Time Frame Time Table

IV Semester B.Tech.
Rajasthan Institute of Engineering & Technology, Jaipur
(Approved by AICTE and Affiliated to RTU, Kota)



    COURSE SCHEDULE (TFTT)

Subject: Electro Magnetic Field Theory

Year : II

Sem :IV


1.         Name of the Faculty                        :      Akash Saxena
2.         Designation                           :      Associate Professor
3.         Department                           :      Electrical & Electronics Engineering
The Schedule for the Course / Subject is:
S.No.
Description/Units
Sub topic
Expected Date of Completion
Revision Date
Total No. of Periods

1.


Introduction
1.             Vector Relation in rectangular, cylindrical, spherical and general curvilinear coordinates system.
2.             Concept and physical interpretation of gradient, Divergence and curl
3.      Green’s & Stoke’s theorems
25-02-2013
26-02-2013
27-02-2013
28-02-2013
03-03-2013
04-03-2013
05-03-2013
07-03-2013





10

2.

Electrostatics
1.      Electric field intensity & flux density.
2.      Electric field due to various charge configurations.
3.      The potential functions and displacement vector.
4.      Gauss’s law. Poisson’s and Laplace’s equation and their solution.
5.      Uniqueness theorem. Continuity equation. Capacitance and electrostatics energy.
6.      Field determination by method of images. Boundary conditions.
7. Field mapping and concept of field cells
08-03-2013
11-03-2013

12-03-2013
13-03-2013

14-03-2013
15-03-2013

15-03-2013
17-03-2013
18-03-2013
19-03-2013

19-03-2013
20-03-2013










12

       
     

    3.

 Magneto statics
  1. Magnetic field intensity, flux density & magnetization,
  2. Faraday’s Law, Bio-Savart’s, Ampere’s law
  3. Magnetic scalar and vector potential, self & mutual inductance
  4. Energy stored in magnetic field
  5. Boundary conditions, Analogy between electric and magnetic field
  6. Field mapping and concept of field cells.
21-03-2013
22-03-2013

01-04-2013
02-04-2013

03-04-2013
03-04-2013
04-04-2013
05-04-2013

08-04-2013
08-04-2013







10

      

              4.

Time  varying fields
  1. Displacement currents and equation of continuity. Maxwell’s equations
  2. Uniform plane wave in free space, dielectrics and conductors
  3. Skin effect sinusoidal time variations reflection & refraction of Uniform Plane Wave standing wave ratio.
  4. Pointing vector and power considerations.
08-04-2013
09-04-2013

11-04-2013
11-04-2013


12-04-2013
12-04-2013

15-04-2013
16-04-2013






08

      

      5.

Radiation, EMI and EMC
  1. Retarded Potentials and concepts of radiation, Radiation from a small current element.
  2. Radiation resistance: Introduction to Electromagnetic Interference and Electromagnetic compatibility
  3. EMI coupling modes
  4. Methods of eliminating interference
  5. Shielding, grounding, conducted EMI, EMI testing: emission testing
  6. Susceptibility testing.
17-04-2013
18-04-2013

19-04-2013
22-04-2013


23-04-2013
24-04-2013



25-04-2013
26-04-2013







08



                                                                                                                   (Akash Saxena)
                                                                                                                       HOD, EEE
Rajasthan Institute of Engineering & Technology, Jaipur
(Approved by AICTE and Affiliated to RTU, Kota)



    COURSE SCHEDULE (TFTT)

Subject: Digital Electronics

Year : II

Sem :IV


1.         Name of the Faculty                        :     Vikas Saini
2.         Designation                           :      Lecturer
3.         Department                           :      Electrical & Electronics Engineering
The Schedule for the Course / Subject is:
S.No.
Description/Units
Sub topic
Expected Date of Completion
Revision Date
Total No. of Periods

1.


. NUMBER SYSTEMS AND CODES
1.      Radix and Radix conversions
2.      sign, magnitude &
complement notation
3.      codes,Weighted and non-weighted codes, BCD codes, self-complementing
4.       error detecting and correcting codes, ASCII & EBCDIC codes
5.      Alphanumeric codes. Fixed point and floating point arithmetic,BCD
25-02-2013
26-02-2013
27-02-2013
28-02-2013
03-03-2013
04-03-2013
05-03-2013
07-03-2013





10

2.

