Drawing Logic Diagrams: XYZ + X'Y' + X'Z' & B(A'C'+AC) + D'(A+B'C)

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The discussion focuses on drawing logic diagrams for two expressions without the availability of input complements. For the first expression, it is advised to implement X'Y' and X'Z' using NOR gates instead of NAND gates, thus eliminating the need for inverters. In the second expression, the use of inverters is necessary. Participants are encouraged to utilize De Morgan's law to simplify the logic design. The key takeaway is to follow the specific requirements for each expression regarding the use of inverters and gate types.
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hi ^^

Draw the logic diagram of the following expression. The diagram should correspond directly to the equation. Assume that the complements of the inputs are not available:
a . XYZ + X’Y’ + X’Z’.
b . B(A’C’+AC) + D’(A+B’C)


what does it mean ?
do i have to draw the inverter? or not?
should i use the sum of products form?​
 
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loola said:
hi ^^

Draw the logic diagram of the following expression. The diagram should correspond directly to the equation. Assume that the complements of the inputs are not available:
a . XYZ + X’Y’ + X’Z’.
b . B(A’C’+AC) + D’(A+B’C)


what does it mean ?
do i have to draw the inverter? or not?
should i use the sum of products form?​
In item a you don't need to use inverters. Use De Morgan's law and implement X'Y' and X'Z' using nor gates instead of nand gates.
In item b you should use inverters.
 
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