AEI-307 ELECTRONIC CIRCUITS LAB
1.
Draw the drain characteristics of FET & MOSFET.
2.
Draw the characteristics of UJT
3.
Draw the characteristics of SCR
4.
Measurement of Av, Ai, Zi, Zo of a CE transistor amplifier.
5.
Draw the frequency response of RC coupled amplifier
6.
Draw the frequency response of transformer-coupled amplifier.
7.
Draw response characteristics of Push-pull power amplifier.
8.
Construct and test the function of Negative feedback voltage amplifier.
9.
Construct and find the frequency of RC-phase shift oscillator
10.
Construct and find the frequency of Wein-bridge oscillator
11.
Construct and find the frequency of Colpitts oscillator
12.
Construct and find the frequency of Hartley oscillator
13.
Construct and find the frequency of Tuned oscillator
14.
Construct and find the frequency of Crystal oscillator
15.
Simulation of simple circuits using EELCTRONIC WORK BENCH software.
AEI-308 DIGITAL ELECTRONICS LAB
1.
Logic gates – I - AND, OR, NOT (Using IC’s).
2.
Logic gates – II - NAND, NOR, Exclusive OR (using IC’s).
3.
Half-adder - subtractor using IC logic gates.
4.
Full-adder subtractor using IC logic gates.
5.
Verification of truth tables for RS, D, T, and JK and Master - Slave JK flip-flops.
6.
Verify function of counter (ICs like 7490, 7492, 7493, 74 C 93, 74160).
7.
Verify function of shift register (ICs like 74104, 74185, 74 C 164, 7495, 74194
etc.)
8.
Construct and test a 3-digit decade counter using ICs.
9.
Construct a circuit and transfer of data between 3-four bit registers using
common bus line
(use ICs 74173, 74126).
10.
Construct a comparator circuit for 7485 and verify the truth table.
11.
Construct and verify the working SA type A/D converter.
12.
Construct and verify the working of R-2R D/A converter.
13.
Verify the working of Multiplexer
14.
Verify the working of Demultiplexers.
15.
Implement any given Boolean function using mux.
AEI-309 PROCESS INSTRUMENTATION LAB
1.
To measure Linear Displacement using
a) Resistive Transducer
b) LVDT
c) Capacitive Transducer
2.
To measure Angular Displacement using
a) Resistive Transducer
b) Capacitive Transducer
3.
To measure Angular Velocity using Tacho generator
4.
To measure Temperature using RTD
5.
To measure Temperature using Thermistor
6.
To measure Temperature using Thermocouple
7.
To measure relative humidity
8.
To measure weight using Strain Gauge Load cell
9.
To measure Pressure using Strain Gauge Load cell
10.
To calibrate the pressure using dead weight tester
11.
To measure the Flow rate using
a)
b)
c)
d)
12.
Flow rate using Orifice plate
Venturi tube
Pitot tube
Rotameter
To measure the level using
a) Float type level indicator
b) Resistor type level indicator
13.
To measure the torque of an induction motor.
AEI-407 ELECTRONIC MEASURING INSTRUMENTS LAB
1. Calibration of Ammeter, Voltmeter.
2. Extension of range of Ammeter, Voltmeter.
3. Conversion of Ammeter to Voltmeter.
4. Construction of series and shunt ohmmeter.
5. Study and use of FET input voltmeter.
6. Study and use of Megger
7. Study and use of digital multimeter.
8. Measurement of R, L, C parameters using Digital LCR meter.
9. Study and use of signal generators
10. Study and use of Digital IC tester.
11. Study and use of different types of probes used for CRO.
12. Measurement of voltage, frequency and phase using CRO.
13. Measurement of frequency using lissagosus figures in CRO.
AEI-408 Analytical Instrumentation Lab.
1.
To measure PH of the given sample using Digital PH Meter
2.
To measure conductivity of the given sample using Digital Conductivity Meter
3.
