The ratio of the number of turns of wire on the primary to the number of turns on the secondary is 1:0.0064.
Step-by-step explanation:
The required voltage ratio is 0.750 by 117 and this is the required turns ratio also 1:0.0064 .
It contains a specific number of turns of wire. The turns proportion is characterized as the proportion of turns of wire in the essential twisting to the quantity of turns of wire in the auxiliary winding. Turns proportion can be communicated utilizing Equation. Turns proportion NP NS where NP = number of turns on the essential loop NS = number of turns on the auxiliary curl. The curl of a transformer that is stimulated from an AC source is known as the essential winding (curl), and the loop that conveys this AC to the heap is known as the optional winding (loop)