1. Ability to integrate knowledge: Being able to integrate basic circuit laws with new knowledge from this course and systematically analyze and calculate circuit parameters.
2. Circuit design and simulation ability: Possessing the ability to design basic circuits and use tools such as Multisim and PSpice for circuit simulation and verification.
3. Engineering analysis and problem-solving ability: Being able to apply engineering approximation methods to analyze complex circuits, and possessing logical thinking and hands-on debugging skills to diagnose and resolve simple circuit faults.
4. Technical documentation writing and communication ability: Being able to write standardized experiment reports, clearly presenting test data, waveform analysis, conclusions, and problem discussions, and explaining technical issues using professional language.
5. Rigorous scientific attitude: Understanding the differences and causes of theoretical calculations, circuit simulations, and actual experimental results, and establishing a practical, rigorous, and realistic engineering mindset.