FMBC-R91C-1612

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Power Line Filter Modules are intended for the purpose of preventing interference in electrical power systems. FMBC-R91C-1612 is one such filter module, and is suitable for applications where maximal attenuation is necessary, such as when controlling high-power EMI generators connected to a system.

The FMBC-R91C-1612 filter module is a ungrounded type, and is available in three stages – single-phase, three-phase, and four-phase. Each phase contains combination of inductors, capacitors, and resistors that act as both a filter and a protective element. This module has a wide frequency range, from 150Hz to 1.5MHz.

In order to provide optimal operation of the FMBC-R91C-1612 filter modules, they must be installed according to the manufacturer’s specifications. The filter should be placed as close to the power source as possible, and connected with no more than 5 cm of slack on either side of the connection. This ensures that maximum attenuation is achieved. The connections should also be protected from physical damage and resistance due to temperature changes.

When installed, the FMBC-R91C-1612 filter module begins working to protect equipments and system from interference due to unwanted radio frequency energy, spikes, and other EMI signals. This is done through the three-step process of impedance transformation, inductance filtering, and signal suppression.

The first step in the protection process is impedance transformation. This is accomplished by using inductors which create an impedance path between the noise source and the power line. As the frequency increases, so does the impedance created by the inductors.

The second step is inductance filtering. This involves filtering out unwanted high-frequency noise through the use of capacitors. The capacitors are placed in series with the power lines to form a low-pass filter, which allows only frequencies below the cutoff frequency to pass through.

The last step is signal suppression, which is achieved by using resistors. These resistors help reduce the amplitude of the interference signals by absorbing them and converting them to heat.

Overall, the FMBC-R91C-1612 filter module provides a reliable and effective solution to mitigating interference in electrical power systems. When properly installed, it acts as a shield against EMI and other forms of interference that can cause costly damage to a system.

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