EL10A - Circuit Analysis Course Outline
| UWI TimeTable | WEEK | DAY | ROOM |
Syllabus |
| TUTORIAL A | 1 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 1 Kirchoff's Laws
DC Circuits |
Wed | PL3 |
1. Circuit Variables and Circuit Elements | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 2 Kirchoff's Laws DC Circuits |
Fri | ALT | 1. Circuit Variables and Circuit Elements | |
| TUTORIAL A | 2 | Mon | PL3 | Complete Section on Balancing Power in STUDY GUIDE |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | Complete Section on Balancing Power in STUDY GUIDE | |
| LECTURE 3
Series and Parallel circuits |
Wed | PL3 | 2. Some Circuit Simplification Techniques | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 4
Mesh Circuit and node Voltage analysis Thevenin's and Norton's Theorems Superposition Maximum power transfer theorem |
Fri | ALT | 3. Techniques of circuit analysis | |
| TUTORIAL A | 3 | Mon | PL3 | Complete Combining Resistors in Series and in Parallel in STUDY GUIDE |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | Complete Combining Resistors in Series and in Parallel in STUDY GUIDE | |
| LECTURE 5
Mesh Circuit and node Voltage analysis Thevenin's and Norton's Theorems Superposition Maximum power transfer theorem |
Wed | PL3 | 3. Techniques of circuit analysis | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 6 | Fri | ALT | ||
| TUTORIAL A | 4 | Mon | PL3 | Complete Node Voltage Section in STUDY GUIDE |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | Complete Node Voltage Section in STUDY GUIDE | |
| LECTURE 7
Mesh Circuit and node Voltage analysis Thevenin's and Norton's Theorems Superposition Maximum power transfer theorem |
Wed | PL3 | 3. Techniques of circuit analysis | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 8
Mesh Circuit and node Voltage analysis Thevenin's and Norton's Theorems Superposition Maximum power transfer theorem |
Fri | ALT | 3. Techniques of circuit analysis | |
| TUTORIAL A | 5 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 9
Operational Amplifier circuits Amplifiers, integrators, differentiators, adders, subtractors, multivibrators, waveform generators, power op-amps |
Wed | PL3 | 4. The Operational Amplifier | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 10
Operational Amplifier circuits Amplifiers, integrators, differentiators, adders, subtractors, multivibrators, waveform generators, power op-amps |
Fri | ALT | 4. The Operational Amplifier | |
| TUTORIAL A | 6 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 11
Operational Amplifier circuits Amplifiers, integrators, differentiators, adders, subtractors, multivibrators, waveform generators, power op-amps |
Wed | PL3 | 4. The Operational Amplifier | |
| LAB B | Fri | LAB/EL | ||
| LECTURE 12
Resistors inductors and capacitors & their applications in circuits (EL10C) Mutual inductance |
Fri | ALT | 5. Natural and Step Response of first order RL and RC circuits | |
| TUTORIAL A | 7 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 13
Circuit transients |
Wed | PL3 | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| LAB B | Fri | LAB/EL | ||
| LECTURE 14
Circuit transients |
Fri | ALT | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| TUTORIAL A | 8 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 15
Circuit transients |
Wed | PL3 | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| LAB B | Fri | LAB/EL | ||
| LECTURE 16
Circuit transients |
Fri | ALT | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| TUTORIAL A | 9 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 17
Circuit transients |
Wed | PL3 | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| LAB B | Fri | LAB/EL | ||
| LECTURE 18
Circuit transients |
Fri | ALT | 5. Natural and Step Response
of first order RL and RC circuits
6. Natural and step responses of RLC circuits |
|
| TUTORIAL A | 10 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 19
Alternating voltages Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Wed | PL3 | ||
| LAB B | Fri | LAB/EL | ||
| LECTURE 20
Alternating voltages Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Fri | ALT | ||
| TUTORIAL A | 11 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 21
Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Wed | PL3 | ||
| LAB B | Fri | LAB/EL | ||
| LECTURE 22
Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Fri | ALT | ||
| TUTORIAL A | 12 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 23
Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Wed | PL3 | ||
| LAB B | Fri | LAB/EL | ||
| LECTURE 24
Phasor and complex representation of sinusoids Admittance, Impedance and Resonance Bode plots |
Fri | ALT | ||
| TUTORIAL A | 13 | Mon | PL3 | |
| LAB A | Tue | LAB/EL | ||
| TUTORIAL B | Wed | PL3 | ||
| LECTURE 25 | Wed | PL3 | ||
| LAB B | Fri | LAB/EL | ||
| LECTURE 26 | Fri | ALT | ||