We first start by making the truth table for the Decoder (3x8). For this question, we need to keep in mind the connections. Here Q1 is connected with W2 and Q0 is connected with W1. Also W0 is the input A. So while solving the equations we substitute W2 W1 and W0.
Next we find the next state equations for the flip flops. For the D flip flop it is the input itself. For JK, it is the equation I've written which can be easily derived from it's truth table.
Using the next state equations the transition table is made.
4) Analyze the circuit shown below by finding tits transition table 3 to 8 Decoder Y7 Y6 wa Y5 D Q Y4 Y2 Wo Y1 Q0 Clock. ansitun table 4) Analyze the circuit shown below by finding tits tran...
26. A counter is shown below. К, Q, К Q, CLOCK a. Find the state transition table and diagram. b. Show the count sequence. c. What is the mod of this counter? d. Modify this circuit so that it becomes self-starting, ie. it can enter the count sequence from any initial state. 13 26. A counter is shown below. К, Q, К Q, CLOCK a. Find the state transition table and diagram. b. Show the count sequence. c. What is...
solve 1 2 and 3 Problems 1 and 2 require a 7-segment display. You may want to re-use the display driver you developed in Lab 3. Use a push-button as the clock - the pushbuttons are debounced, whereas the slide switches are not. Remember to provide columnsfor lest data in your state lables (use the observed next state as the test data in problems I and 2, and the observed next state and preseni output as the lest data in...