Automotive power systems. (2020)

• Record Type: Book
• Further Information: Note: Dorin O. Neacşu.
• Authors: Neacsu, Dorin O
• Contents: Chapter 01 Architecture of an Automotive Power System; 1.1 Architecture of the automotive power system; 1.2. Voltage used for electrical distribution system; 1.3. Thermal challenges for electrical components; 1.4. Abnormal voltages – sources and device ratings; 1.5. Requirements for the Electrical Energy System Design; 1.6. Distribution of electrical energy; 1.7. Representation of the electrical circuit; 1.8. Conclusion; References Chapter 02 Batteries; 2.1. Functions of the Storage Battery; 2.2. Construction of a lead-acid cell-type battery; 2.3. Hydrometer readings; 2.4. Voltage Level Test; 2.5. Capacity; 2.6. Battery Chargers; 2.7. Electrical characteristics of lead-acid batteries; 2.8. New technologies for sealed and maintenance free batteries; 2.9. Other possible storage of electrical energy; 2.10. Conclusion; References Chapter 3 Starter-Alternator; 3.1. Alternator’s role; 3.2. Construction of an alternator; 3.3. Electronic Controls for alternator; 3.4. Other electrical machine technologies; 3.5. Starter systems; 3.6. Starter Construction; 3.7. Inertia starter; 3.8. Pre-engaged starters; 3.8. Permanent magnet starters; 3.9. Typical torque characteristics; 3.10. Integrated starter-alternator; 3.11. Conclusion; References Chapter 4 Body Systems; 4.1. Introduction to Body Systems; 4.2. Power Window (electrical windows); 4.3. Power lock doors; 4.4. Soft top convertible; 4.5. Hard top convertible; 4.6. Power seats; 4.7. Electric sun-roof; 4.8. Electric mirrors; 4.9. Cruise control; 4.10 Climate-Control; 4.11. Shape memory alloy actuators; 4.12. Conclusion; References Chapter 5 Power Converters used in Body Systems; 5.1. Electrical Motors used in body systems; 5.2. Integration of power electronics; 5.3. Power converters; 5.4. Integrated circuits for motor control; 5.5. Sensors; 5.6. Conclusion; References Chapter 6 - Chassis systems; 6.1. Electrification of transportation; 6.2. Brake systems; 6.3. Electronic Control of Power Steering; 6.4. Automotive suspension; 6.5. Conclusion; References Chapter 7 - Lighting systems; 7.1. Automotive light sources; 7.2. Conventional Lighting Circuits; 7.3. Gas discharge lamps and their electronic control; 7.4. LED Lights and their Electronic Control; 7.5. LASER lights; 7.6. Conclusion; References Chapter 8 dc/dc Converters; 8.1. The Role of dc/dc Power Converters; 8.2. Direct Conversion (without galvanic isolation); 8.3. Isolated dc/dc converters; 8.4. Auxiliary power; 8.4. Conclusion; References ; Chapter 9 Feedback Control of Power Converters; 9.1. Feedback Control of Dynamic Systems; 9.2. Implementation within Analog-Mode Power Supply Circuits; 9.3. Design of feedback control systems; 9.4. Case studies: feedback control for various power supplies; 9.5. Analog-mode feedback control solutions; 9.6. Design process from constraints to component selection; 9.7. On the use of conventional PI/D controllers; 9.8. Conversion of analog control law to digital solutions; 9.9. Control system influence on power electronics hardware; 9.10. Conclusion; References Chapter 10 Automotive MOSFET transistors; 10.1. Power MOSFET in Automotive Applications; 10.2. The Ideal Switch; 10.3. Enhancement mode and Depletion mode MOSFETs; 10.4. Operation Principle; 10.5. Safe Operation Area; 10.6. Gate driver requirements; 10.7. Using P- channel MOSFET devices; 10.8. Parameters used in MOSFET selection; 10.9. Synchronous Rectification; 10.10. Advanced FET devices; 10.11 Conclusion; References Chapter 11 Fuses and Relay Circuits; 11.1. Intelligent Switch versus Solid-State Relay; 11.2. Electromagnetic relays; 11.3. Solid-state relays; 11.4. Introduction to Fuses; 11.5 Circuit breakers; 11.6. Automotive Varistor and TVS; 11.7. Solenoids; 11.8. Conclusion; References Chapter 12 Small motors; 12.1. Principle of electrical motors; 12.2. Design of low-power DC motors; 12.3. Applications: Fans, Blowers, Pumps; 12.4. Design Issues related to the DC distribution bus; 12.5. Motor design: Inertia matching; 12.6. Motor design: Torque requirements; 12.7. Ultrasonic motors (piezoelectric motors); 12.8 Conclusion; References Chapter 13 Power Integrated Circuits; 13.1. Integrated Circuit Technologies; 13.2. Architecture of Analog or Mixed-Mode Power IC; 13.3. IC design considerations; 13.4. Digital IC Solutions; 13.5. Conclusion; References Chapter 14 Propulsion Systems; 14.1. Propulsion architecture; 14.2. Induction Motor Drive – Converter system; 14.3. Brushless DC Motor Drive; 14.4. Switched Reluctance Motor Drive; 14.5. High-Voltage Energy Storage; 14.6. Conclusion; References
• Edition: 1st
• Publisher Details: Boca Raton : CRC Press
• Publication Date: 2020
• Extent: 1 online resource, illustrations (black and white)
• Subjects: 629.25024; Automobiles -- Electric equipment; Automobiles -- Motors -- Equipment and supplies
• Languages: English
• ISBNs: 9781000191974; 9781000191950; 9781000191967; 9781003053231
• Related ISBNs: 9780367512965
• Notes: Note: Includes bibliographical references and index.; Note: Description based on CIP data; resource not viewed.
• Access Rights: Legal Deposit; Only available on premises controlled by the deposit library and to one user at any one time; The Legal Deposit Libraries (Non-Print Works) Regulations (UK).
• Access Usage: Restricted: Printing from this resource is governed by The Legal Deposit Libraries (Non-Print Works) Regulations (UK) and UK copyright law currently in force.