1. both f2 and f3 are 1
2. both f2 and f3 are 0
3. f2 is 1 and f3 is zero
4. f2 is 1 and f3 is one
both f2 and f3 are 1
1. F=1
2. F=0
3. F=100
4. F=011
F=0
1. 11/9
2. 22/15
3. 24/23
4. 44/23
44/23
1. s+1/5s2+6s+2
2. s+1/s2+6s+2
3. s+1/s2+4s+2
4. 1/5s2+6s+2
s+1/5s2+6s+2
1. Draw the signal-flow graph that represents the system
2. Find the total number of loops in the graph and determine the loop gains of all the loops.
3. Find the number of all possible combinations of non-touching loops taken two at a time
4. Determine the transfer function of the system using the signal-flow graph
Find the total number of loops in the graph and determine the loop gains of all the loops.
1. Overdamped
2. Critically damped
3. Underdamped
4. Undamped
Underdamped
1. Twice the input clock frequency
2. Half the input clock frequency
3. Same as the input clock frequency
4. Inverse of the propagation delay of the FF
Half the input clock frequency
1. 1, 0
2. 1, 1
3. 0, 0
4. 0, 1
1, 0
1.
2.
3.
4.
1. 0
2. 1/1+Kp
3. ∞
4. 1/Kp
1/1+Kp