To measure Viscosity using viscometer
4.
To measure the Density of given sample
5.
Using Spectro Photo Meter, analyze the composition of the given
6.
Using Flame Photo Meter, determine the presence of metal in a given
sample.
sample.
7.
Study of Dissolved Oxygen meter. Determine the dissolved Oxygen in given
sample.
8.
Study of Refracto meter. Find out the refractive index of the given sample.
9.
Find the concentration of a given sample using Polarimeter
AEI-409 PROCESS CONTROL LAB
1. Temperature control using P, PI and PID.
2. Flow control using P,PI and PID
3. Level control using P, PI and PID.
4. Pressure control using P.PI and PID.
5. EPID Temperature control using P, PI and PID.
6. Study and Demonstration of I / P and P/I converters.
7. Study and demonstration of Pressure control (a) Open loop
(b) Closed loop.
8. Study the control valve characteristics for a given valve.
AEI-410 MICROCONTROLLERS LAB
Perform assembly language programming on 8051 Microcontroller for the
following
1. 8 – bit addition and subtraction
2. Multi byte addition
3. Block transfer of data.
4. Sum of given n numbers
5. Sum of first n natural numbers
6. 8 bit x 8 bit multiplication using MUL instruction
7. Biggest data in given array
8. Hex to BCD conversion
9. BCD to HEX Conversion
10. BCD to ASCII conversion
11. Hex to ASCII conversion
12. BCD to Hex conversion
13. Time delay program using counters
Micro-Controller Interfacing
1. Testing of 8255,
2. Testing the Interfacing of 8257 DMA Controller
3. Testing the interfacing of stepper motor
4. To control the Traffic light.
5. Interfacing of seven segment display.
AEI-607 PLC AND SCADA LAB
01. Study the PLC.
02. Test the basic gates using PLC
03. Test the universal gates using PLC.
04. Test the EX-OR gate and EX-NOR gates using PLC.
05. Programs on ON-Delay Timer and OFF-Delay Timers
06. Programs on Retentive and Non-Retentive Timers.
07. Programs on Up counter and Down counters
08. Writing sample programs using JUMP.
09. Writing sample programs using SUB ROUTINE.
10. Water level controller.
11. Traffic light controller.
12. Conveyor controller.
13. Lift controller.
14. Using SCADA software create graphic symbols and associate tags with memory
tags
15. Interface SCADA with PLC and associate tags with memory and I/O and operate
the
PLC inputs through the switch symbol from the computer screen and view the
status of the outputs using lamp and motor graphics symbols in the screen
16. Study and Demonstration of CNC
17. Study and Demonstration of ROBOT
18. Study the Architecture of DCS.
AEI-608 Bio- Medical Instrumentation Lab.
. Study and Demonstration of X-ray.
2. Concept of ECG system and placement of electrodes
3. Concept of EEG system and placement of electrode
4. Concept of EMG system and placement of electrode .
5. Use of sphygrmanometer for measurement of blood pressure
6. Use Blood Flow Meter and get the data.
7. Study of DC Defibrillator
AEI-609 COMMUNICATION AND LINEAR I.C LAB
1. Study of AM and Detection Process and Determine Modulation index From AM wave
2. Study of FM and Detection Process and note down the practical wave form
3. Study 0f PCM process and demodulation process and note down the practical wave
form
4. Construction and Testing of inverting and non inverting amplifier using op-amp.
5. Construction and Testing of summing amplifier op-amp.
6. Construction and Testing of Instrumentation amplifier op-amp.
7. Construction and Testing of Digital to Analog converter op-amp.
8. Construction and Testing of Voltage to Current converter op-amp.
9. Construction and Testing of Current to Voltage converter op-amp.
10. Construction and Testing of Monostable multi vibrator using 555 timer.
11. Construction and Testing of Astable multi vibrator using 555 timer.
12. Construction and Testing of comparator circuit.
13. Construction and Testing of schmitt trigger circuit.
AEI-107 ELECTRONIC CIRCUITS LAB
S.
