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majeed11
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how to convert DC to AC??
how can i convert DC to AC from a battery(any voltage) for a transformer...?
how can i convert DC to AC from a battery(any voltage) for a transformer...?
hajirandi said:sir i want to convert (12v DC )to (12v AC) please tell me the name of converter or sujjetiojn that can i build it or not ... please guide me kashif
fest777 said:russ thanks for reply, the unit i saw is way too expensive , is there a simple circuit i can build to invert 120 dc to 120 ac thanks anthony
fest777 said:russ thanks for reply, the unit i saw is way too expensive , is there a simple circuit i can build to invert 120 dc to 120 ac thanks anthony
As has been mentioned, it is easy to transform AC up to higher voltages to get the economy of lower transmission losses and then easier to transform back down to lower voltages for domestic, commercial and industrial use.zohaib javed said:hello can anyone tell me about why we use ac at particular performance and not use dc.where dc is required what is its reason of must use of dc,and similarly for ac?
disfoll said:I would like to convert 87 volt and 400 amp dc current into 120 volt and (220volt 50amp)AC how it can be made with every days item "scrap"?
I would like to convert 87 volt and 400 amp dc current into 120 volt and (220volt 50amp)AC how it can be made with every days item "scrap"?
disfoll said:I would like to convert 87 volt and 400 amp dc current into 120 volt and (220volt 50amp)AC how it can be made with every days item "scrap"?
What he said. Thread locked.DaveC426913 said:You are playing with very dangerous levels of electricity. Unless you have a lot of experience with electricity (in which case, you wouldn't be needing to ask) DO NOT DO.
A DC to AC converter, also known as an inverter, works by converting direct current (DC) into alternating current (AC) using electronic components such as transistors and capacitors. The converter takes in DC power from a battery or other source and uses a process called pulse width modulation to produce an AC output that can power a variety of devices.
Converting DC to AC allows for the use of AC-powered devices in locations where only DC power is available. It also allows for the use of renewable energy sources, such as solar panels, which produce DC power, to be used to power AC devices. Additionally, AC power can be transmitted over longer distances with less energy loss compared to DC power.
There are several types of DC to AC converters, including square wave, modified sine wave, and pure sine wave. Square wave converters are the simplest and most affordable, but they can produce a choppy and unstable AC output. Modified sine wave converters are more complex and produce a smoother output, but can still cause issues with sensitive electronics. Pure sine wave converters are the most expensive but produce the highest quality and most stable AC output.
The type of converter you need will depend on the devices you are powering and the quality of AC output required. For basic electronics, a square wave or modified sine wave converter may suffice, but for sensitive equipment, a pure sine wave converter is recommended. It is important to also consider the input voltage and power rating of the converter to ensure it can handle the power demands of your devices.
Yes, there are some safety concerns to be aware of when using a DC to AC converter. High voltage and current can be present in the conversion process, so it is important to follow proper installation and usage guidelines to avoid electric shock or other hazards. It is also important to use a converter with built-in safety features, such as overload protection, to prevent damage to the device or connected devices.