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17th July 2018, 09:58 PM
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Re: Solapur University Syllabus Engineering TE E&TC

Can you provide me the syllabus of T.E. (Electronics and Telecommunication Engineering) program offered by Faculty of Engineering & Technology of Solapur University, Solapur?
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17th July 2018, 10:02 PM
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Re: Solapur University Syllabus Engineering TE E&TC

The syllabus of T.E. (Electronics and Telecommunication Engineering) program offered by Faculty of Engineering & Technology of Solapur University, Solapur is as follows:

Semester-I
1. ELECTROMAGNETIC ENGGINEERING & RADIATING SYSTEMS

SECTION I


Unit 1: Mathematical Fundamentals [5 Hrs.]
Vector analysis, Coordinate systems & transformations, line, surface & volume integrals, DEL operator (gradient, divergence and curl in different co-ordinate systems)

Unit 2: Electrostatic field - I [8 Hrs.]
Columbs law, electric field intensity, electric field due to continuous line charge, sheet charge, volume charge distribution, electric flux density, gauss law with applications, divergence theorem.

Unit 3: Electrostatic field - II [8 Hrs.]
Work done due to point charge, electric potential, relation between E & V, electric dipole, electrostatic energy & energy density, boundary conditions for electrostatic field(conductor-free space, dielectricdielectric), Divergence Theorem, capacitor and capacitance (parallel and spherical).

SECTION II
Unit 4: Magneto static field [7 Hrs.]
Biot-savart law & its Applications, Amperes circuital law & its application, Strokes theorem, Magnetic flux density, Magnetic scalar & Vector Potential, boundary condition for magnetic field, energy stored in magnetic field.


Unit 5: Electromagnetic waves [7 Hrs.]
Maxwells equation in point form & integral form (Time varying field, harmonically varying fields), Helmholtz wave equation, plane waves in lossless & lossy medium, pointing vector and power flow in EM field, polarization of plane waves.

Unit 6: Antennas [7 Hrs.]
Basic principle of radiation, basic antenna parameters, Antenna field Zones, short dipole antenna and its radiation resistance, slot antenna, Micro strip Patch antenna, parabolic reflector antenna. Antenna Array- Pattern multiplication, Linear array of n isotropic point sources of equal amplitude & spacing, Broad side array, end-fire array, Yagi Uda array (Problems on antenna array are not expected.)

Text Books:
1.Electromagnetics by John D. Kraus - Mc Graw Hill Third Edition
2.Electromagnetic Engineering by William Hyte - Mc Graw Hill
3.Electromagnetic field theory & transmission lines by G.S.N. Raju - Pearson Education
4.Antennas and Wave Propagation by G.S.N. Raju- Pearson Education
5.Antenna and Wave Propagation by K.D. Prasad-Tech India

Reference Books:
1. Electromagnetic Schaums outline series by J.A.Edminister -TATA Mc Graw Hill Second Edition
2.Electromagnetic waves & transmission lines by R.S. Rao PHI
3. Antenna for all applications by John D. Kraus, Marhefka, Khan - Mc Graw Hill Third Edition
4.Applied Electromagnetics by F. Ulaby (2001 Media Edition) - PHI
5.Antenna theory analysis and design by C.A. Balanis (second edition) Wiley

Term work:
Term work should consist of minimum 4 experiments & 6 Tutorials based on above syllabus
List of Practicals (Minimum four Practicals)
1. Verification of characteristics of different types of antenna
2. Plotting polar plot of an antenna
3. Measuring Gain of an antenna
4. Measuring Beamwidth of an antenna
5. Measuring front to back ratio of an antenna
6. Modulation test
7. Antenna radiation with distance
8. SWR Measurement


Syllabus T.E. (Electronics and Telecommunication Engineering) Solapur University





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