This is a center tapped full wave rectifier . From my understanding if D1=D1 = forward bias and D2=reverseD2 = reverse bias during the positive cycle of AC, why does VD1 from the graph shows thatshow 0 voltage during the positive cycle and negative voltage during the negative cycle? Shouldn't it be the opposite ??
Original Image: https://i.sstatic.net/LF98c.jpg
This is center tapped full wave rectifier . From my understanding if D1= forward bias and D2=reverse bias during positive cycle of AC, why VD1 from graph shows that 0 voltage during positive cycle and negative voltage during negative cycle? Shouldn't it be opposite ??
This is a center tapped full wave rectifier. From my understanding if D1 = forward bias and D2 = reverse bias during the positive cycle of AC, why does VD1 from the graph show 0 voltage during the positive cycle and negative voltage during the negative cycle? Shouldn't it be the opposite?
Original Image: https://i.sstatic.net/LF98c.jpg
This is center tapped full wave rectifier . From my understanding if D1= forward bias and D2=reverse bias during positive cycle of AC, why VD1 from graph shows that 0 voltage during positive cycle and negative voltage during negative cycle? Shouldn't it be opposite ??
This is center tapped full wave rectifier . From my understanding if D1= forward bias D2=reverse bias during positive cycle of AC, why VD1 from graph shows that 0 voltage during positive cycle and negative voltage during negative cycle? Shouldn't it be opposite ??
This is center tapped full wave rectifier . From my understanding if D1= forward bias and D2=reverse bias during positive cycle of AC, why VD1 from graph shows that 0 voltage during positive cycle and negative voltage during negative cycle? Shouldn't it be opposite ??
This is center tapped full wave rectifier . From my understanding if D1= forward bias D2=reverse bias during positive cycle of AC, why VD1 from graph shows that 0 voltage during positive cycle and negative voltage during negative cycle? Shouldn't it be opposite ??
