Electrical engineering
5.0
(2)
22 learners
What you'll learn
This course includes
- 11.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 71 lessons • 11.5 hours of video
Electrical engineering
71 lessons
• 9.5 hours
Electrical engineering
71 lessons
• 9.5 hours
- Current direction | Electrical engineering | Khan Academy 05:28
- Current | Introduction to electrical engineering | Electrical engineering | Khan Academy 09:18
- Voltage | Introduction to electrical engineering | Electrical engineering | Khan Academy 02:59
- Proof: Field from infinite plate (part 2) | Electrostatics | Electrical engineering | Khan Academy 11:29
- Electric potential energy | Electrostatics | Electrical engineering | Khan Academy 12:37
- Proof: Field from infinite plate (part 1) | Electrostatics | Electrical engineering | Khan Academy 13:27
- Conventional current 03:57
- Mesh current steps 1 to 3 09:16
- Mesh current method (step 4 solve) 12:12
- Capacitor i-v equations 08:41
- A capacitor integrates current 09:21
- RC natural response intuition (1 of 3) 07:26
- RC natural response derivation (2 of 3) 10:59
- RC natural response example (3 of 3) 02:53
- Sketching exponentials 07:50
- Sketching exponentials - examples 07:21
- RC step response - intuition 10:09
- RC step response 1 of 3 setup 09:08
- RC step response 2 of 3 solve 09:27
- RC step response 3 of 3 example 03:40
- What is an operational amplifier? 11:34
- Non-inverting op-amp circuit 12:32
- Feedback 05:56
- Inverting op-amp circuit 12:50
- Virtual ground 05:58
- Inverting and unity-gain op-amp with virtual ground 06:27
- Summing op-amp circuit 09:08
- LC natural response intuition 1 05:13
- LC natural response intuition 2 09:33
- LC natural response derivation 1 06:39
- LC natural response derivation 2 09:30
- LC natural response derivation 3 07:11
- LC natural response derivation 4 07:32
- LC natural response example 07:24
- AC analysis intro 1 06:43
- AC analysis intro 2 08:58
- Trigonometry review 07:30
- Sine and Cosine come from circles 04:40
- Sine of time 10:38
- Sine and cosine from rotating vector 03:57
- Lead Lag 07:26
- Complex numbers 08:36
- Multiplying by j is rotation 06:13
- Eulers formula 08:42
- Eulers formula magnitude 06:10
- Complex exponentials spin 06:40
- Eulers sine wave 03:22
- Euler's cosine wave 03:04
- Negative frequency 06:41
- Impedance 11:41
- AC analysis superposition 07:19
- Complex rotation 06:20
- Impedance vs frequency 08:56
- Inductor equations 12:47
- Inductor kickback 1 of 2 12:49
- Inductor kickback 2 of 2 07:26
- Diode 11:00
- Diode graphical solution 08:07
- Fourier Series introduction 05:12
- Definite integrals of sin(mx) and cos(mx) 06:24
- Definite integral of sine and cosine product 04:27
- Definite integrals of product of sines 08:14
- Integral of product of cosines 07:14
- Formula for first term in Fourier Series 06:48
- Fourier series coefficients for cosine terms 06:07
- Fourier coefficients for sine terms 06:32
- Finding Fourier coefficients for square wave 10:39
- Visualizing Fourier expansion of square wave 03:29
- ELI the ICE man 10:29
- KVL in the frequency domain 12:50
- Impedance of simple networks 11:43
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