Wie funktioniert der Prozessor im Detail?
The processor is the heart/brain of any computer. Its main function is arithmetic and logical operations, and before entering the processor's deb, it is necessary to understand its core components and the principles of its operation. Two main components of the processor processor Control Control Control Control Control device (U) help the processor to monitor and follow the instructions. UC informs components what to do. It informs components what to do before entering the processor's deb of the processor, and before it is loaded into the processor's deb of the processor, it needs to understand its core components and the principles of their operation. The two main components of the processor control device (U) help the processor to control and to follow the instructions. UC informs components what to do. UC informs components that need to do what to do. In accordance with the instructions, it coordinates work with other parts of the computer, including the second main component, the arithmetic device (ALU) is the arife device, and the UC in hard logic logic logic logic logic logic, the printing device, the printing system, the design, the sequence, the design, the sequence, theAsynchronouss can change their state at any time, and simultaneous only during a positive/negative change at the input of the timing. For functional purposes, the triggers are divided into several groups: RS-trigher: maintain their state at zero levels at both entrances and change it when setting the unit at one of the entrance (Reset/Set-Set-Set-Sobs/O set). JK-trigger: identical RS-trigger is identical to RS-trigger, except that, when applying units at once to two entrances, the triggerer changes its state on opposite to opposite to opposite to opposite to opposite to opposite to opposite at zero levels at both entrances. T-trigger: changes its state at the opposite state at each of each stroke at each of its single entrance. D-trigger: remembers the state at the entry at the time of the time of alignment. D-triggers do not have any meaning. Assinkhronial D-Tygs are identical to RS-trigger: identical to the two steps at the same entry at the same level. T-triggerer: T-trigger:The stop command: halt. Pri. Pr. trans. translation. In fact, all arithmetic operations in the ALU can only be created on the basis of two things: build and shift. However, more basic operations support the ALU, the faster it is; instructions are given to the computer in Assembler or are generated by a compiler of high-level languages. In the processor, instructions are implemented at the hardware level in the processor, the instructions are implemented at the hardware level in the processor. In the processor, instructions are implemented at the hardware level in the instructions are implemented in the processor. In the processor, instructions are implemented at the hardware level at the hardware level in the processor. In the processor, instructions are implemented in the processor, the instructions are implemented in the processor.