Basic Electronics Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Cathode Ray Oscilloscope 12

 

 Scientific SM410 30 MHZ
2 Function Generator 12

 

 Scientific SM5071 3 MHz function Generator counter
3 Universal Trainer Board 12

 

 AQUILA AET-205A DC(0-30v)

(+15v &-15v)

AC (5V/10V/20V)

Function Generator &  7 Segment Display
4 Digital Multimeter 01 Mastch MAS830L
5 Digital Multimeter 01 Excel DT9505A
6 Digital Multimeter 01 UNI-T DT9205A

List of Experiments

SL.NO. AIM OF THE EXPERIMENT
1 Familiarization with electronic components (Active & amp;Passive)& amp;electron equipments(Multi-meters,CROs and function generators)
2 Study of V-I characteristics of P-N junction diode & amp;Calculate DC & amp;AC resistance
3 Construction of half-wave rectifier and full wave rectifier circuits(with & amp;without Filter)
4.(a) Construction of positive ,negative and biased clipper circuits & amp;study of their output waveforms by CRO
4.(b) Construction of positive ,negative clamper circuits & amp;study of their output waveforms by CRO
5. Design of inverting and non-inverting amplifiers using Op-Amp for a given gain with the help of breadboard and distinct components
6. Study and realization of logic gates(Truth table verification)
Beyond Syllabus
1. V I Characteristics of NPN transistor

Analog Electronics Circuits Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Cathode Ray Oscilloscope 14

 

 Scientific SM430 30 MHZ
2 Cathode Ray Oscilloscope 1

 

 Scientech CADDO-920 30MHZ
3 Function Generator 10

 

 Scientific SM5071 3 MHz function Generator counter
4 Function Generator 2

 

 Scientific SM5074 3 MHz function Generator counter
5 Function Generator 2

 

 Scientific HM-5030-4 3 MHz function Generator  Digital
6 Universal Trainer Board 14

 

 AQUILA AET-205A DC(0-30v)

(+15v &-15v)

AC (5V/10V/20V)

Function Generator &  7 Segment Display
7 Digital Multimeter 08

 

 Mastch MAS830L

List of Experiments

Sl. No. Topic
1. Design and simulate BJT bias circuit and the results Compare.
2. Design and simulate JFET bias circuit and compare the results.
3. Design and simulate BJT common emitter circuit and compare DC and AC performance.
4. Determining the frequency response of a common emitter amplifier:low frequency, high frequency and mid frequency response and compare with simulated result.
5. Differential Amplifier circuit:DC bias and AC operation without and with current source.
6. Study of Darlington connection and current mirror circuits.
7. OP-Amp Frequency response and compensation.
8. Application of OP-Amp as differentiator, integrator and square wave generator.
9 Obtain the band width of BJT using square wave testing of an amplifier.
10 Design and simulate Wien –Bridge Oscillator circuit using         OP-Amp.
 

BEYOND SYLLABUS EXPERIMENTS

 
11 Design, assemble and test of narrow band pass filter and its frequency response.
12 Design, assemble and test of active Notch filter.

Signal System Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Computer System (PC) 27

 

 DELL OPTIPLEX 330 Intel® Core™ 2 Duo CPU E4500 @2.20GHz, 775 LGA socket,L2 Catch 2048KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, Dell Monitor
2 Computer System (PC) 06

 

 LENOVO Think Center Intel®  Pentium® Dual CPU E2160 @1.80GHz, 775 LGA socket,L2 Catch 1024KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, 3 Dell Monitor and 3 Lenovo Monitor
3 MATLAB

 

 Standalone MATHWORKS 2007a Matlab  main module with link to CCS, embedded TI c6000 simulink tool

List of Experiments

SL. NO AIM OF THE EXPERIMENT
1 Write a program to generate the discrete sequences (i) unit step (ii) unit impulse (iii) ramp (iv) periodic sinusoidal sequences. Plot all the sequences.
2 Find the Fourier transform of a square pulse .Plot its amplitude and phase spectrum.
3 Write a program to convolve two discrete time sequences. Plot all the sequences. Verify the result by analytical calculation.
4 Write a program to find the trigonometric Fourier series coefficients of a rectangular periodic signal. Reconstruct the signal by combining the Fourier series coefficients with appropriate weightings.
5 Write a program to find the trigonometric and exponential Fourier series coefficients of a periodic rectangular signal. Plot the discrete spectrum of the signal.
6 Generate a discrete time sequence by sampling a continuous time signal. Show that with sampling rates less than Nyquist rate, aliasing occurs while reconstructing the signal.
7 The signal x (t) is defined as below. The signal is sampled at a sampling rate of 1000 samples per second. Find the power content and power spectral density for this signal.