. BOOLEAN ALGEBRA AND DIGITAL LOGIC GATES
      1. postulates of Boolean algebra
Features of Boolean algebra,
      2. theorems of Boolean algebra. Fundamental logic gates, derived logic gates
      3. logic diagrams and Boolean expressions. Converting logic diagrams to universal logic positive, negative and mixed logic
      4. MINIMIZATION TECHNIQUES: Minterm,
Maxterm, Karnaugh’s maps, simplification of logic functions with K-map
     5. tables in SOP & POS forms, incompletely specified functions, variable mapping, Quinn-
Mcklusky method.
, conversions of truth tables in SOP & POS forms, incompletely specified functions, variable mapping, Quinn-
Mcklusky method.
08-03-2013
11-03-2013

12-03-2013
13-03-2013

14-03-2013
15-03-2013

15-03-2013
17-03-2013
18-03-2013
19-03-2013

19-03-2013
20-03-2013










12

       
     

    3.

     . SWITCHING CIRCUITS AND LOGIC FAMILIES
  1. Diode, BJT, FET as switch.
     
  1. Different types of logic families
    
       3.  RTL, TTL, open collector TTL
  
  1.  Three state output logic, TTL
Subfamilies
    
 5. , MOS, CMOS, ECL IIL.
21-03-2013
22-03-2013

01-04-2013
02-04-2013

03-04-2013
03-04-2013
04-04-2013
05-04-2013

08-04-2013
08-04-2013







10

      

              4.
. COMBINATION SYSTEMS
1.      Combinational logic circuit design
2.       Half and full adder & subtractors
3.      Binary serial and parallel adders, BCD adder.
4.      Binary multiplier, comparator
5.      decoders, encoders, multiplexer
6.      de-multiplexer, Code converters.
08-04-2013
09-04-2013

11-04-2013
11-04-2013


12-04-2013
12-04-2013

15-04-2013
16-04-2013






08

      

      5.

SEQUENTIAL SYSTEMS
1.     Latches, Flip-Flop: R-S, D, J-K, T, Master slave.
  
      2.  Flip-flop conversions
    
      3. Counters: asynchronous & synchronous counter
     
      4. Counter design, counter
applications. Registers: buffer & shift register.
17-04-2013
18-04-2013

19-04-2013
22-04-2013


23-04-2013
24-04-2013



25-04-2013
26-04-2013







08


 
Rajasthan Institute of Engineering & Technology, Jaipur
(Approved by AICTE and Affiliated to RTU, Kota)



    COURSE SCHEDULE (TFTT)

Subject: Applied Electronics

Year : II

Sem :IV

1.         Name of the Faculty                        :      Pragati Vijay
2.         Designation                           :      Lecturer
3.         Department                           :      Electrical & Electronics Engineering
The Schedule for the Course / Subject is:
S.No.
Description/Units
Sub topic
Expected Date of Completion
Revision Date
Total No. of Periods

1.


Feed Back Amplifiers
1.      Classification, Feedback concept
2.      Transfer gain with feedback
3.      General characteristics of negative feedback amplifiers.
4.      Analysis of voltage-series
5.      Analysis of  voltage shunt
6.      Analysis of  current-series
7.      Analysis of current-shunt feedback amplifier
8.      Stability criterion
26/02/13
27/02/13
28/02/13
01/03/13
05/03/13
06/03/13
07/03/13
08/03/13

12/03/13




9

2.

Oscillators
  1. Classification, Criterion for oscillation
  2. Tuned collector oscillators
  3. Hartley, Colpitts oscillators
  4. RC-Phase shift oscillators
  5. Wien bridge oscillators
  6. crystal oscillators
  7. Astable multivibrators.
  8. Monostable multivibrators.
  9. Bistable multivibrators.
  10. Schmitt trigger,
  11. Blocking oscillators
13/03/13
14/03/13
15/03/13
19/03/13
20/03/13
21/03/13
22/03/13
26/03/13
28/03/13
29/03/13
02/04/13
03/04/13







12

       
     

    3.

 High Frequency     Amplifier
  1. Hybrid pie model
  2. conductance’s and capacitances of hybrid-pie model
  3. high frequency analysis of CE amplifier
  4. gain-bandwidth product
  5. Emitter follower at high frequencies.
19/04/13
23/04/13
24/04/13
25/04/13
26/04/13
30/04/13
01/05/13





7

      

              4.

