Teaching GuideTerm Higher Technical University College of Nautical Science and Naval Engines |
Grao en Tecnoloxías Mariñas |
Subjects |
Power and Analogue Electronics |
Contents |
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Identifying Data | 2018/19 | |||||||||||||
Subject | Power and Analogue Electronics | Code | 631G02363 | |||||||||||
Study programme |
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Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
Graduate | 1st four-month period |
Third | Obligatory | 6 | ||||||||||
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Topic | Sub-topic |
CHAPTER 1: ELECTRONIC COMPONENTS. | 1.1. The diode. Basic terms of periodic functions: mean and effective values. 1.1.1. Basic circuits with diodes: half wave rectifiers and full wave rectifiers. Circuits with capacitor filters. 1.2. The BJT transistor. States of the transistor. 1.2.1. Basic circuits with BJTs: common emitter, common base and common collector configurations. 1.3. The unipolar MOSFET transistor. 1.3.1. Basic circuits with MOSFETs: common source configurations. |
CHAPTER 2: AMPLIFIERS. | 2.1. Generalities: Voltage, current and power gains. 2.2. Voltge amplifiers. Feedback. 2.3. The operational amplifier. 2.3.1. Linear applications of OAs. 2.3.2. Non-linear applications of OAs. |
CHAPTER 3. CIRCUITS WITH TRANSISTORS. | 3.1. Oscillators. 3.2. Active and passive filters. 3.3. RF and microwave circuits. 3.4. Tuned amplifiers. 3.5. Multipliers. 3.6. Mixers. |
CHAPTER 4: FOUNDATIONS OF POWER ELECTRONICS. | 4.1. Power terms. Power factor. 4.2. Methods for analyzing power circuits. 4.3. Power electronic devices. Thyristors, transistors and diodes. 4.3.1. Operating principles. 4.3.2. Control, limitations and dissipation. |
CHAPTER 5: AC-DC AND AC-AC CONVERTERS. | 5.1. Controlled rectifiers. 5.2. AC regulators. 5.3. Cycloconverters. 5.4. Motors control. |
CHAPTER 6. DC-DC CONVERTERS. SWITCHED FEEDING SOURCES AND DC-AC CONVERTERS. | 6.1. Buck, boost and buck-boost converters. 6.2. Flyback, forward and push-pull converters. 6.3. Full bridge inverter. 6.4. Resonant inverters and PWM. 6.5. Motors control. |
PROBLEMS SOLVING. | PROBLEMS GUIDE NOTES 1: Solving problems of Circuits with Diodes. PROBLEMS GUIDE NOTES 2: Solving problems of Circuits with Unipolar and Bipolar Transistors. PROBLEMS GUIDE NOTES 3: Solving problems of Amplifiers and linear applications of OAs. PROBLEMS GUIDE NOTES 4: Solving problems of non-linear applications of OAs. PROBLEMS GUIDE NOTES 5: Solving problems of Circuits with Transistors 1: Oscillators, Filters and RF Circuits. PROBLEMS GUIDE NOTES 6: Solving problems of Circuits with Transistors II: Tuned Amplifiers, Multipliers and Mixers. PROBLEMS GUIDE NOTES 7: Problem solving of Power Circuits Thyristors and Triacs. Control and Converters. |
LABORATORY PRACTICALS. | PRACTICAL 1: MEASUREMENTS I: Diodes and Transistors. 1.1. Functions generator, multimeter and oscilloscope: measurement of voltages with multimeter and oscilloscope. 1.2. Measurement of parameters of rectifiers with diodes. 1.3. Measurement of parameters of circuits with bipolar transistors. PRACTICAL 2: MEASUREMENTS II: Operational Amplifiers. 2.1. Measurements in circuits with OAs: linear applications. 2.2. Measurements in circuits with OAs: non-linear applications. PRACTICAL 3: MEASUREMENTS III: Power Electronics I. 3.1. Measurements in circuits of controlled rectifiers. 3.2. Measurements in circuits of power limiters. PRACTICAL 4: MEASUREMENTS IV: Power Electronics II. 4.1. Measurements in circuits of DC-DC and DC-AC converters. 4.2. Measurements in circuits of motor controllers. |
ITC PRACTICALS. | ITC PRACTICAL 1: SIMULATIONS I: Diodes and Transistors. 1.1. Obtaining voltage and current curves in PSpice. 1.2. Simulation of parameters of rectifiers with diodes. 1.3. Simulation of parameters of circuits with bipolar transistors. ITC PRACTICAL 2: SIMULATIONS II: Operational Amplifiers. 2.1. Circuits with OAs simulation: linear applications. 2.2. Circuits with OAs simulation: non-linear applications. ITC PRACTICAL 3: SIMULATIONS III: Power Electronics I. 3.1. Simulation of controlled rectifiers circuits. 3.2. Simulation of power limiters circuits. ITC PRACTICAL 4: SIMULATIONS IV: Power Electronics II. 4.1. Simulation of DC-DC and DC-AC converters circuits. 4.2. Simulation of circuits with motor controllers. |
SUPERVISED PROJECTS. | RECTIFIERS WITH REGULATORS. RCR.1. Full wave rectifier with filter capacitor. RCR.2. Full wave rectifier with regulator of transistor. RCR.3. Operation of electronic equipemnts in flammable zones. |
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