X(t)=cos(2*pi*47)+cos(2*pi*219) , 0<t<10
8 Write a program to find the magnitude and phase response of first order low pass and high pass filter. Plot the responses in logarithmic scale.
9 Write a program to find the response of a low pass filter and high pass filter, when a speech signal is passed through these filters.
10 Write a program to find the autocorrelation and cross correlation of sequences.
Beyond Syllabus
11 Generate a uniformly distributed length 1000 random sequence in the range (0,1). Plot the histogram and the probability function for the sequence. Compute the mean and variance of the random signal.
12 Generate a Gaussian distributed length 1000 random sequence. Compute the mean and variance of the random signal by a suitable method.

DSDLab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Universal Trainer Board 14

 

 AQUILA AET-205A DC(0-30v)

(+15v &-15v)

AC (5V/10V/20V)

Function Generator &  7 Segment Display
2 Cathode Ray Oscilloscope 14

 

 Scientific SM430 30 MHZ
3 Function Generator 2

 

 Scientific SM5074 3 MHz function Generator counter
4 Digital Multimeter 08

 

 Mastch MAS830L

List of Experiments

Sl. No. Aim of The Experiment
1. Digital Logic Gates: Investigate logic behavior of AND, OR, NAND, NOR, EX-OR, EX-NOR, Invert and Buffer gates, use of Universal NAND Gate.
2. Gate-level minimization: Two level and multi level implementation of Boolean functions.
3. Combinational Circuits: design, assemble and test: adders and subtractors, code converters, gray code to binary and 7 segment display.
4. Design, implement and test a given design example with (i) NAND Gates only (ii) NOR Gates only and (iii) using minimum number of Gates.
5. Design with multiplexers and de-multiplexers
6. Flip-Flop: assemble, test and investigate operation of SR, D & J-K flip-flops.
7. Shift Registers: Design and investigate the operation of all types of shift registers with parallel load
8. Counters: Design, assemble and test various ripple and synchronous counters – decimal counter, Binary counter with parallel load.
9. Binary Multiplier:Design and implement a circuit that multiplies 4-bit unsigned numbers to produce a 8 bit product.
10. Counters: Design, assemble and test various ripple and synchronous counters – decimal counter, Binary counter with parallel load.
 

BEYOND SYLLABUS EXPERIMENTS

 
11. Design of Running light using 555 Timer.
12. Design, assemble and testing of Ring Counter.

Electronics Device Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Computer System (PC) 27

 

 DELL OPTIPLEX 330 Intel® Core™ 2 Duo CPU E4500 @2.20GHz, 775 LGA socket,L2 Catch 2048KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, Dell Monitor
2 Computer System (PC) 06

 

 LENOVO Think Center Intel®  Pentium® Dual CPU E2160 @1.80GHz, 775 LGA socket,L2 Catch 1024KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, 3 Dell Monitor and 3 Lenovo Monitor
3 MATLAB

 

 Standalone MATHWORKS 2007a Matlab  main module with link to CCS, embedded TI c6000 simulink tool
4 HFSS 14 Standalone ANSYS 14 Standalone License

List of Experiments

SL.No. AIM OF THE EXPERIMENT
1  Wave-propagation in conductors and dielectrics using HFSS/CST/MATLAB.
2 Current and charge flow of electromagnetic wave in a rectangular waveguide using HFSS/CST/MATLAB.
3 Uniform Plane Wave Propagation in an Arbitrary Direction
4 Transverse Electric Waves in a Parallel-Plate Waveguide
5 To calculate Dispersion and Group Velocity
6 To design Rectangular Waveguide
7 To design cavity Resonator
8  To show the modes of a rectangular waveguide using HFSS.
9 To show azimuth and elevation patterns
10  To show the input and output impedance
11 SWR measurements of rectangular waveguide
12 Reflection of plane waves

