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Homework Statement
How can you inhibit NAND & NOT gate ? Mention whether the inhibit is active high or active low ?
Homework Equations
The Attempt at a Solution
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Inhibiting NAND and NOT gates allows for control over the output of these logic gates. By inhibiting, the output can be forced to a specific state, regardless of the input.
To inhibit a NAND or NOT gate, a signal must be applied to the input that is the opposite of the desired output. For example, to inhibit a NAND gate from outputting a 1, a 0 must be applied to both inputs.
Inhibiting NAND and NOT gates can be considered active high or low, depending on the implementation. Some designs may require a high signal to inhibit while others may require a low signal.
Inhibiting NAND and NOT gates can be useful in creating more complex logic functions, such as flip-flops or latches. It also allows for greater control over the output of these gates.
One drawback of using inhibited NAND and NOT gates is that it adds an additional layer of complexity to the design. It also requires careful consideration of the input signals to ensure the desired output is achieved.