I'm attempting to solve this problem for Vout, but I keep getting an answer that makes no sense.
Vout = 10*L*(1/1,000Ω)*dvin(t)/dt
Any help?
I know that the gain is 10 from G = (1 + 9000Ω/1000Ω) = 10
I also know that Vout = VL(t) * G
I guess I'm just having trouble determining VL(t) correctly.
VL(t) = L * di(t)/dt
iL(t) = Vin(t) / R , R = 1000Ω
VL(t) = L * 1/R * dVin(t)/dt
But since Vin(t) is a square wave this would make so sense at the places where the slope is infinity.
Vout = 10*L*(1/1,000Ω)*dvin(t)/dt
Any help?
I know that the gain is 10 from G = (1 + 9000Ω/1000Ω) = 10
I also know that Vout = VL(t) * G
I guess I'm just having trouble determining VL(t) correctly.
VL(t) = L * di(t)/dt
iL(t) = Vin(t) / R , R = 1000Ω
VL(t) = L * 1/R * dVin(t)/dt
But since Vin(t) is a square wave this would make so sense at the places where the slope is infinity.
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