CMOS_solution

CMOS_solution - as gate inputs F=(A(B CD =(A B(CD =(A B(C D...

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CMOS Logic Design Solution 1. Please draw the minimum CMOS transistor network that implements the functionality of Boolean equation F= ((A+B) C + D)'. You can assume both the original and complemented versions of each literal are available as gate inputs. A B C D D A B C F 2. Please draw the minimum CMOS transistor network that implements the functionality of Boolean equation F= (A (B C + D))'. You can assume both the original and complemented versions of each literal are available as gate inputs. B C D A B C D A
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3. Please draw the minimum CMOS transistor network that implements the functionality of Boolean equation F= (A +(B' + CD)')'. You can assume both the original and complemented versions of each literal are available
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Unformatted text preview: as gate inputs. F= (A +(B' + CD)')' = (A + B(CD)')' = (A + B (C' + D'))' C? D? B A A D? C? B F 4. Please draw the minimum CMOS transistor network that implements the functionality of Boolean equation F= (A' + B'C). You can assume both the original and complemented versions of each literal are available as gate inputs. F = (A' + B'C) = ((A' + B'C)')'= (A (B'C)')' = (A (B + C'))' B A C? B C? A F 5. F= [((CD) +B) A]' 6. F=(AB)' since F= [AB(A+B)]' on simplification results in F=(AB)' 7. F= ((C'+D')B)+A 8. F= (A+D+C)(B+E)...
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This note was uploaded on 04/15/2010 for the course CSE CSE140 taught by Professor Rosing during the Winter '10 term at UCSD.

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CMOS_solution - as gate inputs F=(A(B CD =(A B(CD =(A B(C D...

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