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Alright, understood.
For circuit 1, Vo = Vs - 0.6 because there is only one diode, yes? Just want to confirm.
For circuit 2, the diode current must be found for either D3/D4/D5/D6, since all four diodes share the same forward voltage drop = 0.6 V. So based on that logic, would the diode...
Sorry, I don't get you at the "it's a sinwave and you know its amplitude." Amplitude is 10, so therefore maximum voltage is 10? Then what is the point of the Vs equation?
Diode forward voltage drop = 0.6 V
R3 = 18 kΩ
Vs = 10sin(2π*10000t) V
Half wave rectifier circuit diagram:
Full wave rectifier circuit diagram:
How do you predict the maximum current flow for the D1 diode for both scenarios? I'm stuck at this part because the Vs value has an unknown variable.
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