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CONTROL SYSTEM LAB SYLLABUS

Saturday, March 5

List of Experiments: (To be performed minimum 10 experiments)
To determine the Gain of an Open Loop and Closed Loop System.
To Study the Effect of Disturbance On an Open loop and Closed Loop System.
To Determine the Transfer function of a DC Servomotor.
To Study the time response of a second order system.
Characteristics of Synchro Transmitter and Receiver Pair.
Determination of Transfer Function of an AC Servomotor.
To study a potentiometer as an Error Detector.
Study of bode Plot of a Type 0, Type Type II Systems and I.
Displacement Measurement using LVDT.
Simulation of Transfer Function using Op-Amp (Analog Computer Trainer)
Study of P, PI controller on second order system.
Study of PID controller on second order system.
To study the operation and Characteristic of a Stepper Motor.
To study the Lag Compensator and Lead Compensator.
To study the Lag-Lead Compensator.
Apparatus Required:
An open and closed loop system with two input signals (one acting as reference and the other as
the disturbance signal).
A R-L or R-C Circuit, Bread board, CRO, Multimeters, Function Generator.
Synchro Transmitter-receiver Pair.
An AC Servomotor.
A Potentiometer.
Bode Plot Analyzer.
Linear Variable Differential Transformer.
Analog Computer trainer
P, PI, PID Controller trainer.
Stepper Motor.
Lag Compensator, Lead Compensator, Lag-Lead Compensator.
Reference Books:
1) Control System Engg. By Nagrath and Gopal, JW
2) Linear control systems; Prof. B.S.Manke, Khanna Publication.

ANALOG ELECTRONICS LAB SYLLABUS

List of experiments: (To be performed minimum 10 experiments)
Measurement of parameters of an operational amplifier:
o Open Loop gain
o I/P bias and offset currents.
o I/P offset voltage
o Slew rate
o CMRR
To generate a square wave for a specified frequency and duty cycle, using Op Amp IC 741
To design an astable multivibrator using IC 555 timer for a given frequency.
To design a monostable multivibrator using IC 555 timer for a specified width period.
To study a emitter follower.
To study a cascaded amplifier.
To perform an adder operation using Op-Amp.
To perform a subtractor operation using a Op-Amp.
To perform a differentiator operation using an Op-Amp.
To perform an integrator operation using an Op-Amp.
To operate a Class A amplifier.
To operate a class B amplifier.
To operate a class C amplifier.
To operate a class AB amplifier.
To study the non-inverting & inverting operation of an Op-Amp.
Apparatus Required:
IC-741
Bread Board
Resistors
Connecting wires
Capacitors
Signal Generator
CRO
Digital Multimeter
Reference Book:
Integrated Circuit - Botkar
Introduction to OP-Amp- Gaykawad

ELECTRONIC INSTRUMENTS LAB SYLLABUS

List of experiments: (To be performed minimum 10 experiments)
Measurement of angular displacement using capacitive transducer.
Measurement of displacement using LVDT.
Measurement of force using strain gauge.
Measurement of pressure using Si sensor.
Measurement of intensity of light.
Measurement of displacement using inductive pick-up.
Measurement of liquid level using capacitive pick-up.
To demonstrate the operation of 7 segment display.
To demonstrate the operation of D/A converter.
To demonstrate the operation of A/D converter.
To Study Piezo-electric transducer.
Determination of gauge factor using strain gauge.
Measurement of temperature using phototransistor demonstration set up.
Measurement of force using strain gauge force transducer.
Measurement of displacement using capacitive pickup.
Apparatus Required:
CRO,
Multimeter, Pin type patch cords,
Study Kits or Set-Up for respective experiments.
Reference Book:
Electronic Instruments and Instrumentation Technology” by M.M.S. Anand, PHI Pbs.