N
O
1.
Expt. To be
conducted
Equipment with
description
Supplier
Soldering and
preparation
of PCB
PCB drilling unit with
multirange bits and with
associated accessories
a) 31/2 digit multimeter
with LCD display
b) AF signal generator
(0-1MHz)
c)RF signal generator
upto 100MHz range.
d)Cathode Ray
Oscilloscope (analogue)
single trace 0-20MHz.
e)Cathode Ray
Oscilloscope (digital)
dual trace 0-50MHz
f)Regulated power
supply unit 0-30Volts ,
2Amps, Variable , dual
channel source
a)Digital LCR meter
b)Public Address
System, 500Watts
c)Experimental boards
MULTI
10,000/TECH.SYSTEMS.
2.
Study and use of
electronic
equipment
3.
Testing of
Electronic
Components
1)PN diode
2)Zener diode
3)Common Base
transistor characteristics
4)Common Emitter
transistor characteristics
5)Transistor as an
amplifier
6)AC ammeters
analogue 0-200μA
0-10 mA
0-25mA
0-50mA
7)DC ammeters
Approx.cost
Rs.
Future tech.
2000/-
-do-
5000/-
PACIFIC
Electronics
-do-
10000/-
-do-
25000/-
-do-
5000/-
-doAHUJA
SYSTEMS
MULTI
TECH.SYSTEMS
-do-do-do-
10000/25000/-
-do-
2000/-
-do-
2000/-
-do-
800/-
-do-do-do-do-
500/500/500/500/-
10000/-
2000/2000/2000/-
analogue 0-1mA
0-10mA
0-25mA
0-50mA
8)DC Voltmeters
analogue 0-1V
0-10V
0-25V
9)INVERTOR, 5KVA
-do-do-do-
500/500/500/500/-
-do-do-do-
500/500/100000/-
AEI-307 LIST OF EQUIPMENT FOR ELECTRONIC CIRCUITS -1 LAB
S.N
O
1.
2.
3.
4.
5.
6.
Expt. To be
conducted
Half Wave
rectifier with and
without filter
Full Wave rectifier
with and without
filter
Zener voltage
regulator
Transistor Series
voltage regulator
IC regulator
R-C coupled
amplifier
7.
Transformer
coupled amplifier
8.
JFET / FET Drain
characteristics and
mutual
characteristics
Equipment with
description
Experiments board
Supplier
Approx.cost
Rs.
2000/-
Experiments board
2000/-
Experiment board
2000/-
Experimental board
2000/-
Experiment board
Experiment board
Ac millivoltmeter (0 to
1000 mV variable in 5
decades) analogue make
Function generator (01MHz), with sine,
square and triangular
waveforms and 10Vrms
max.
Experiment board
2000/-
Experiment board
2000/-
5000/-
10000/-
2000/-
9.
MOSFET drain
characteristics
Experiment board
2000/-
10.
UJT V-I
characteristics
Experiment board
2000/-
11.
Measurement of
Av, Ai, Zi, Zo of a
CE transistor
amplifier
Experiment board
2000/-
12.
P-Spice software
for analog and
digital circuit
simulation with 30
user license
Licensed software
200000/-
AEI-308 DIGITAL ELECTRONICS LAB
S.No
1.
2.
3.
4.
5.
6.
7.
Expt. To be
conducted
Verify the truth
tables of AND. OR
,NOT,
NAND,NOR, EXOR using IC
version
Develop NOT , OR,
AND operation
using universal
gates
Construct Half
adder and verify its
truth table
Construct Full
adder and verify its
truth table
For all the above 4
experiments
Construct and
verify the truth
tables of NAND
and NOR latches
Verify the truth
talbes of RS,D,T,
and JK and
Equipment with
description
Experimental board
Supplier
Approx.cost
Rs.