Digital Logic Gate Characteristics
  1. TTL logic gate characteristics
  2. Theory & operation of TTL NAND gate circuitry
  3. Open collector TTL
  4. Three state output logic
  5. TTL subfamilies, MOS & CMOS logic families.
  6. Realization of logic gates in RTL, DTL, ECL
  7. Realization of logic gates in CMOS & COMS logic families.
  8. Realization of logic gates in RTI, DTI, ECL, CMOSFET
  9. Interfacing logic families to one another
02/05/13
03/05/13
07/05/13
08/05/13
09/05/13
10/05/13
14/05/13
15/05/13
16/05/13
17/05/13
21/05/13
22/05/13
23/05/13
24/05/13
28/05/13






15

      

      5.

Power  Amplifiers
  1. Power amplifier circuits, Class A output stages
  2. class B output stage
  3. class AB output stages
  4. class C amplifiers
  5. Push pull amplifier with transformer
  6. Push pull amplifier without transformers.
  7. Complementary symmetry amplifier
  8. quasi complementary symmetry amplifiers
04/04/13
05/04/13
09/04/13
10/04/13
11/04/13
12/04/13
16/04/13

17/04/13
18/04/13







9


 
Rajasthan Institute of Engineering & Technology, Jaipur
(Approved by AICTE and Affiliated to RTU, Kota)



    COURSE SCHEDULE (TFTT)

Subject: Linear Integrated Circuit

Year : II

Sem :IV

1.         Name of the Faculty                        :      Pragati Vijay
2.         Designation                           :      Lecturer
3.         Department                           :      Electrical & Electronics Engineering
The Schedule for the Course / Subject is:
S.No.
Description/Units
Sub topic
Expected Date of Completion
Revision Date
Total No. of Periods

1.
Operational Amplifier
1.      Basic differential amplifier analysis,
2.      Single ended Configuration
3.      Double ended configurations
4.      Op-amp configurations with feedback

5.      Op-amp parameters

6.      Inverting and Non-Inverting configuration
7.      Comparators
8.      Adder
25/02/13
26/02/13
28/02/13
1/03/13-4/03/13
5/03/13-
08/03/13
11/03/13

12/03/13
14/03/13





10

2.
Operational Amplifier Applications
  1. Integrator
  2. Differentiator
  3. Voltage to frequency converters
  4. Frequency to voltage converters.
  5. Phase shift Oscillators,
  6. Wien bridge Oscillators
  7. Quadrature Oscillators
  8. square wave Oscillators
  9. triangular wave Oscillators
  10. saw tooth oscillators
  11. Voltage controlled oscillators
15/03/13
18/03/13
21/03/13
22/03/13
25/03/13
26/03/13
28/03/13
29/03/13
01/04/13
02/04/13
04/04/13










11

       
     

    3.

Active Filters
  1. Low pass, high pass
  2. band pass and
  3. band reject filters
  4. All pass filter
  5. Switched capacitor filter
  6. Butterworth filter design
  7. Chebyshev Filter design
05/04/13
08/04/13
09/04/13
11/04/13
12/04/13
15/04/13
16/04/13







7

      

              4.

Phase Locked Loops
  1. Operating Principles of PLL
  2. Linear Model of PLL,
  3. Lock range,
  4.  Capture range
  5. Applications of PLL as FM detector
  6. FSK demodulator
  7. AM detector
  8. Frequency translator
  9. phase shifter,
  10.  tracking filter,
  11. signal synchronizer
  12. frequency synthesizer
  13. Building blocks of PLL, LM565 PLL
06/05/13
07/05/13
09/05/13
10/05/13
13/05/13
14/05/13
16/05/13
17/05/13
20/05/13
21/05/13
23/05/13
24/05/13
27/05/13






13

      

      5.

Linear IC’s
  1. Four quadrant multiplier & its applications
  2. Basic blocks of linear IC voltage regulators
  3. , Three terminal voltage regulators
  4. Positive and negative voltage regulators
  5. The 555 timer as astable and monostable multivibrators
  6. Zero crossing detector, Schmitt trigger
18/04/13
19/04/13
22/04/13
23/04/13
25/04/13
26/04/13
29/04/13
30/04/13
02/05/13
03/05/13







10





No comments:

Post a Comment

Subscribe to: Posts (Atom)