09d271e77f The present book has been throughly revised and lot of useful material has been added.saveral photographs of electronic devices and their specifications sheets have been included.This will Farfetch is an online fashion retail platform that Electronic Devices and Circuits. Electronic Devices and Circuits (PDF 313p) by Jacob Millman and Christos C. Halkias File Type: Online Number of Pages: 313 Description This book is intended as a text for a first course in electronics for electrical engineering or physics students, has two primary objectives: to present a clear, consistent picture of the internal physical behavior of many electronic devices, and to teach the.

SOLAPUR UNIVERSITY, SOLAPUR NAAC Accredited-2015 B Grade (CGPA 2.62) Faculty of Science CBCS Pattern Syllabus B.Sc.II (Sem-III&IV) Electronics With effect from June-2017 B.Sc.II -Electronics: Preamble: B.Sc.II syllabus is designed to provide an insight into applications of various circuit blocks, design analog and digital systems, methods to analyze working of systems and some of consumer products. Training on system design and simulations. In the theory courses adequate knowledge of Analog systems design, digital system design and communication systems will be acquired by the students. Student taking admission at S.Y.B.Sc.

Electronics have to complete 4 theory courses 2 each semester, two practical courses (Annual). In the practical course of 200 marks there are compulsory experiments for practical course I and II. The details are mentioned in the syllabus.

Objectives of the course: The aim of the course is to generate trained manpower with adequate theoretical and practical knowledge of the various facets of electronic circuits and systems. Due care is taken to inculcate conceptual understanding in basic phenomena, materials, devices, circuits and products and development of appropriate practical skills suitable for industrial needs. Following are the objectives- i. To design the syllabus with specific focus on key Learning Areas.

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To equip student with necessary fundamental concepts and knowledge base. To develop specific practical skills. To impart training on circuit design, analysis, building and testing. To prepare students for demonstrating the acquired knowledge. To encourage student to develop skills for accepting challenges of upcoming technological advancements. Solapur University, Solapur Faculty of Science Syllabus for B.Sc.II-Electronics Semester System Choice Based Credit System (CBCS) Pattern To be implemented from Academic Year 2017-18 1.

Course Structure: Sr. No Semester Paper No. Of Lectures Credit Point Total Marks 1. Semester-III V Electronics Circuits 45 3 100 VI Pulse and Switching Circuits 45 3 100 2. Semester-IV VII Fundamentals of Operational Amplifier 45 3 100 VIII Digital Techniques and Microprocessor 45 3 100 3. Semester III and IV (Annual) Practical Course (Annual) 8 200 Total Marks 20 600 2.

Distribution of each Theory paper (Marks 100) University Assessment (UA): 70 Marks College Assessment (CA): 30 Marks Scheme of College Assessment 1. Unit Test: 15 Marks 2. Home Assignment: 15 Marks 3. Distribution of Practical Marks (200) Practical examination will be at the end of fourth semester. The candidate has to perform four practicals, one from each group. University Practical Examination (140) Marks: (UA) a) Practical from group A: 30 b) Practical from group B: 30 c) Practical from group C: 30 d) Practical from group D: 30 e) Journal: 20 B.

Break up of 30 marks for each practical (UA) a) Circuit diagram / Flow Charts: 05 b) Connections/Programming: 05 c) Procedure / Observation: 05 d) Graph /Calculations/ Execution: 05 e) Results/Comments: 05 f) Oral: 05 C. Practical: Internal Continuous Assessment (60 marks) Scheme of Marking: 30 Marks: Internal Test on any four practicals, 30 Marks: Home assignment/oral/Seminars/Conference /Industrial Visit/Group Discussion/Viva, etc. B.Sc.II-Electronics (CBCS Pattern) Semester III Paper V-Electronics Circuits Total Marks:100 (UA-70+CA-30) (45 periods) 1. Rectifiers, Filters and Regulators 07 Diode rectifiers: Half wave, full wave and bridge rectifier, derivation of Ripple factor, Efficiency and PIV of full wave rectifier (center tapped), Capacitor filter, Zener regulator.