voltage of AC power lines.

The FMAC-0A38-3213 module is designed to be used in any application where the presence of interference voltage on the line is above the allowable level. It is particularly useful in applications where the interference level varies quickly over time. The module is typically used in applications such as communication systems, control systems, and any other application requiring filtered power.

The working principle of the FMAC-0A38-3213 filter module is based on the principle of voltage regulation. When the voltage on the incoming power line exceeds the set level, the module reduces the voltage to the desired level. This is done by adding resistance to the incoming power line. This resistance allows the current to remain within the desired level while dissipating excess energy.

The FMAC-0A38-3213 module is capable of handling up to 50 A of current. It is also capable of tolerating a wide range of voltages from 85 V to 480 V. This makes it suitable for applications that require a high current capacity with a wide variety of voltages. The module is also capable of handling large current surges, making it ideal for applications that need to protect against short term overloads.

The FMAC-0A38-3213 filter module is also highly reliable and efficient. It is designed with a low-noise design, reducing the effect of line noise on the module. It also has a high efficiency rating, making it an economical choice for many applications. Finally, the module is designed to have a long life, with a minimum of maintenance.

The FMAC-0A38-3213 is an example of a power line filter module. It is designed to regulate the voltage of a power line and dissipate excess energy. It is capable of handling up to 50 A of current and wide range of voltages. It is highly efficient and reliable, making it a good choice for many applications. Finally, it is designed to have a long life with minimal maintenance.

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