simurelay Chinese version
2.4
Simurelay is a learning software built on the platform. In the platform, you can watch many circuit experiments and gain an in-depth understanding of the circuit working conditions and principles. It provides extremely rich learning resources and real experience to help users easily understand.
1. Simple to use: The simple usage method provides each user experience, and it is very easy to set it up at will.
2. Complete functions: It is easier to change the control parameters, simulate the effect of the circuit, and observe the experimental results.
3. Easy to use: easy to operate, real learning experience, increase your knowledge content.
The virtual simulation environment is highly realistic and provides simulation results that are very similar to real circuits. It provides a comprehensive and easy-to-use virtual workbench to meet people's different needs. It can easily obtain real-time test results and waveform diagrams, and provides a variety of features. The effect of real experience.
1. Recording data during the circuit simulation process allows us to analyze the characteristics of the circuit more deeply, and uncover their secrets while suspecting each other.
2. It has real-time debugging function, which can dynamically change circuit parameters and observe circuit changes and responses, which can improve the efficiency of learning and experiments.
3. Support digital circuits, analog circuits and various circuit simulations to meet our different simulation needs and perform circuit simulation in a virtual manner.
- Allows you to conduct circuit simulations and experimental operations without the need for actual circuit boards, and conduct experiments to ensure everyone's practicality and convenience.
- Features single-step execution, allowing you to observe and understand each stage in the circuit step by step, building, testing and troubleshooting common circuits your way.
-Using a modular design, users can freely combine different electronic components and equipment, and choose appropriate components according to their own circuit assembly and experimental needs.
