Question

Assume that in the circuit above, V0=10V, T=0.5ms, Rw=1Ω, Lw=0.5mH and RL=4Ω

Answer 1

anyone??

Answer 2

@salman.abid12 , just a sec, I'll calculate for you

Answer 3

@salman.abid12 C - 7.94645719261

Answer 4

@salman.abid12 D - 0.05354280739

Answer 5

sure???

Answer 6

Dude, I'm working on this in the airport :)) I'm the guy that posted the formulas here (but they were deleted), so the formulas are correct. Hope my calculations are correct too, but I don't have a calculator.

Answer 7

V0=5V, T=0.5ms, Rw=1Ω, Lw=1mH and RL=1Ω. ???

Answer 8

@rmpk means there is some risk... ok let me chek it..

Answer 9

yupeeeeee! thanks a lot dude @rmpk..... that were correct.

Answer 10

No problem, glad it was fine.

Answer 11

Q1 a)ia=2*i1*R/(2*R+rm) and vo=ia*rm
b)iA =(-i2)*R/(2*R+rm) and V0=ia*rm
c) part a) + part b)
d)2R

Q2 p1: Vs as vin<vt
p2: v0 = vs-kr(e^((vin-vt)/vn)-1)
p3: vin = ln(vs/2kr +1)vn+vt
p4: vin=sqrt(vs/kr)+vt
p5: -kre^((vin-vt)/vn)
p6: -kr(vin-vt)

Q3 same as HP8p1

Q4 p1=V*R2/(R1+R2)*(1-e^(-(R1+R2)*t/(R1*R2*C)))
p2=(V*R2/(R1+R2))*cos(1/sqrt(L*C)*(t-T))
p3=C*(V*R2/(R1+R2))*sin((t-T)*1/sqrt(L*C))/sqrt(L*C)

Q5 E
V
B
Y
F
Z
Q6

Answer 12

What about Q6 A and B?