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electrical_engineering_and_electronics_1:block06 [2026/01/10 13:21] – mexleadminelectrical_engineering_and_electronics_1:block06 [2026/01/10 13:39] (current) – mexleadmin
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-====== Block 06 — Real sources and source equivalents ======+====== Block 06 — Real Sources and Source Equivalents ======
  
 ===== 6.0 Intro ===== ===== 6.0 Intro =====
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 ~~PAGEBREAK~~ ~~CLEARFIX~~ ~~PAGEBREAK~~ ~~CLEARFIX~~
-==== 6.0.3 90-minute plan ====+==== 6.0.3 90-minute Plan ====
   - Warm-up (8–10 min):     - Warm-up (8–10 min):  
     - Spot the difference: ideal vs. real source (show $U$–$I$ lines).       - Spot the difference: ideal vs. real source (show $U$–$I$ lines).  
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 ~~PAGEBREAK~~ ~~CLEARFIX~~ ~~PAGEBREAK~~ ~~CLEARFIX~~
-==== 6.1.1 From ideal to linear sources: load line, $U_{\rm OC}$ and $I_{\rm SC}$ ====+==== 6.1.1 From ideal to linear Sources: $U_{\rm OC}$ and $I_{\rm SC}$ ====
  
 <panel type="info" title="Example / micro-exercise"> <panel type="info" title="Example / micro-exercise">
  
-Practical Example of a realistic Source: For the ideal voltage source, it was defined that it always supplies the same voltage independent of the load. In <imgref imageNo2 >, in contrast, an example of a "realistic" voltage source is shown as an active two-terminal network.+Practical example of a realistic source: For the ideal voltage source, it was defined that it always supplies the same voltage independent of the load. In <imgref imageNo2 >, in contrast, an example of a "realistic" voltage source is shown as an active two-terminal network.
  
   - This active two-terminal network generates a voltage of $1.5~\rm V$ and a current of $0~\rm A$ when the circuit is open.   - This active two-terminal network generates a voltage of $1.5~\rm V$ and a current of $0~\rm A$ when the circuit is open.