Active & Passive Components | Ideal vs Practical Voltage Source | Electric Circuit Analysis (NA) скачать в хорошем качестве

Active & Passive Components | Ideal vs Practical Voltage Source | Electric Circuit Analysis (NA)

⚠️ Important Correction / Common Mistake Clarified: In an ideal current source, the internal resistance connected across the source is infinite (∞), not zero. Zero internal resistance applies to an ideal voltage source, whereas infinite internal resistance applies to an ideal current source. In this video, we discuss the fundamental concepts of Electric Circuit Analysis / Network Analysis, focusing on: • Active and Passive Components • Ideal Voltage Source • Practical Voltage Source • Differences between Ideal and Practical Sources • Importance of internal resistance in electrical sources These concepts are essential for understanding basic electrical networks and are commonly asked in university exams, competitive exams, and interviews. ⚠️ Important Correction / Common Mistake Clarified: In an ideal current source, the internal resistance connected across the source is infinite (∞), not zero. Zero internal resistance applies to an ideal voltage source, whereas infinite internal resistance applies to an ideal current source. 📌 Key Reminder: • Ideal Voltage Source → Internal resistance = 0 • Ideal Current Source → Internal resistance = ∞ This video is useful for EEE, ECE, and EE students studying Electric Circuits, Network Analysis, and Basic Electrical Engineering. 👍 Like | 💬 Comment | 🔔 Subscribe for more concept-based explanations