Design a sequential circuit DETECTOR that has one input X and one input Y. The DETECTOR detects the sequence 110. If an input X
is a "1", followed by another "1" followed by a "0" then the output Y is set to "1", otherwise Y is set to "0".(a) Design this circuit using D-type Flip-Flops
(b) Repeat your design and this time use J-K-Flip Flops
(b) Repeat your design and this time use J-K-Flip Flops
1 answer:
You might be interested in
Answer:
Not possible.
Explanation:
According to second law of thermodynamics, the maximum efficiency any heat engine could achieve is Carnot Efficiency η defined by:
Where
and
are temperature (in Kelvin) of heat source and heatsink respectively
In our case (I will be using K = 273+°C) :
In percentage, this is 14.28% efficiency, which is the <em>maximum</em> theoretical efficiency <em>any</em> heat engine could have while working between -27 and 14 °C temperature. Any claim of more efficient heat engine between these 2 temperature are violates the second law of thermodynamics. Therefore, the claim must be false.