Teaching GuideTerm
Higher Technical University College of Nautical Science and Naval Engines
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Grao en Tecnoloxías Mariñas
 Subjects
  Power and Analogue Electronics
   Contents
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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