Question

Differentiate between sampling and logic gates.

Answer 1

A logic gate is a computer circuit with several inputs but only one output that can be activated by a particular combinations of inputs, a diagram that shows the major gates can be found here.

An example would be if you have 2 wires going to an AND gate and only 1 wire has a current (is on, 1) and the other one is 0, then your output would be 0 as you need wire 1 AND wire 2 to have a current, for the output to be 1, on.

A sampling gate, on the other hand is a circuit that produces an output only when first activated by a preliminary pulse. So if you have a current going through a wire and through a sampling gate, your output would be 0, unless you program the sampling gate to let the current through.

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Answer 2

Answer:

Since they are digital gates, the logic gates' output does not exactly match their input. The analogue gates used in sampling gate circuits, on the other hand, produce an identical reproduction of the input.

Explanation:

Difference between sampling and logic gates:

• Logic gates accept one or more inputs and apply specific logic operations to them (for example, logic OR, AND, NOT, XOR, NAND, NOR, XNOR), producing a result that corresponds to the input(s) that were supplied to the gate. They can be applied to the realisation of digital logic circuits, boolean expressions, etc.
• In contrast, a sampling gate converts a continuous time signal into a discrete time signal by operating at a specific frequency known as the sampling frequency.
• A logic gate is an electronic circuit that can be activated by specific combinations of inputs and has multiple inputs but only one output.
• On the other hand, a sampling gate is a circuit that only generates an output after being initially activated by a prelude pulse.