2024年3月30日发(作者：郜安吉)
不学模电数电能学计算机组成原理
1.模电是一门研究电路和系统的基础学科。
Modeling and simulation of electrical circuits and
systems is a fundamental discipline.
2.模电涉及电路的建模、分析和设计。
It involves modeling, analysis and design of electrical
circuits.
3.数电是研究数字电子技术的学科。
Digital electronics is a discipline that studies digital
electronic technology.
4.数电涉及数字信号的处理和数字系统的设计。
It involves the processing of digital signals and the
design of digital systems.
5.电能学是研究电能的产生、传输和利用的学科。
Electric power engineering is a discipline that studies
the generation, transmission and utilization of electrical
energy.
6.电能学涉及发电厂、输电线路和电力设备的运行与维护。
It involves the operation and maintenance of power plants,
transmission lines and electrical equipment.
7.计算机是由各种硬件和软件组成的复杂系统。
A computer is a complex system composed of various
hardware and software.
8.计算机的核心是中央处理器和内存。
The core of a computer is the central processing unit and
memory.
9.计算机的输入设备包括键盘和鼠标。
The input devices of a computer include keyboard and
mouse.
2024年3月30日发(作者：郜安吉)
不学模电数电能学计算机组成原理
1.模电是一门研究电路和系统的基础学科。
Modeling and simulation of electrical circuits and
systems is a fundamental discipline.
2.模电涉及电路的建模、分析和设计。
It involves modeling, analysis and design of electrical
circuits.
3.数电是研究数字电子技术的学科。
Digital electronics is a discipline that studies digital
electronic technology.
4.数电涉及数字信号的处理和数字系统的设计。
It involves the processing of digital signals and the
design of digital systems.
5.电能学是研究电能的产生、传输和利用的学科。
Electric power engineering is a discipline that studies
the generation, transmission and utilization of electrical
energy.
6.电能学涉及发电厂、输电线路和电力设备的运行与维护。
It involves the operation and maintenance of power plants,
transmission lines and electrical equipment.
7.计算机是由各种硬件和软件组成的复杂系统。
A computer is a complex system composed of various
hardware and software.
8.计算机的核心是中央处理器和内存。
The core of a computer is the central processing unit and
memory.
9.计算机的输入设备包括键盘和鼠标。
The input devices of a computer include keyboard and
mouse.