The voltage cannot just be increased in a circuit because there is a risk of damage, blown circuit breakers and/or fire.
However an appliance desgined to run on 220 v will use 6/11ths of the current used by an identical appliance designed for 120 v.
The Volt
This is about the question I wanted answered; maybe I can point you in the right direction. The answer is more than the sum of 70 batteries as putting them in series increases the voltage and increases the total energy of the system. My question is where does the increase of energy actually come from?
It is in millivolts (less than a volt).
Voltage stabilisers are the devices to control voltage. These are of 3 types i.e. VARIAC BASED,IGBT BASED and THERMISTOR TYPE. These are classified according to voltage correction speed i.e. from 70 volt/second to 750 volt/seconds.
Generally, there will be a 12+ volt rail, a 5+ volt rail and often a 3+ volt rail.
Less current, greater efficiency, reduced volt drop
Yes it can be transformed from one voltage to the other.
Less current, greater efficiency, reduced volt drop
No, by reducing the input voltage by half the output voltage will also be reduced and will not have enough voltage to operate the fixture it is connected to.
12 volt
A transformer can step up or step down AC voltage
The Volt
Multiply the vots by the amps to find the volt-amps. Or divide the volt-amps by the voltage to find the amps.
Voltage (V)AnswerThere is no base unit for voltage. The volt is a derived unit.
Volt is a unit of voltage.
No, you cannot charge an 8 volt battery with a 6 volt charger. The voltage of the charger must match the voltage of the battery.
Yes, the voltage listed on the bulb is the nominal voltage and it will work perfectly on a 120 volt circuit.