What is a resonant inverter?
The resonant inverter is a special circuit of electricity converting, which is used to change direct current (DC) to alternating current (AC) for easier application. There are different types of electrical inverters that are used for different purposes. This usually includes conversion by direct and alternative means. For example, resonance inverters are used in uninterruptible power supply (UPS), electrical induction heaters, microwaves, detection devices on surface-or sonar systems, medical diagnostic equipment, high-frequency radio and communication equipment, florescent lighting and induction energy paired systems. A single -phase system whose structure depends on the nature of the DC source. It can supply electrical waves either from direct voltage or power of energy sources. The resonant inverter is based on an electronic oscillator with one -way or two -way switches depending on the type of current used. Switches are made of controlled components that are connectedNY to uneven diode. Controlled components eventually determine the switching mechanism of the switches.
Effective operation of the electric inverter depends on its own characteristics of its network of the circuit. These properties include a damping factor, a cheated natural frequency and a frequency of switching controlled inner components. In the resonant inverter, the efficient energy performance is determined by the oscillations of the switches. The high -cloak -factor switch has a low energy loss rate because its oscillations disappear more slowly. This is the ideal type of switch for electric inverters. On the other hand, one with a supported circuit has the rate of energy loss, because its oscillations disappear much faster.
It is possible to control the loss of energy in the inverter by adding passive elements to the load on the device. However, this will lead to an increase in the price and weight of the equipment, but it will be compensated by better use of its internal components.Better control of energy loss can be achieved using auxiliary methods such as control of direct current amplitude that enters the device.
There are many industrial and home applications for electric inverters. Contactless energy transmission, induction heating, DC-DC converters and continuous power supply are only a few areas where resonant inverters are applied. The powerful output obtained from the device can be connected to the transformer winding, extended coils and other components. The remarkable way in which the resonant inverter allows conversion of electricity can be applied to Numerous electronic processes.