ELECTRICAL MACHINE - II LAB SYLLABUS

List of experiments: (To be performed minimum 10 experiments)
1) Determination of synchronous impedance of alternator by open & short circuit test.
2) Determination of Xd & Xq by slip circuit.
3) Determination of Regulation of a Three-Phase Alternator by Direct Loading.
4) Synchronizing of Alternator by lamp method.
5) To determine regulation by MMF method.
6) Determine of Potier Reactance Xp by Zero Power Factor Saturation curve.
7) Plotting of V-curve of synchronous Motor.
8) Determination of mechanical losses of 3-phase induction motor by no-load test.
9) Determination of circuit parameter of 3-phase induction motor by open & block rotor test.
10) Study of Induction Motor Starters.
11) Measurement of Speed of Induction Motor by Measuring Rotor Frequency.
12) Identification of stator winding of three-phase induction motor.
13) Study of reversal 3-phase induction motor.
14) Study of braking of 3-phase induction motor.
15) Effect of variation of rotor resistance on XS torque slip characteristics of 3-phase induction motor.
16) To determine the negative sequence reactance of a synchronous generator.
17) To determine the positive sequence reactance of a synchronous generator.
18) Determination of vector group of a three-phase transformer for zero degree phase displacement.
19) Determination of vector group of a three-phase transformer for 180° phase displacement.
20) Determination of vector group of a three-phase transformer for +30° and –30° phase
displacement.
Requirement:
3-phase Alternators
Resistive Load.
3-phase induction motor
Single phase variac
Three phase Variac
Ammeter, Voltmeters, Wattmeters.
Induction Motor.
Starters
Reference Book:
Electrical machines, Nagrath and Kothari

ELECTRICAL MEASUREMENTS AND MEASURING INSTRUMENTS LAB SYLLABUS

List of experiments (minimum 10 experiments)
1. To determine unknown resistance or value resistance by Kelvin Bridge Method.
2. To determine unknown resistance R by Wheatstone Bridge Method.
3. To determine unknown inductance of a given coil by Maxwell Bridge Method.
4. To determine the inductance of the given coil by Anderson Bridge Method.
5. To determine unknown capacitance of a given capacitor by Desauty Bridge Method.
6. To determine capacitance of a given capacitor by Schering Bridge Method.
7. To determine the inductance by Owen’s Bridge Method.
8. To determine unknown inductance by Hay Bridge Method.
9. To calibrate a given single phase induction type Energy Meter.
10. To find the phase sequence of the supply by the rotating type phase sequence meter.
11. To find the phase sequence of the supply by the Static type phase sequence meter.
12. To determine the unknown resistance R by Voltmeter-Ammeter Method.
13. To observe the B-H curve and hysteresis loop of agiven transformer core on CRO.
14. Determine the iron losses by Lloyad fisher square method.
15. Measurement of high resistance by using Meggar.
Requirement:
1. Bridges
2. Oscillator.
3. Head Phone
4. Transformer, Variac
5. Voltmeter, Ammeter, Multimeters, Resistors
6. DC Supply
7. Lloyad Fisher Square
8. Meggar
Reference Book:
1. Electrical measurement & measuring instrument by A.K.Sawhney.
2. Electrical measurement & measuring instrument by Gupta

ELECTRICAL POWER SYSTEM LAB SYLLABUS

List of experiments (minimum 10 experiments)
1. Study of types of cables.
2. Study of types of Insulator used in power system
3. Study of Bus –bar arrangement of a power supply sub – station.
4. Study of Synchronous phase modifier and calculation of its rating.
5. To measure the A, B, C, D constants of transmission lines.
6. To measure the A, B, C, D constants of series transmission lines (HV-HV).
7. To measure the A, B, C, D constants of series transmission lines (LV-LV).
8. To measure the A, B, C, D constants of parallel transmission lines.
9. To locate faults in a cable by Murray loop test.
10. Measurement of capacitance between conductor –conductor and conductor –earth.
11. Comparison of conductor Characteristics (Self GMD) between two different groups
of conductors.
12. To find out the rating of capacitor required for improving the power factor of an
inductive load.
13. Study of Electrical power supply system.
14. Study of transmission structure used for different types of power supply system.
15. Study the lay out diagram of college power supply system.
Apparatus required: -
1. Transformer
2. Voltmeter
3. Ammeter
4. Multimeter, Wattmeter
5. Insulators
6. Synchronous motor
7. Capacitor, resistors, inductor
8. Power supply.
Reference Books: -
1. Power system analysis by C.L Wadhava, New Age
2. Power system analysis by V.K Mehta, S. Chand.

