What is PWM based MOSFET technology?
The smooth DC power (battery power) is inverted by two channels of Mosfets (switching device) in Push-Pull/ bridge configuration. The switching device (Mosfets, IGBT’s or Transistors) is used and controlled by a sophisticated control circuit. A closed loop voltage feedback control is used to keep the output voltage constant even under widely varying DC voltage (Batteries) conditions and the load on Inverter. A proportional increase in the width of the pulses causes an increase in voltage and a proportional reduction in width decreases the voltage. This means the voltage control action of variable gain is normally accomplished by varying pulse width to the power. This method of varying pulse width is known as Pulse width Modulation (PWM) controls. All models of Su-Kam – Power Inverters provide regulated output voltage (PWM Controlled) on battery mode a per the load distribution voltage standard.
MOSFET: Metal Oxide Field Effect Transistor MOSFET: Metal Oxide Field Effect Transistor MOSFET is a field effect transistor in which the insulating layer between the gate electrode and the channel is a metal oxide layer. PWM: Pulse Width Modulation The output voltage of an inverter is controlled by PWM controls which decrease or increase the voltage as per the varying conditions of the DC voltage (battery) or changing load conditions of the connected load. This smart voltage management gives a very stable AC output. STYLEX incorporates this latest technology to deliver the best results.
