Totally 20milli seconds for one cycle and 10milli seconds for either positive or negative cycle.
Totally 100 % for full cycle and 50 % for either positive or negative cycle.
First take only POSITIVE cycle......
Totally 10 milli sec so .... 10/3 = 3.33 This is the delay time for second bridge
FOR NEGATIVE 10+3.33 = 33.33 milli sec is the delay time.....
Totally 50% is one half cycle on dividing we get 16.667 % is the width...
There are two bridges the gating pulse for each bridge is as follows...
BRIDGE 1 ::::
Positive cycle switches (1,3) Delay is 0 and for negative cycle switches (2,4) delay is 10milli sec
BRIDGE 2 ::::
Positive cycle switches (1,3) Delay is 3.33 milli sec and for negative cycle switches (2,4) delay is 13.33milli sec
Totally 100 % for full cycle and 50 % for either positive or negative cycle.
First take only POSITIVE cycle......
Totally 10 milli sec so .... 10/3 = 3.33 This is the delay time for second bridge
FOR NEGATIVE 10+3.33 = 33.33 milli sec is the delay time.....
Totally 50% is one half cycle on dividing we get 16.667 % is the width...
There are two bridges the gating pulse for each bridge is as follows...
BRIDGE 1 ::::
Positive cycle switches (1,3) Delay is 0 and for negative cycle switches (2,4) delay is 10milli sec
BRIDGE 2 ::::
Positive cycle switches (1,3) Delay is 3.33 milli sec and for negative cycle switches (2,4) delay is 13.33milli sec
TWENTY FIVE LEVEL PULSES ARE TO BE UPDATED SOON.....