List I | List II | ||
---|---|---|---|
A. | RT | 1. | A = D |
B. | Rh | 2. | h12 = h21 |
C. | ST | 3. | AD - BC = 1 |
D. | Sh | 4. | h21 = - h21 |
5. | B = C | ||
6. | ?h = 1 |
List I | List II | ||
---|---|---|---|
A. | VOH(min) | 1. | 2.4 V |
B. | VIH(min) | 2. | 1.5 V |
C. | VOL(max) | 3. | 0.4 V |
4. | 2.0 V | ||
5. | 0.8 V |
£-1F(s) = f(t)
£[a f1(t) + bf2(t)] = aF1(s) + bF2(s)
where
£[f(t - T)] = e-sT F(s)
£[e-at f(t)] = F(s + a)
Initial value theorem
Final value theroem
Convolution Integral
where t is dummy variable for t.
Apply KVL to mesh 2
-2 + Vy + 1 = 0
? Vy = 1
Apply KVL to mesh 1
? -8 + Vx + 2 = 0
? Vx = 6 V
Apply KVL to mesh 3
-1 + Vz -2 = 0
? Vz = 3 V.
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