Power is as easy as PIE (P=IxE). Watts equals the current squared time the resistance. Assuming a pure resistive load; they are equal. To answer the question precisely, one DC watt equals one AC watt.
Watts are watts, the conversion is already done in the way AC voltage is measured.
DC 100W equals AC 100W as far as heating and lighting load is concerned. AC load is equated in RMS equivalent to DC Watts.
4.8 watt 12 volt to ac 240 volt
Cheapest way is by Rectifiers.
Yes, watts is still volts times amps, for both ac and dc circuits. The complexity lies in the phase angle between voltage and current. If the circuit is purely resistive, the phase angle will be zero. If the circuit is capacitive or inductive, the the phase angle will vary, depending on frequency and on how much capacitive or inductive reactance there is. The difference comes into play when you consider true versus apparent power.
It depends if its AC or DC, you have to match the Watts and the AC/DC.. so for example a 150watt UHP AC ballast will work with a 150watt AC metal halide bulb. dont take my word on this though, this is 2nd hand information.
Diodes are used after a center-tapped transformer in a DC to AC inverter to rectify the alternating current (AC) output of the transformer into pulsating direct current (DC). This rectified voltage is then smoothed using filters to produce a more stable DC waveform. The diodes act as one-way valves, allowing current to flow in only one direction, thus converting the AC voltage into a pulsating DC voltage.
You do not say if you are wiring AC or working with Dc 12 volt wiring.
formula for ac to dc
how much energy is lost in converting dc energy to ac energy
Halfwave or fullwave or polyphase AC to DC?
A rectifier
Because, the commutator segments are used for converting AC to DC.
Cheapest way is by Rectifiers.
how much energy is lost in converting dc energy to ac energy
Output in watts.
Yes, watts is still volts times amps, for both ac and dc circuits. The complexity lies in the phase angle between voltage and current. If the circuit is purely resistive, the phase angle will be zero. If the circuit is capacitive or inductive, the the phase angle will vary, depending on frequency and on how much capacitive or inductive reactance there is. The difference comes into play when you consider true versus apparent power.
Ac x 1.4 -1.4=dc
Alternating Current ... like in most households.The adapter is either converting DC to AC or vice versa.
Yes, by using a dynamo (which produces d.c.) instead of an alternator.