1. Provide students and professionals with a realistic experimental environment to promote the understanding and mastery of electrical and electronic concepts;
2. It is also a powerful training tool and can be used for research in the fields of electrical engineering and electronic engineering;
3. In the fields of electrical engineering and electronic engineering, experiments are an important part of learning and research.
1. Traditional laboratory operations usually consume a lot of cost and time and become an effective method to solve this problem;
2. It can improve the quality of experiments and reduce the cost and time in the learning process;
3. It can also promote the efficiency and quality of learning, enabling students to better understand and master related concepts and skills.
1. Students are not required to go to the laboratory to conduct experiments, which greatly reduces learning costs and time;
2. Allow students to conduct experiments independently, helping them to quickly get answers and discover their own mistakes at any time;
3. Provide a real experimental environment, allowing students to make mistakes and attempts in simulated experiments, thereby improving the quality of experiments.
1. Provide students with more experimental opportunities than traditional laboratories, thereby promoting learning efficiency and quality;
2. A high-quality simulation experimental environment enables students to simulate real experimental conditions, so that they can better grasp the content they have learned;
3. By combining functions such as color graphics, sound effects, and real-time data, the experiment can provide a highly interactive experience that informs students of changes after operation.