No. The voltage at the output is the full secondary voltage minus two diode forward bias drops. Depending on current and the specifications of the diode, this total drop could be between 1.5 and 4 volts.
V = Volts
The volatge regaulation be calculated by calculating the percentage difference between volatge at no load and voltage at full load
zero volatge regulation means the terminal volatge of transformer at full load on a given power factor become equal to the rated teriminal volatge of transformer , it happens only for leading power factor in transformer
circuit breaker
The SI unit is basically the unit it is measured in. In this case it is Volts. (V)
The Volatge Regulator Is Inside The Alternator.
as everybody who realtes to this field knows the volatge for currnet & batterires differs
A: Check your supply volatge and current . I suggest you have too mauch current
Make sure the Negative cable is well grounded. That may be the problem.
Turns Ratio = (Primary turns / Secondary turns) To calculate the turns ratio you have to actually know the number of turns or wraps on the primary and secondary coils. Nobody knows that usually the manufacture of the transformer doesn't even know. So what you can use as and equivalent is to calculate the voltage ratio. So what you typically need to look for is the Input voltage and divid it by the output volatge. Usually that would be as follows; (Primary Voltage/Secondary Voltage) = Voltage Ratio
A voltage regulator converts a/c volatge from the stator to dc voltage and regulates it down to under 15 volts. When they go bad they can over charge and take out a battery as well as not charge at all.
To Step down high voltages we require CVT,because it will step down the volatge by uisng capacitor in its circuit.