7- Segment Display
In this practical, we are taking 4-bit input to display the BCD number.
As per binary equivalent, we get a BCD output in out 7 segment display is our aim for
this practical.
this practical.
Truth table:
Logic Circuit:
Boolean Expression for each output(Using K-Map):
a: A’B’D’ + A’C + A’BD + AB’C’
b: A’B’ + A’C’D’ + B’C’ + A’CD
c: B’C’ + A’D + A’B
d: A’B’D’ + A’B’C + A’CD’ + A’BC’D + AB’C’
e: B’C’D’ + A’CD’
f: A’C’D’+ A’BC’ + A’BD’ + AB’C’
g: A’B’C + A’BC’ + A’BD’ + AB’C’
Conclusion:
After performing this practical I am able how to design 7 segment display.
5) Design 4-bit ALU using Logisim. Ans:- (Click here to View)
3) Design 2-bit Magnitude Comparator using Logisim. Ans:- (Click here to View)
No comments:
Post a Comment