1. Understanding how to accurately identify commonly used electronic components such as resistors, capacitors, diodes, transistors, and integrated operational amplifiers, and being able to explain their basic characteristics and functions.
2. Being able to read schematic diagrams of typical analog circuits, understand the operating principles of unit circuits such as linear DC regulated power supplies, basic amplifier circuits, integrated operational amplifier circuits, and power amplifier circuits, and calculate voltage and current values at key points.
3. Understanding how to use simulation software such as Multisim to build circuit models, optimize simulation results by adjusting parameters, and verify circuit design solutions.
4. Being able to properly use a soldering iron to solder through-hole and surface-mount components, ensuring that solder joints meet industrial standards.
5. Understanding how to independently operate oscilloscopes, signal generators, DC regulated power supplies, and other instruments, accurately measure and record key circuit parameters, and systematically troubleshoot and locate simple circuit faults.
6. Being able to consciously follow laboratory safety regulations and 8S workplace management standards during project practice, while demonstrating a rigorous, detail-oriented, and excellence-driven engineering approach and effective teamwork skills.