Co-Authored By:

**power**inverter, or inverter, is a

**power**electronic device or circuitry that changes

**directcurrent**(

**DC**) to

**alternating current**(

**AC**).The input

**voltage**, output

**voltage**and frequency, andoverall

**power**handling depend on the design of the specificdeviceor circuitry.

Also asked, how do you calculate DC to AC?

Historically there was interest in relating thepowersourcing capabilities of **AC** to **DC**.To**calculate** the power through a load powered by **DC**allyou need to do is multiply the power by the current: Volts *Amps =Power. The problem in doing this with **AC** is that thevoltageis continuously changing.

**We**need to

**convert AC**to

**DC**becauseof below facts:

**AC**signals can not be stored and

**DC**power or signals can be stored.Thus,to store theelectrical energy

**we**need to

**convert**it into

**DC**.

**AC**canbe transported over long distances becauseof it's frequency and

**dc**can not be transported as

**dc**has zerofrequency.

Then, are AC and DC amps the same?

**DC Amps** and **AC amps** are theexact**same** thing, they are the measurement of electrons pastagiven point, the difference is that the electrons of **AC**goback and forth (alternating) and **DC** go only in onedirection(direct).

Summary: Watts out **DC** = 75% to 90% of**AC**Watts in, in most cases. See below: At 100% efficiency ADCWattsout = **AC** Watts in. Energy is 'conserved" and energy =Wattsx time.