DIGITAL ELECTRONICS AND LOGIC DESIGN LAB SYLLABUS

List of experiments (minimum 10 experiments)
1. To form basic logical OR gate having two or three inputs with two or three diodes.
2. To form basic logical OR, AND, NOR & NAND gates using transistor.
3. To verification of Boolean expansion.
4. To design a 4-bit parity generator /detector circuits.
5. To design a half adder circuit.
6. To design a full adder circuit.
7. To design a half sub tractor circuit.
8. To design a full sub tractor circuit.
9. To converters decimal to binary using 4-input NAND gates (Encoder)
10. To demonstrate the operation and application of 16:1 digital multiplexer using IC’s.
11. To Design a R-S flip flop.
12. To Design a D- flip flop.
13. To Design a J-K- flip flop.
14. To design an up/down synchronous counter
15. To study an 8-bit adder/sub tractor circuit.
NOTE: At least two design experiments must be fabricated and tested.
Apparatus Required:
1. DC power Supply
2. Toggle Switches
3. LEDs
4. Logic Gates
5. Diodes
6. Transistors
7. Bread board, multimeters
8. Clock
Reference Books:
1. Digital electronics- A.K. Maini
2. Digital Principal – Roger Ltokheim
3. Electronics Devices & circuit – Lnallen Motter shead.

ELECTRICAL NETWORK LAB SYLLABUS

List of experiments (minimum 10 experiments)
1) To verify sinusoidal steady state response of RC and RL network with step
voltage input.
2) To verify sinusoidal steady state response of RLC network with step voltage input
for under damped, critically damped and over damped cases.
3) To verify transient response of RC and RL network with step voltage input.
4) To verify transient response of RLC network with step voltage input.
5) To Verify Thevenin’s Theorem in an A.C circuit.
6) To verify Norton’s Theorem in an A.C circuit.
7) To verify Superposition Theorem in an A.C circuit.
8) Determination of Z and Y parameters (DC only) for a network.
9) Determination of h parameters (DC only) for a network.
10) Determination of image and characteristic impedance in T network using O.C test
and S.C test.
11) Determination of image and characteristic impedance in p network using O.C test
and S.C test.
12) Verification of parameter properties in inter-connected two port series networks.
13) Verification of parameter properties in inter-connected two port parallel networks.
14) Study of first order low pass and high pass Filters.
15) Study of Butterworth Filter.
Apparatus Required:
1. Bread Boards,
2. Resistors, Inductors, Capacitors,
3. CRO,
4. Function Generators, Multimeters,
5. Trainers/ Kits for the different experiments.
Reference Books:
1) “Network Analysis”, Valkenburg, PHI Pbs.
2) Network Analysis And Synthesis”, Kuo, JohnWiley Pbs.

COMPUTER PROGRAMMING LAB SYLLABUS

List of experiments (minimum 10 experiments)
1. Write a programme to perform addition, Subtraction, division, of two integers &
two floating point no.
2. Write a programme to calculate the area of a circle, triangle, square, rectangle
[the various sides are given].
3. Write a Programme to read name & age of student & display it on a screen.
4. Write a Programme to find the average of three marks of students & calculate the
percentage.
5. Write a Programme to generate Fibonacci series and to generate prime no. From
0-1000.
6. Write a Programme to find the roots of a quadratic equation.
7. Write a Programme to reverse a no. of a string.
8. Write a Programme to find if the no. or string is a palindrome.
9. Write a Programme to find factorial value of a given no.
10. Write a Programme to find the sum of the first seven of the series.
11. Write a Programme to swap two no.
12. Write a Programme to sort the element of an array.
13. Write a Programme to convert lower case string to upper case & vice-verse.
14. Write a Programme to open & close a file to store students information like
name, age etc.
15. Write a Programme to find the value of definite integral using trapezoidal rule,
the inverse of 3 x 3 matrix.

Reference Books:
1. Programming in C++ by Balaguruswami, TMH.
2. Let us C, Kanetkar.

