2017 Syllabus (PDF)

Lecture Schedule

Lecture 1. PN junction diode, diode forward and reverse characteristics

Lecture 2. Diode as a circuit element

Lecture 3. Application of PN junction diode

Lecture 4. Construction and working of bipolar transistor, load line concept

Lecture 5. Analysis and design of various biasing methods of NPN transistor

Lecture 6. AC model and analysis of small signal NPN transistor with common emitter configuration

Lecture 7. Concept of generalized instrumentation system and Transducers for the measurement of temperature

Lecture 8. Linear displacement measurement using LVDT and Force measurement using the strain gauge

9. Mid semester examination

Lecture 10. Working principle of centrifuges; Laminar air flow chamber (PDF)

Lecture 11. Working principle of Fermenters; Temperature control shakers, BOD shakers

Lecture 12. Working principle of Gel electrophoresis, 2-D gel electrophoresis, gel documentation

and gel driers (PDF)

Lecture 13. Working principle of Spectrophotometers, ELISA readers and Microscopes

Lecture 14. Working principle of Freeze driers / lyophilizers and Plant growth chambers

Lecture 15. Working principle of Gene pulser; Particle gun (PDF)

Lecture 16. Working principle of DNA synthesizer and DNA sequencer

Lecture 17. Working principle of Thermal cyclers; Real-time PCR (PDF)

List of Reference E - Books / Relevant literature

1. Electronic Principles - Malvino and Bates (7th Edition) (PDF)

2. Electronic Principles - Malvino and Bates (8th Edition) (PDF)

3. Principles and Techniques of Biochemistry and Molecular Biology - Wilson and Walker - (PDF)