Analog and Digital Communication Lab

LIST OF MAJOR EQUIPMENTS IN THE ANALOG COMMUNICATION LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 Active  Filter     (High Pass And Low ) 01

 

 SCIENTECH AB-51
2 Band Pass  Filter 01 SCIENTECH  AB-52
3 Amplitude Modulation  And  De-Modulation 01

 

 VI -Micro System VCT-03 Modulating signal Freq -300Hz to 3KHz, Freq Amp -5vpp.Carrier Freq-10KHz to 50KHz ,Amplitude -10vpp
4 Cathode Ray

Oscilloscope

 05 SCIENTECH CADDO-920 25MHz
5 Cathode Ray

Oscilloscope

 07 SCIENTIFIC SM410 30 MHz
6 DSB/SSB Transmitter  Kit 01

 

 SCIENTIFIC ST-2201 Audio Soc (300HZ-3.4khZ),Carrier Freq-1MHz  Crystal controlled, power supply -220v+/10%,50Hz
7 DSB/SSB-AM Receiver Kit 01

 

 SCIENTIFIC ST-2202
8 DSBSC-Mod-De- Modulation 01

 

 VI -Micro System

 

 VCT-47 MODULATING SIGNAL:-A:-50KHz to 100KHz,  B:-Amplitude Range =5V.CARRIER  SIGNAL(A):-1MHz frequency( B ):-  Amplitude range:-2V SUPPLY RANGE:-+12V,-12V,GND.
9 Function Generation 03 SCIENTIFIC SM-5071 3MHz
10 FM Communication Kit 02

 

 VI-MICRO

SYSTEM

   VCT-11  Sine wave FREQ-200Hz to 1.2 KHz   Direct FM, Low  freq -20KHz, high freq-358KHz,Amp-5v
11 FM Generation Kit 01

 

 VI-MICRO

SYSTEM

 VCT-44 Carrier Signal (Balanced  Modulator)  :-Frequency:-10KHz to200KHz. .Amplitude:-3V POWER SUPPLY:- GND ,+5V,+12V,-12V.
12 Pre-Emphasis Kit 01 VI-MICRO

SYSTEM

 TBET-83
13 De-Emphasis Kit 01 VI-MICRO

SYSTEM

 TBET-83
14 Passive Filter Kit 01

 

 TECH LAB ELECTRONICS TPFT-46
15 Pulse Code  Mod/De-Mod Kit 01 VI-MICRO

SYSTEM

 VCT-07 Sine wave generator:-200Hz, Variable DC Source , Sampling  Frequency :-32KHz
16 Sampling Trainer  Kit 02

 

 SCIENTECH AND             VI-MICRO SYSTEM ST-2101

VTC-23
17 SSB-SC Trainer  Kit 01 VI-MICRO SYSTEM VCT-42  MODULATING SIGNAL   :-Frequency range -10KHz to 200KHz.Amplitude  -0V to 4V.CARRIER SIGNAL:-Frequency  Range :-350KHZ to 800KHz.
18 Spectrum  Analyzer 04

 

 INTO-X

APLAB

 IN-SA10

SA3011

 Frequency Rang -0.15MHz to1050MHz, 4 Digit  Display, -100 to 13dBm Amplitude range,. Tracking    Generators   Freq range :0.15 MHz to1050 MHz  .Out  put  voltage ;+1 dBm to 50dBm
19 VSB Mod &De-Mod Kit 02

 

 

 VI-MICRO SYSTEM VCT-45 Modulating Signal:-700KHz to200KHz.Amplitude Range :-5v.Carrier input:-700KHz to 1.2MHz.Amplitude range -2.4v.AC 220v&50HZ . DC-12,GHN
21 Pulse-Amp -Mod Kit 02

 

 VI-MICRO SYSTEM VCT-01 Power Amplifier   1wMono ,Sine wave frequency -500Hz,1KHz(fixed)

List of Experiments

Sl. No.  

