5500.2083 Datasheet/PDFPower line filter modules are an important component of many electronic devices. They are designed to reduce interference from high frequency signals on the power lines, providing a clean power supply for the device\'s sensitive components. The 5550.2083 is a type of power line filter module that is widely used in industrial and commercial electronic applications.
Overview
The 5550.2083 power line filter module is a thermally protected filter designed specifically to suppress high frequency transients on the power line. It is UL-listed for use as overload protection in low voltage circuits. The filter can be used in three-phase and single-phase applications, and is rated for up to 25 amps of AC current. It is designed to withstand ambient temperatures up to 85 degrees C.
Application Field
The 5550.2083 is commonly used in a wide range of applications, including:
- Industrial motor controls
- Vending and ATM machines
- Computers and other digital equipment
- Lighting systems
- Heating and cooling equipment
It is also used in applications that require a high degree of electrical noise suppression, such as commercial medical equipment. The 5550.2083 is an excellent choice for applications that require UL-listed overload protection.
Working Principle
The 5550.2083 power line filter module works by using a series of capacitors and inductors to reduce the amount of high-frequency interference present on the power line. The capacitors act as a low pass filter, blocking out high frequency AC signals. The inductors act as a high pass filter, allowing through AC frequencies below the filter\'s cutoff frequency.
When in use, the inductors and capacitors allow only the desired frequencies to pass through the filter, while suppressing any unwanted frequencies. This reduces the amount of interference present on the power line, providing a cleaner power supply for the connected device.
Conclusion
The 5550.2083 power line filter module is a thermally protected filter designed specifically to suppress high frequency signals on the power line. It is commonly used in a wide range of applications, from industrial motor controls to commercial medical equipment. It works by using a series of capacitors and inductors to reduce the amount of interference present on the power line, providing a clean power supply for the connected device.