Design a BCD-to-Gray code decoder. Your decoder will have 4 inputs: A, B, C and D, representing a 4-bit BCD code (A being the MS
B). It will have 4 outputs: W, X, Y and Z. The output for the undefined combinations of the BCD code should be don’t cares. Provide a logic expression for each output. (A gate-level implementation is not required.)
2 answers:
Answer:
Binary to Gray Code Converter
The logical circuit which converts the binary code to equivalent gray code is known as binary to gray code converter. An n-bit gray code can be obtained by reflecting an n-1 bit code about an axis after 2n-1 rows and putting the MSB (Most Significant Bit) of 0 above the axis and the MSB of 1 below the axis.
The 4 bit binary to gray code conversion table is given in attached file.
Answer:
Refer below for the explanation.
Explanation:
The logical circuit which changes over the binary code to proportionate gray code is known as binary to gray code converter. A n-bit gray code can be acquired by mirroring a n-1 piece code about a hub after 2n-1 lines and putting the MSB (Most Significant Bit) of 0 over the pivot and the MSB of 1 underneath the hub.
Refer to the picture attached.
You might be interested in
Answer:
# the user is prompt to enter first value
user_val1 = int(input("Enter first value: "))
# the user is prompt to enter second value
user_val2 = int(input("Enter second value: "))
# max_magnitude function is defined
# it takes two parameters
def max_magnitude(user_val1, user_val2):
# if statement to compare the values
# it compare the absolute value of each
if(abs(user_val2) > abs(user_val1)):
return user_val2
elif (abs(user_val1) > abs(user_val2)):
return user_val1
# max_magnitude is called with the
# inputted value as parameter
print(max_magnitude(user_val1, user_val2))
Explanation:
The code is written in Python and well commented. A sample image of program output is attached.