Topic
1. Analyze and plot the spectrum of following signals with aid of spectrum analyzer: Sine wave, square wave, triangle wave, saw-tooth wave of frequencies 1KHz, 10Khz, 50Khz, 100KKz and 1 MHz.
2. Analyze the process of frequency division multiplexing and frequency division de-multiplexing.
3. Study and design of AM modulator and demodulator. (Full AM, SSB, DSBSC, SSBSC)
4. Study of FM modulation and Demodulation Techniques.
5. Observer the process of PAM, quantization and determination of quantization noise.
6. Multiplex 2-4 PAM/ PPM and PWM signals.
7. Using MATLAB/ SCILAB generate a carrier and a modulating signal. Modulate the carrier using AM. Show the waveform in time domain and analyze its frequency spectrum. Repeat the simulation for modulating signal being square, triangular and other forms waveform.
8 Using MATLAB/ SCILAB generate a carrier and a modulating signal. Modulate the carrier using FM. Show the waveform in time domain and analyze its frequency spectrum. Repeat the simulation for modulating signal being square, triangular and other forms waveform.
9 Using Lab-View software simulate AM modulation and demodulation system.
10 Using Lab-View software simulate FM modulation and demodulation system.
 

BEYOND SYLLABUS EXPERIMENTS

 
14 Generation of VSB

LIST OF MAJOR EQUIPMENTS IN THE DIGITAL COMMUNICATION LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 LAN Trainer 01

 

 VI MICROSYSTEMS VILAN-03 Topology:3types

Hard Ware Networking:ARM 7

And Fpga Combinati

On

Cable:

Parallel Cable-JTAG

Serial Cable-ARM7-RS232

RJ 45 Cable

Cross Cable

Length Cable

Category-

1.Built In Ethernet Based

2.OSI  LAN Trainer

No.of NIC-03

Software:

XILINX&VIRTISIM
2 ISDN Trainer 01

 

 VI MICROSYSTEMS VCT -ISDN Master And Slave Arrangement Type

Cable-JTAG

Data Transfer-Voice, Graphics and Data
3 ASK Modulation And Demodulation 02

 

 VI MICROSYSTEMS VCT-17 Carrier Signal Frequency-

17KHZ

Amplitude-3Vpp

Max Data Frequency-2000hz

Min Data Frequency-830 HZ

Amplitude-3V
4 Delta/Sigma Modulation And De Modulation 02

 

 

 VI MICROSYSTEMS VCT-50 Internal Frequency

Signal

-500Mhz & 1000hz

Sampling

Internal Clock-8KHZ,16KHZ,32KHZ,400KHZ,& 800KHZ

Filter-Butterworth Low Pass

 
5 DPSK Modulation And Demodulation 02

 

 VI MICROSYSTEMS VCT-59 Clock Data:

Freq-2.5khz

Amp-5v

Carrier Signal:

Freq-10khz

Amp-5v

Modulator-Balanced Modulation
6 FSK Modulation And Demodulation 02

 

 VI MICROSYSTEMS VCT-18 Modulating Signal:

Freq-22hz

Amp-5v

Carrier :

Freq-1070hz & 1270hz

Amp-5v
7 MSK Modulation And Demodulation 02

 

 VI MICROSYSTEMS VCT-46 Data-Binary Data

Modulator-VCO

De Modulator-PLL

LPF & Comparator

 
8 Noise Signal Generator 02

 

 

 VI MICROSYSTEMS VCT-58 Digital Type-

PNS Generator

Analog Type-

White Noise Generator

Semiconductor Noise Generator
9 PSK  Modulation And Demodulation 02

 

 VI MICROSYSTEMS VCT-21 Modulating Signal:

Binary Data

Freq-50khz

Amp-5vpp

Carrier Signal:

Freq-200khz

Amp-2vpp

Modulator-Balanced Modulator
10 Pulse Code Modulation 02

 

 

 

 VI MICROSYSTEMS VCT-07 Crystal Frequency-6.14Mhz

Sampling Frequency-32Mhz

Filter-Butterworth
11

 

