Design the synchronous sequential circuit for state diagram, Electrical Engineering

Assignment Help:

Design the Synchronous Sequential Circuit for State Diagram

Illustration: - We wish to design the synchronous sequential circuit whose state diagram

1409_design the synchronous sequential circuit.png


The kind of flip-flop to be use is J-K.

Since the state diagram we can generate the state table

1170_design the synchronous sequential circuit 1.png

Excitation table for JK flip-flop

1233_design the synchronous sequential circuit 2.png

Excitation table of the circuit

1348_design the synchronous sequential circuit 3.png

In the first row of Table we have the transition for flip-flop Q0 from 0 in the present state to 0 in the next state. In Table 10 we find that the transition of states from 0 to 0 requires that input J = 0 and input K = X. Thus 0 and X are copied in the first row under J0 and K0 respectively. Ever since the first row also shows a transition for the flip-flop Q1 from 0 in the present state to 0 in the next state 0 and X are copied in the first row under J1 and K1 and this process is continued for each row of the table and for each flip-flop.

The simplified Boolean functions for a combinational circuit can now be derived. The input variables are Q0, Q1, and x and the output is the variables J0, K0, J1 and K1 and the information from the truth table is plotted on the Karnaugh maps.


Related Discussions:- Design the synchronous sequential circuit for state diagram

Mobile and wirelss communicatio, In a CDMA system, the signal is spr...

In a CDMA system, the signal is spread over a large bandwidth by multiplying the transmitted symbol by a sequence of short pulses, also called chips. The

Explain ferrites suitability for high frequency application, Explain Suitab...

Explain Suitability of ferrites for high frequency application. Ferrites are extensively used in micro wave equipments and in computers. Ferrites are advantageous at high frequ

Explain about the typical embedded system hardware unit, Explain about the ...

Explain about the typical embedded system hardware unit. Typical Embedded System Hardware Unit: Program Flow and data path Control Unit (CU): comprises a fetch unit for fetc

Digital electronic, What are the advantages of wired-AND connection of digi...

What are the advantages of wired-AND connection of digital IC

Calculate the saturation current of the diode, Q. A silicon diode is forwar...

Q. A silicon diode is forward-biased with V = 0.5 V at a temperature of 293 K. If the diode current is 10 mA, calculate the saturation current of the diode.

Explain the usage of the output ports , Objective: To Understand the Usage ...

Objective: To Understand the Usage of the Output ports of PIC18F452 and make changes in the previous code accordingly. Procedure: 1. Open the p1.asm program from t

Determine the memory access time, Question: (a) Explain the types of ha...

Question: (a) Explain the types of hazards in a 5 stage pipeline. (b) Describe the three RAW dependencies in the following instructions. i: R7←R12+R15 i + 1: R8←R7-R1

Compare the merits and demerits of analog voltmeters, Question : (a)(1)...

Question : (a)(1) Show different types of voltmeters commonly used. (2) A basic d'Arsonval meter movement with an internal resistance Rm = 100 ?,and a full scale current of

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd