3 3.1 ENERGY TECHNOLOGY (a) Fundamentals and Applications of Solar Energy Introduction (3.1), Applications (3.2), Essential subsystems in a Solar energy plant (3.3), Solar energy chains (routes) and their prospects (3.4), Terms and definitions of some basic entities (3.4.a.), Units of solar power and solar energy (3.5). Merits and Limitations of Solar energy conversion and utilization (3.6). Energy from the Sun (3.10), Solar constant (3.11). (b) Solar energy conversion systems and thermal power plants: Solar thermal power supply system for space station (4.18), Solar energy from satellite station through microwaves to Earth station (4.19), Solar thermoelectric power (4.20). Solar photovoltaic systems: V-I characteristics of a solar cell (5.6), Inter connections of solar cell (5.7), Efficiency of solar cell (5.8). Basic Reference: Energy Technology by S. Rao and Dr. B. B. Parulekar. Khanna Publisher, Delhi. 1st edition 1985. HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : Programme Name : Physics BSPHY Course Code Semester : 6 BSPHY604CC CC PHY-604 Course type : Total Credit : 03 Core Course Teaching time (hours) Examination Marking scheme Theory Practical Internal External Total (hrs) (hrs) (Marks) (Marks) 3 X 15 = 45 30 70 ( Paper of 3 hrs) 100 Marks Unit Content Hrs. Credit No. W + % No. 1 1.1 Feedback Amplifier Feedback (11.1), Principle of Feedback Amplifiers (11.2), Advantages of Negative Feedback (11.3), Reasons for Negative Feedback (11.4). 1.2 Transistor Oscillators (Sinusoidal): Tuned Collector Oscillators(14.1), Hatley Oscillator (14.4), Colpitt’s Oscillators (Circuit operation and alternative treatment only) (14.5), Phase Shift oscillator (14.6), R-C- Oscillator (14.6.1), Wien Bridge Oscillator (14.6.2), Crystal Oscillator (14.7).
3 3.1 ENERGY TECHNOLOGY (a) Fundamentals and Applications of Solar Energy Introduction (3.1), Applications (3.2), Essential subsystems in a Solar energy plant (3.3), Solar energy chains (routes) and their prospects (3.4), Terms and definitions of some basic entities (3.4.a.), Units of solar power and solar energy (3.5). Merits and Limitations of Solar energy conversion and utilization (3.6). Energy from the Sun (3.10), Solar constant (3.11). (b) Solar energy conversion systems and thermal power plants: Solar thermal power supply system for space station (4.18), Solar energy from satellite station through microwaves to Earth station (4.19), Solar thermoelectric power (4.20). Solar photovoltaic systems: V-I characteristics of a solar cell (5.6), Inter connections of solar cell (5.7), Efficiency of solar cell (5.8). Basic Reference: Energy Technology by S. Rao and Dr. B. B. Parulekar. Khanna Publisher, Delhi. 1st edition 1985. HEMCHANDRACHARYA NORTH GUJARAT UNIVERSITY, PATAN Programme code : BSPHY Programme Name : Physics Course Code BSPHY604CC Semester : 6 CC PHY-604 Course type : Core Course Total Credit : 03 Teaching time (hours) Examination Marking scheme Theory (hrs) Practical (hrs) Internal External (Marks) Total (Marks) 3 X 15 = 45 30 70 ( Paper of 3 hrs) 100 Unit No. No. Content Hrs. Marks W + % Credit 1 1.1 Feedback Amplifier Feedback (11.1), Principle of Feedback Amplifiers (11.2), Advantages of Negative Feedback (11.3), Reasons for Negative Feedback (11.4). 1.2 Transistor Oscillators (Sinusoidal): Tuned Collector Oscillators(14.1), Hatley Oscillator (14.4), Colpitt’s Oscillators (Circuit operation and alternative treatment only) (14.5), Phase Shift oscillator (14.6), R-C- Oscillator (14.6.1), Wien Bridge Oscillator (14.6.2), Crystal Oscillator (14.7).
BSPHY%20.docx