With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). At the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. IF WE WANT TO DESIGN THIS PROBLEM BY USING ROM, HOW MANY INPUTS WILL THE ROM HAVE? M

What’s the difference between Moore and Mealy machines (FSM)? Design an FSM for the following sequential adder.

Question I. Synchronous Sequential Circuit hint) W issynchronized with C C Clock pulses), output z will he comel each time the value of the input signal w had not changed for 2 dak pulses . Out put value Change will appear at the clak Pul se with identical w values. Refer below. W: 00ll000ll011100 11|1II 0000 10110... Z: ool o10 100 100 100 1010000010000l... a. Circaits State table? b. State diagram? C. Use the birany Code to encode the State and set up the encoded State table. d. obtain minimnzed expresio ns for He next State and the output fanction .

I need the answer as soon as possible

When making an ECG measurement, it is important to measure voltage variations over small time intervals. The time is limited by the RC constant of the circuit—it is not possible to measure time variations shorter than RC. How would you manipulate and in the circuit to allow the necessary easurements?

1. A synchronous finite state machine contains a single 'Serial Data' input (SD) and two outputs (S and 7). Output S should be active for one clock pulse every time the input sequence 11010 is detected and output T should be active every time the input sequence 11001 is detected. The functionality of this machine may be partially represented by a timing diagram as shown in Figure 1. Clock a) SD S T Figure 1: Synchronous finite state machine timing diagram Derive the Moore model state diagram for this machine. Hint: ensure that the machine operates correctly even if the bit pattern is preceded by sub-sections of the pattern. [5]

26-5: Which is the correct state diagram for the synchronous sequential machine shown below? Assume a common clock input to the flip-flops (not shown). D1 Q1 Q1' or DO QO Q0' Q1Q0 A. B. 0. 0. 00 01 00 01 1 0. 11 10 11 10 0. 0. D. C. 00 01 00 01 0. 0. 0. 10 11 10 11 1 1. 1.