Working Principle
The device has a coil, which rotates on the loop core along with three brushes colliding with the surface in contact with the coil. This is accomplished with the help of a spring pressure effect. The coil rotates the revolving shaft to activate the brush stand. This results in rotation of the brush along the coil surface to change the contact position of the brush. Altering the turning rate of coil leads to accurate adjustment of the output voltage within a specific range.
Salient Features
- These regulators have simple and reliable operation.
- There is no waveform distortion.
- Contact voltage regulators are highly efficient and maintains a constant voltage.
- These regulators are usually light weight.
There are various applications of the contact voltage regulator. Some of its application areas are:
- Semiconductors
- Textile Mills
- Processing units
- Engineering units
- Oil industries
- Paper Mills
- Rubber Industries
- Pharmaceutical industries
