1. S – R Flip-Flop with inputs X = R and Y = S
2. S – R Flip-Flop with inputs X = S and Y = R
3. J – K Flip-Flop with inputs X = J and Y = K
4. J – K Flip-Flop with inputs X = K and Y = J
S – R Flip-Flop with inputs X = S and Y = R
No Explanation available for this question
1. A = F1, CY = 1, S =1
2. A = 0F, CY = 1, S =1
3. A = F0, CY = 0, S =0
4. A = 1F, CY = 1, S =1
A = 1F, CY = 1, S =1
No Explanation available for this question
1. 0.833 KHz
2. 1.0 KHz
3. 0.91 KHz
4. 0.77 KHz
0.833 KHz
No Explanation available for this question
1. |n -3| and |n -2|
2. |n -2| and |n -3|
3. |n -1| and |n -2|
4. |n -4| and |n -2|
|n -3| and |n -2|
No Explanation available for this question
1.
2.
3.
4.
No Explanation available for this question
In Fig.P2.14, the steady state output voltage corresponding to the input voltage 3 + 4 sin 100t V is
1. 3+4/√2 sin(100t-π/4) V
2. 3+4√2 sin(100t-π/4) V
3. 3/2+4/√2 sin(100t+π/4) V
4. 3+4sin(100t+π/4) V
3+4√2 sin(100t-π/4) V
No Explanation available for this question
1. 45 µsec
2. 200 µsec
3. 50 µsec
4. 250 µsec
45 µsec
No Explanation available for this question
1. a) Pm cosθ/2
2. Pm /4
3. Pm sin 2θ/2
4. Pm cos 2θ/2
Pm /4
No Explanation available for this question
1. sin ω1 t - cos ω2 t
2. sin ω1 t +cos ω2 t
3. cos ω1 t-sin ω2 t
4. sin ω1 t+ sin ω2 t
sin ω1 t+ sin ω2 t
No Explanation available for this question
1. α > 0, αk < 3
2. α > 0, αk > 3
3. α > 0, αk > 0
4. α > 0, αk < 0
α > 0, αk < 3
No Explanation available for this question