Logic Gates and Transistors: Principles of Computer Operations

The core of computer operations is different from the way humans look up tables. While human operations are essentially based on finite tables of memory, computer operations involve more complex logic and the working together of electronic components.

First of all, computer operations are based on logic gate circuits. Logic gate circuits are composed of transistors and other components and can implement Boolean logic operations, such as AND gates, OR gates, NOT gates, XOR gates, etc. The combination of these gate circuits forms the basic computing unit of the computer.

Secondly, the on and off states of the transistor represent binary 0s and 1s. Transistors control the switching state through electrical signals to realize the representation and operation of binary numbers.

Finally, the CPU is the core of the computer and consists of a large number of transistors and other components. The computing unit inside the CPU completes various computing tasks through a combination of control signals and logic gate circuits. With the development of integrated circuits, the computing power of computers continues to improve.

The way computers operate is very different from the way humans think. Computers achieve computing tasks through the collaborative work of electronic components such as logic gates and transistors. They can perform various complex logical and mathematical operations. These operations are completed through the flow of electrical signals and the judgment of logic circuits.