Transformer turn ratio is the ratio between the turns on the primary side and the number of turns on the secondary side. For instance if you have a turn ration of 100:200 the primary side has 100 turns and the secondary side has 200 turns. This will be a step up transformer. 10 volts AC into the primary side will result in 20 volts on the secondary side. There will be a decrease in current but the voltage will increase. The total power into and out of the transformer will be the same minus some losses for resistance in the windings.
The secondary voltage of a transformer with a turns ratio of 5 to 1, and primary voltage of 200 is 40. (5 to 1)
Because the tranformer calculation for ratings is calculated with the formfactor which is 1.11 constant. Regards Mithin kudva
For an ideal transformer, the voltage ratio is the same as its turns ratio.
line transformation ratio would be the turns ratio (ie voltage ratio), while the phase transformation ratio is most probably the phase shift introduced by a 3 phase transformer.
a ratio box is something to figure out stuff
it will turn it into a tranformer
it chokes you
Read the manual
no
the tranformer
Bumblebee
It depends on what you wish to turn it into!
Typically a transformer is designed for a specific turn ratio x:y the fact is that is only true if the power is held as designed for that ratio
To turn a mixed number into a ratio, you must divide each number into a common denominator.
Which method of determining turn ratio is more accurate and why?
Eat a chiken
After enough years the ratio of survival of everything will turn to zero.