3000/-
Experimental board
3000/-
Experimental board
3000/-
Experimental board
3000/-
Universal Digital
trainer kit
Experimental board
10000/-
Experimental board
3000/-
3000/-
8.
9.
10.
11.
12.
13.
14.
JKMaster Slave
Verify the function
of counter (ICs like
7490,7493, 74160)
Verify function of
shift register (ICs
like 7495,74194)
Verify the truth
table of digital
comparator using
IC 7485
Construct and
verify the working
of R-2R D to A
convertor
Verify the working
of the Multiplexer
74153
Verify the working
of the
DeMultiplexer
To study the write
and read operation
of RAM 7489
Experimental board
3000/-
Experimental board
3000/-
Experimental board
3000/-
Experimental board
3000/-
Experimental board
2000/-
Experimental board
2000/-
Experimental board
2000/-
AEI-409 PROCESS INSTRUMENTATION LAB
s.
no
Name of the equipment
Specifications
Approximate
cost (Rs.)
LINEAR DISPLACEMENT
MEASUREMENT BY USING
RESISTIVE TRANSDUCER
Linear displacement in the range 0 to
20 mm with digital indicator, built-in
power supply and cable. Typical
accuracy of +/- 1.5% of the range is
claimed.
15,000
LINEAR VARIABLE
DIFFERENTIALTRANSFORMER(
LVDT)
Displacement 19.99 mm(+10 mm),
Operating frequency: 4 KHz with output
of 1 volt ac, rms, Built -in power
supplyes, 3 1/2 digital indicator with
polarity indication,
18,000
ANGULAR DISPLACEMENT
MEASUREMENT BY USING
CAPACITIVE TRANSDUCER
Capacitance: 50 pf to 500 pf, Angular
displacement: 0 to 180 degrees, Builtin power supply.
1
2
3
10,000
Name of
manufacturer
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
4
ANGULAR DISPLACEMENT
MEASUREMENT BY USING
RESISTIVE TRANSDUCER
5
TEMPERATURE
MEASURTEMENT USING
THERMO COUPLE
6
TEMPERATURE
MEASURTEMENT USING
THERMISTOR
7
TEMPERATURE
MEASURTEMENT USING RTD
8
STRAIN GUAGE MODULE
(WITH CANTILEVER BEAM)
9
PRESSURE MEASUREMENT
USING STRAIN GUAGE
Angular rotation: 0 to 250 degrees,
Output: 0-250 mv D.C., Built-in power
supply
I) Iron - Constantan, II) Copper Constantan, Thermocouples suitabel
for the range of 0 to 100 degree
centigrade. In order to perform
temperature measurementexperiments
a water container along with 100
watt / 1 KW heater, cable & a standard
laboratory thermometer also to be
supplied.
Panel Provision: DPM 2V, An NTC
thermistor with a nominal value of
resistance, at 25 degree centigrade,
of 1 kohm. To plot the resistance
versus temperature characteristics in
the range 0 to 100 degree centigrade.
The thermistor is to be enclosed
properly to protect from water.
Maximum allowable temperature is 150
degrees centigrade.
Panel Provisions : 250mV DPM, A
standard PT 100 element enclosed in
stainless steel cover with teflon to be
supplied.The transducer exhibits a
resistance of 100 ohms at 0 centigrade
and139 ohms at 100 centigrade.
Maximum temp. is 200 centigrade and
accuracy +/-1%
Study of Strain guage with test
cantilever and weights (4Kg.) 4 nos. of
strain guages with a nominal value
of 120 ohms/350ohms are mounted on
a cantilever beam which can be
loaded with the helpof weights in a
pan.Accuracy : +/- 1%, Buit-in power
supply, 3 1/2 digit LED display.
Tranducer: Strain guage type with 350
ohms per element, Exitation: 9 Volts
D.C., Output: 0 to 5 kg/sq. cm, 3 1/2
digit LED display, 15 PSI dial guage,
Foot pump & built-in power supply.
