如何简化电路
How to simplify circuits
这个问题的答案是A,以防有人认为我考试作弊什么的。我真的不想明白如何解决这些问题。我猜想有某种方法可以将这些支架放在一起并获得简化的电路,但我不完全理解。也许是关于真值表的?
abc' + a'bc' + a'b'c' + ab'c' initial expression
= (a + a')bc' + a'b'c' + ab'c' distributive law
= (T)bc' + a'b'c' + ab'c' additive inverse
= bc' + a'b'c' + ab'c' multiplicative identity
= bc' + (a' + a)b'c' distributive law
= bc' + (T)b'c' additive inverse
= bc' + b'c' multiplicative identity
= (b + b')c' distributive law
= (T)c' additive inverse
= c' multiplicative identity
表达式等价于c
的逆,所以一个逻辑门就够了。
这个问题的答案是A,以防有人认为我考试作弊什么的。我真的不想明白如何解决这些问题。我猜想有某种方法可以将这些支架放在一起并获得简化的电路,但我不完全理解。也许是关于真值表的?
abc' + a'bc' + a'b'c' + ab'c' initial expression
= (a + a')bc' + a'b'c' + ab'c' distributive law
= (T)bc' + a'b'c' + ab'c' additive inverse
= bc' + a'b'c' + ab'c' multiplicative identity
= bc' + (a' + a)b'c' distributive law
= bc' + (T)b'c' additive inverse
= bc' + b'c' multiplicative identity
= (b + b')c' distributive law
= (T)c' additive inverse
= c' multiplicative identity
表达式等价于c
的逆,所以一个逻辑门就够了。