ELECTRICAL CIRCUITS LAB SYLLABUS

List of Experiments(minimum 10 experiments)
1. To verify Reciprocity theorem.
2. To verify Superposition theorem.
3. To verify Thevenin’s theorem.
4. To verify Norton’s theorem.
5. To verify Max. Power transfer theorem.
6. To study the charging and discharging of a capacitor through resistor.
7. To measure the voltage current, and resistance with the help of electronic
multimeter.
8. To plot voltage vs resistance characteristics of Incandescent lamp.
9. To connect a tube light and study its min. operating voltage, current, power and
power factor.
10. To verify the voltage and current relation in star and delta connected system.
11. To measure three phase power using Two-watt meter method.
12. To verify the effect of resistance and condenser connected in series in an a.c.
circuit.
13. To verify the effect of resistance and condenser connected in parallel in an a.c.
circuit.
14. To verify Kirchhoff’s law. (a) Kirchhoff’s current law.(b) Kirchhoff’s voltage
law.
15. To verify effect of unbalanced load in star connection.

List of apparatus required:
1. Voltmeter, ammeter, Wattmeter
2. Power factor meter
3. Resistors
4. Capacitors
5. Lamp load
6. DC supply
7. Three-phase autotransformer
8. Multimeter

Reference books:
1. Experiments in basic electrical engineering, S.K.Bhattacharya.
2. Basic shop practical, Mehta & Gupta
3. Practical in electrical engineering, Dr. N.K.Jain

SOLID STATE DEVICES LAB SYLLABUS

List of experiments to be performed(minimum 10 experiments)
1. To determine Zener Diode Characteristic & Zener as a Voltage Regulator.
2. To design and study a Half Wave Rectifier Circuit
3. To design and study a Full Wave Center Tapped Rectifier Circuit.
4. To design and study a Full Wave Bridge Rectifier Circuit
5. To design and study Different Filter Circuits.
6. To design and study Different Clipping Circuits.
7. To design and study Different Clamper Circuits.
8. To design and study Collector To Base Feedback Circuits.
9. To design and study A Wein Bridge Oscillator Circuits.
10. To design and study transistorized phase shift oscillator.T
11. To design and study the characteristics of p-n junction diode & calculate cutting
voltage, reverse saturation voltage, reverse saturation current & dynamic & static
resistance from it.
12. To plot drain current – voltage & drain current – gate bias characteristics of FET
& measurement of Idss & Vp .
13. To study the MOSFET characteristics.
14. To plot input & output characteristics of BJT in CC, CB, CE configuration.
15. To characterize the PN Junction Diode.

Apparatus Required:
1. Diodes, Capacitors, Resistors
2. Dual power supply
3. Operational amplifiers
4. Bread Board
5. AC power supply
6. CRO
7. Battery
8. Ammeter
9. Function Generator

Reference Books:
1. Basic Electronics -A text Lab manual by Zbar, Malvino, Miller
2. Basic Electronics & Linear Circuits – NN Bhargava, DC Kulsherstha, S.C. Gupta,
TTTI chandigarh

ELECTRICAL MACHINE - I LAB SYLLABUS

List of experiments to be performed(minimum 10 experiments)
1. Determination of efficiency and voltage regulation of a Single Phase Transformer.
2. Parallel Operation of two Single Phase Transformer.
3. Study of three phase transformer connections.
4. Open & short ckt. Test of 3-phase transformer.
5. Back to back test on two single-phase transformers.
6. Measurement of armature and field winding resistance of D. C. Machine.
7. To study the reversal of D. C. Shunt Motor.
8. To perform Load Test on D. C. Shunt Generator.
9. To perform Swinburne’s Test on a D. C. Machine and find out efficiency at full
load.
10. Speed control of a D. C. Shunt Motor by (a) Varying field current with armature
voltage kept constant. (b) Varying armature voltage with field current kept
constant.
11. To find Magnetization or Open Circuit Characteristics of a D. C. Machine.
12. Polarity Test on transformer.
13. To find ratio of series to shunt field turns of DC machine.
14. Electrical breaking of DC motor.
15. 3-phase to 2-phase conversion by Scott connection.

Apparatus Required: -
1. Single phase Transformer
2. Auto Transformer
3. Resistive Load
4. Ammeters, Voltmeters, Wattmeter
5. DPMCB, Tachometer,
6. Starter
7. DC shunt motor, DC generator
8. DC source
9. Field regulator, Rheostat

Reference book:
1. Electrical Machines, Bimbhra, Khanna Pbs.