1 how is voltage level used to distinguish between binary digits

how is voltage level used to distinguish between binary digits? a voltage level in the range of 0 to 2 volts is is interpreted as binary 0. A voltage level in the range of 3 to 5 volts is interpreted as a binary 1.

1. How is voltage level used to distinguish between binary digits?
2. How many input signals can a gate receive and output signals can a gate produce?
3. Which Boolean operation produces the output of 1 when both inputs are different it produces 0 when both inputs are same?
4. What is the difference between AND gate and NOR gate?

How is voltage level used to distinguish between binary digits?

How is voltage level used to distinguish between binary digits? A voltage level in the range of 0 to 2 volts is interpreted as a binary 0. A voltage level in the range of 2+ to 5 volts is interpreted as a binary 1.

How many input signals can a gate receive and output signals can a gate produce?

How many input signals can a gate receive, and how many output signals can a gate produce? A gate can accept one or more input signals, but can produce only a single output value. NOT takes a binary input value and inverts it. 0.

Which Boolean operation produces the output of 1 when both inputs are different it produces 0 when both inputs are same?

Exclusive-OR gates output a “high” (1) logic level if the inputs are at different logic levels, either 0 and 1 or 1 and 0. Conversely, they output a “low” (0) logic level if the inputs are at the same logic levels.

What is the difference between AND gate and NOR gate?

AND gate implements logical conjunction and the OR gate implements logical disjunction. AND gate gives a true output only when both input are true whereas the OR gate gives an output of true if at least one of the input is true. AND gate provides the product of two binary value as its output.