10,000
Kuruganti
Computers pvt.
ltd., Chennai.
8,000
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.
8,000
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.
9,000
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
12,000
Hem Electronics,
Miraj, Maharastra,
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
15,000
Kuruganti
Computers pvt.
ltd., Chennai.,
Unique systems,
Bangalore
10
LOAD CELL TRAINER MODULE
11
DIGITAL PH METER
12
DIGITAL CONDUCTIVITY
METER
13
NI MyDAQ system
14
NI Lab view software bundle
A load cell of 5 kg capacity (Strain
Gauge type), A pan provision for
placing the standard weights, Signal
conditioner for load cell (output 0-5V),
Built in Instrumentation power supply,
Offset, Gain Variable provision, 3½
digit digital indicator to display the
applied load,
Range:0-14, output voltage: 0-+1999
mv, Resolution: 0.01 PH, 1mV in mV
mode, Temperature compentation: 0100 degree centi grade, 3 1/2 digit LED
LCD seven segment display, Built-in
power supply, Combined electrode,
Stand & clamp.
Conductivity range: 0.01 micro seimens
-20 milli seimens with 0.1 cell constant,
Temperature compentation,
(Auto/Manual), 3 digit LED display,
0.01 micro seimens resolution,
Accuracy + 1% of full scale, + 1 digit, 1
cell constant cell, 0.1 cell constant cell,
Temperature probe ( PT 100 sensor),
clamp & stand.
ADC of 200 KS/sec., DMM,
Oscilloscope, DIO lines Arbitrary wavw
form generator, power supply of 15
volts & 5 volts, Bode analyzer with
required Labview software & Multisim
student edition.
NI Lab view professional development
system with tool kits for signal
processing, communication systems
and circuit design with 30 user license.
15,000
VI micro systems,
Chennai.
10,000
Systronics (India)
Ltd., Ahmedabad
15,000
Systronics (India)
Ltd., Ahmedabad
15,000
NI systems (India)
private limited.
50,000
NI systems (India)
private limited.
AEI-410 MICROCONTROLLER LAB
S
Exp to be conducted
NO
1
Programming in Assembly
Language on trainer Kits
2
Equipment with
description
8051trainer kits with
required cables and
accessories
Interfacing boards for 8051 a)USART
b)PPI-8255
c)RS-232
Suppliers
Approx.Unit
Cost in Rs.
10000
2000
2000
2000
AEI-607 PLC AND SCADA LAB
EXPERIMENT
SPECIFICATIONS
SUPPLIER
COST
250,000
Allen-Bradley,
Seimens
PLC SYSTEM SPECIFICATIONS
1.
The PLC system shall be modular, compact having
a CPU and 8Digital inputs , 8 Digital outputs,
2 Analog inputs and 2 Analog outputs
2.
The PLC shall be capable of expanding of
expanding by adding input/output modules to the extent
of minimum of 428 digital inputs, 428 digital outputs, 124
analog inputs and 124 analog outputs.
3.
PLC shall be supplied with 1 no high speed counter
module.
4.
The PLC shall have status and diagnostic LEDs
built on CPU.
5.
The expansion I/O modules shall be pluggable and
the wiring shall not be disturbed for replacing modules.
6.
PLC shall be capable of working as independent
system as well as distributed system by adding similar
CPUs and I/Os in the PLC network.
7.
PLC shall be capable of communicating in the
Ethernet/Profinet Protocol
8.
PLC shall be capable of communicating to any
other PLC /HMI/AC drive on Ethernet if added later.
9.
PLC shall not use special communication adaptor
for uploading/ downloading programs from Desktop /
Laptop
10. PLC shall support minimum of 256 software counters
and 256 software timers.
PLC SYSTEM
11. PLC shall have a work memory of 128 KB minimum
extendable load memory of 1 MB.
12. Data retention on the load memory shall be at least
for 10 years.
