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Electrical Engineering: Ch 14 Magnetic Coupling (29 of 55) Finding the Currents I1=?, I2=? Part 1
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Electrical Engineering - Chapter 14 Magnetic Coupling
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- 1 Electrical Engineering: Ch 14 Magnetic Coupling (1 of 55) What is Magnetic Flux?
- 2 Electrical Engineering: Ch 14 Magnetic Coupling (2 of 55) What is Self Induction
- 3 Electrical Engineering: Ch 14 Magnetic Coupling (3 of 55) What is Mutual Inductance - Part 1
- 4 Electrical Engineering: Ch 14 Magnetic Coupling (4 of 55) What is Mutual Inductance - Part 2
- 5 Electrical Engineering: Ch 14 Magnetic Coupling (5 of 55) Mutual Inductance Equal in Both Directio
- 6 Electrical Engineering: Ch 14 Magnetic Coupling (6 of 55) Polarity Convention
- 7 Electrical Engineering: Ch 14 Magnetic Coupling (7 of 55) Dot Convention for Inductors in Series
- 8 Electrical Engineering: Ch 14 Magnetic Coupling (8 of 55) KVL and Mutual Inductance - Part 1
- 9 Electrical Engineering: Ch 14 Magnetic Coupling (9 of 55) KVL and Mutual Inductance - Part 2***
- 10 Electrical Engineering: Ch 14 Magnetic Coupling (10 of 55) Good Model for Mutual Inductance
- 11 Electrical Engineering: Ch 14 Magnetic Coupling (11 of 55) Converting Circuit to Equivalent Model
- 12 Electrical Engineering: Ch 14 Magnetic Coupling (12 of 55) Convert Circuit to Equivalent Model: 1
- 13 Electrical Engineering: Ch 14 Magnetic Coupling (13 of 55) Convert Circuit to Equivalent Model: 2**
- 14 Electrical Engineering: Ch 14 Magnetic Coupling (14 of 55) Voltage Due to Mutual Coupleing: Rules
- 15 Electrical Engineering: Ch 14 Magnetic Coupling (15 of 55) Voltage Due to Mutual Coupling: Rules Ex
- 16 Electrical Engineering: Ch 14 Magnetic Coupling (16 of 55) Voltage Due to Mutual Coupling: Summary
- 17 Electrical Engineering: Ch 14 Magnetic Coupling (17 of 55) Voltage Due to Mutual Coupling: I1=? I2=?
- 18 Electrical Engineering: Ch 14 Magnetic Coupling (18 of 55) Voltage Due to Mutual Coupling: Example 2
- 19 Electrical Engineering: Ch 14 Magnetic Coupling (19 of 55) Voltage Due to Mutual Coupling: Example 2
- 20 Electrical Engineering: Ch 14 Magnetic Coupling (20 of 55) Energy with Mutual Coupling
- 21 Electrical Engineering: Ch 14 Magnetic Coupling (21 of 55) Instantaneous Energy with Mutual Coupling
- 22 Electrical Engineering: Ch 14 Magnetic Coupling (22 of 55) Series Aiding vs Series Opposing Connect.
- 23 Electrical Engineering: Ch 14 Magnetic Coupling (23 of 55) What is Upper Limit of Mutual Inductance?
- 24 Electrical Engineering: Ch 14 Magnetic Coupling (24 of 55) What is the Coupling Coefficient?
- 25 Electrical Engineering: Ch 14 Magnetic Coupling (25 of 55) The Coupling Coefficient: A Simple Ex.
- 26 Electrical Engineering: Ch 14 Magnetic Coupling (26 of 55) Finding the Currents I1=?, I2=? Method 1
- 27 Electrical Engineering: Ch 14 Magnetic Coupling (27 of 55) Finding the Currents I1=?, I2=? Method 2
- 28 Electrical Engineering: Ch 14 Magnetic Coupling (28 of 55) Finding the Energy E(t=1s)=? Method 1
- 29 Electrical Engineering: Ch 14 Magnetic Coupling (29 of 55) Finding the Currents I1=?, I2=? Part 1
- 30 Electrical Engineering: Ch 14 Magnetic Coupling (30 of 55) Finding the Currents I1=?, I2=? Part 2
- 31 Electrical Engineering: Ch 14 Magnetic Coupling (31 of 55) Finding the Energy E(t=1.5s) Part 3
