Implementation of boolean function using CMOS logic

[@3dgiftz]

Thanks for explaining

[@himighty4306]

very easy and informative

[@3dgiftz]

Do you have video for NMOS logic implementation.

[@Asifur_Rahman]

Thanks mam

[@jarikosonen4079]

It looks maybe possible.
And how can you convert xor-gate into transistor level circuit?
And if circuit has pass-gates how can it be handled with this method?

[@wahidhamidy6886]

Thanks

[@ramnivi3385]

Just now I related to pmos and. Nmos states nmos in dot with parallel

[@foysalahmmed2586]

(A'+ BC)'.... How to solve this
Can we use inverter for A'... Or other method for simplification...

[@ExploretheWAY]

First generate A' using inverter, then implement the whole function. In CMOS logic, no other method is used.

[@ArtiKumari-py6uh]

@@ExploretheWAY can't we take directly A' ?

[@ExploretheWAY]

A' is not another variable. Which is derived from A. A' means complement of A. So we must use an inverter with input A.

[@christosrafail]

what about the bar?

[@lodechandrakanth6344]

the CMOS transistors only provides the complementary functions (outputs), to get rid of that complement at the end attach the output to an invertor which needs 1 NMOS and 1PMOS

[@fatimasheraz8235]

Hi I need some help

[@FangYuan-ki7il]

A.(B+C)+(D.E)

[@mohammadyasin5921]

what happened to the complement of the boolean function then???

[@ExploretheWAY]

The structure of CMOS itself produces an output in complementary form.