![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image001.webp)
Schematic diagram for single phase ac generation
Schematic diagram for single phase ac generation A multi-turn coil is placed inside a magnet with an air gap as shown in above Fig.. The flux lines are from North Pole to South Pole. The coil is rotated at an angular speed, ω = 2π n (rad/s).
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image002.webp)
N = 60 n = speed of the coil (rev/min, or rpm)
l = length of the coil (m)
b = width (diameter) of the coil (m)
T = No. of turns in the coil
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image003.webp)
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image014.webp)
(a) Coil position for Fig, and (b) Details
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image006.webp)
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image015.webp)
horizontal position. So, also is the value of induced emf as stated earlier. The maximum value of the induced emf is,
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image009.webp)
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image016.webp)
![](http://appassets.softecksblog.in/electrical_engineering/assets/elect4/25_files/image017.webp)