Inverter Circuit | Diagram Design Options
Inverter circuit is a specified tool that is required to power many household devices like florescent lamps, electric razors, hypertherm plasma cutters and many others. This circuit mainly works as a converter from DC to AC power which is used in various home appliances.
There are few devices like car batteries which essentially run on DC power also known as direct current power. With this mode of power it is not possible to use different home appliances, so to charge those devices you need AC current which is also known as alternating current. The inverter circuit helps to convert the mode of power and thus making it power for use.
The inverter circuit helps in two major activities. One is to convert the DC power into AC mode and the next is that an inverter circuit always transforms a lower level dc power to a higher level AC output. To discuss on this more widely, an inverter circuit has 4 stages, a stable circuit, a power amplifier, a transformer and a filter. The inverter circuit usually has one way DC and modifies it into alternate current , then transformer set up the voltage and and thus converting 12 VDC to a revised power of 110VAC.
The inverter circuit may be of various types with variety of power transmitted. These inverter circuits can produce sine wave power (AC), square wave powers and the most used modified square wave powers (AC). The square wave powers are not applicable for home appliances as it is crudest and it is better avoided. The modified square wave powers are widely used and this is most comfortable power mode which is safe for all appliances. Sensitive electrons supplying inverters may require sine wave powers. The filters of the inverter circuit are most essential parts as it determine the price of these products. Where there is output of sine wave power, the price jumps into a higher bucket since it holds at least two special filters.
The inverter circuit is not a much expensive products, though price is determined by the output power capability of each inverter circuit. Different companies produce technology driven advanced inverter circuits giving an output from 150 HZ to 450HZ or more. Naturally the price of the product varies from the first type to second but in general it is of $100 to $150. However an order of above fifty or above hundred pieces can ensure huge discounts. To get the best of these prices it’s always good to have a proper research on prices offered by different companies along with benefits provided like warranty and then invest.