13. PLC shall have a configurable retentive memory for
timers and counters.
14. PLC shall have a bit operation time of minimum 0.1
us, word processing time of 0.2 us, Fixed point arithmetic
2 us and Floating point arithmetic 0.3 us.
15. The PLC shall support data blocks.
16. PLC shall be capable of working with 24 volts DC
supply for power, 24 volts DC supply for inputs and
24volts DC digital outputs.
17. Monitoring, diagnostic and Force functions shall be
available for testing.
18. PLC shall be capable of updating HMI variables in
less than 600 mille seconds.
19. Operating hours counter shall be available with CPU.
20. PLC shall have minimum of 2 ports for
communication with HMI and connecting to
Desktop/Laptop
21. The Programming software shall be supplied along
with PLC system.
22. The Programming software shall support ladder
programming and FBD.
23. A Programming terminal /desktop shall be supplied
for programming.
24. The PLC system shall be mounted on a compact
panel and wired with suitable connectors ready for
connecting to Simulator panel.
Simulation Panel Specifications:
1.
The Simulation panel shall consist of 8 nos. of
toggle switches/push buttons wired to sockets as digital
inputs and wired to connectors.
2.
8 nos. of LED lamps shall be provided for indicating
status of outputs and wired to connector.
3.
Sockets are provided for analog inputs, outputs and
high speed counter inputs.
4.
Digital voltmeter and ammeter are provided for
analog measurements.
5.
Analog potentiometers are to be provided for
varying voltage for inputting analog supply.
6.
24v DC power supply module shall be provided for
using as digital input voltage.
7.
10v DC power supply module shall be provided for
using analog input voltage.
8.
The Power supplies shall be protected with suitable
MCB.
9.
The 230v ac input power shall be given through an
industrial 3 pin socket to the simulator panel.
10. All the input and output components shall be
engraved or printed with suitable I/O addresses.
AEI-609 COMMUNICATION AND LIC LAB
S.No
1.
2.
3.
4
5.
6.
Expt. To be
conducted
Generation and
detection of AM
signal
Generation and
detection of FM
signal
Study of AM
superheterodyne
receiver
Series resonance
Parallel
resonance
Verification of
Thevenin’s
theorem
Equipment with
description
Experiment board
Supplier
Approx.cost
Rs.
2500/-
Experiment board
2500/-
1.Dynamic
Demonstrator module
with transistor version
2.Standard Signal
generator
Experimental board
Experiment board
10000/-
Experiment board
2000/-
50000/2000/2000/-
7.
8.
9.
10
11
12
13
14
15
16
17
18
19
20
21
Verification of
Superposition
theorem
Verification of
Maximum
Power transfer
theorem
Differentiator
and Intergrator
Characteristics
of Photo diode,
Photo transistor
Negative
feedback
Voltage
Amplifier
Push pull power
amplifier with
Class-B
operation
Positive and
Negative
Clippers
OPAMP as
Inverter,
Summer,
differentiator
and Integrator
RC Phase shift
Oscillator
Wein bridge
Oscillator
Hartley/Colpitts
Oscilator
Monostable
Multivibrator
using Transistors
Characteristics
of LDR/LED
Astable
Multivibrator
using 555 timer
IC
VCO using
Experiment board
2000/-
Experiment board
2000/-
1.Experiment board
2000/-
2.Function generator
Experimental board with
built in power supply
10000/3000
Experimental board with
built in power supply
3000
Experimental board with
built in power supply
3000
Experimental board with
built in power supply
3000
Experimental board with
built in power supply
3000
Experimental board with
built in power supply
Experimental board with
built in power supply
Experimental board with
built in power supply
Experimental board with
built in power supply
3000
Experimental board with
built in power supply
Experimental board with
built in power supply
3000
Experimental board with
3000
3000
3000
3000
3000
22
LM566
SCR
Characteristics
built in power supply
Experimental board with
built in power supply
3000