1. Draw/design an "even parity generator" using (3) XOR gates. *2. Draw/design an "even parity checker" using (4) XOR gates. 3. Determine the parity generator’s output for each of the following sets of input data, D3D2D1D0: (a) 0111; (b) 1001; (c) 0000; (d) 0100. *(use your circuit from *2 Data from Transmitter: P D3 D2 D1 D0 a b c d The output "E" = error for Even Parity checker when there is an odd # of "1"s a) b) c) d)
1. Draw/design an "even parity generator" using (3) XOR gates. *2. Draw/design an "even parity checker" using (4) XOR gates. 3. Determine the parity generator’s output for each of the following sets of input data, D3D2D1D0: (a) 0111; (b) 1001; (c) 0000; (d) 0100. *(use your circuit from *2 Data from Transmitter: P D3 D2 D1 D0 a b c d The output "E" = error for Even Parity checker when there is an odd # of "1"s a) b) c) d)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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1. Draw/design an "even parity generator" using (3) XOR gates.
*2. Draw/design an "even parity checker" using (4) XOR gates.
3. Determine the parity generator’s output for each of the following sets of input data, D3D2D1D0: (a) 0111; (b) 1001; (c) 0000; (d) 0100. *(use your circuit from *2
Data from Transmitter:
| P | D3 | D2 | D1 | D0 | |
| a | |||||
| b | |||||
| c | |||||
| d |
The output "E" = error for Even Parity checker
when there is an odd # of "1"s
a)
b)
c)
d)
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