 QPSK Modulation And De Modulation 02

 

 VI MICROSYSTEMS VCT-29 Signal:

Sine Wave, Cosine Wave

Freq-10khz

Amp-5vpp

Clock Freq:

Channel-1  -5khz

Channel-2  -2.5khz

Amp-5vpp
12 QAM  Modulation And De Modulation 02

 

 

 VI MICROSYSTEMS VCT-49 Data:

Freq-780hz

Amp-+5v

Carrier:

Freq-5Khz

Amp-+2v
13 Time Division Multiplexing 02

 

 VI MICROSYSTEMS VCT-02 Crystal Frequency-

6.4Mhz

No. Of Channel-4

Filter Type-Butterworth, Low Pass
14 CRO 12

 

 SCIENTIFIC SM-410 30Mhz

Dual Channel
 

15

 Function Generator 03

 

 

 SCIENTIFIC SM-5071 3Mhz
16 Spectrum  Analyzer 04

 

 InTRX

Aplab

 INSA 10 0.15-1050Mhz
17 ADC 8 Channel 02

 

 VI MICROSYSTEMS VSTM-03 8 Bit Resolution

8 Channel Multiplexer

Method-Successive Approximation
18 DAC 8 Channel 02

 

 VI MICROSYSTEMS VSTM-02A 8 Bit Resolution

8 Channel Multiplexer

Method-Successive Approximation
19 Level Converter 02

 

 VI MICROSYSTEMS VCT-40 Clock Frequency Range-

120hz To 2khz

TTL Output

Symbol 1-15v

Symbol 0-0v

List of Experiments

Sl. No. Topic
1.  Study the functioning  of  PCM and Delta modulator,demonstrate the process of PCM modulation and Delta modulation.

 
2. Modulation generation and detection signal generator CRO.
3. To study Time Division Multeplexing.
4. To study the different channel coding and decoding techniques

 
5. Generation and reception of different types of signals like ASK, PSK, FSK.

 
6. To transmit and received three separate signals audio, video and tone simultaneously through satellite link .

 
7 To transmit PC data through satellite link using a satellite communication demonstration unit.

 
8 To compare different forms of BPSK, QPSK, OQPSK (experimentally) and analyze their spectrum analyzer.

 
9 Spreading  and de-spreading using additive white Gaussian noise

 
10 To transmit different types of signals using ISDN system

 
11 To analyze the process of data communication in LAN using LAN trainer and compare the performance of different media Access techniques

 
 

BEYOND SYLLABUS EXPERIMENTS

 
12 To study DPSK Modulator

 

 
13 To study MSK Modulator

Digital Signal Processing Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
Computer System (PC) 33

 

 LENOVO Think Center Intel®  Pentium® Dual CPU E2160 @1.80GHz, 775 LGA socket,L2 Catch 1024KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, 3 Dell Monitor and 3 Lenovo Monitor
DSP Trainer Kit 05

 

 VI Micro System VSK-6713 TMS320C6713, Clock Cycle 225MHz, AIC23 Codec, 12 Bit Dual ADC, 12 Bit four DAC Channel, 16 MB SDRAM, 512KB Nonvolatile flash memory, RS232 interface, 4 user accessible LEDs and DIP switches
Cathode Ray Oscilloscope 01 Scientific SM430 30 MHZ
Function Generator 01

 

 Scientific SM5071 3 MHz function Generator counter
MATLAB

 

 Standalone MATHWORKS 2007a Matlab  main module with link to CCS, embedded TI c6000 simulink tool
VI Debugger For 6713 Standalone VI Microsystems Debugger with c code and ASM interface

List of Experiments

Sl. No. AIM OF THE EXPERIMENT
1. (i) Introduction to MATLAB software and study of its important commands.

(ii) Familiarization with the architecture of a standard DSP kit (Preferably TMS 320C6XXX DSP kit of Texas Instruments)
2. (a) Introduction to MATLAB software and study of its important commands.

(b)Generation of various types of waveforms (sine, cosine, square, triangular etc.) using MATLAB and DSP kit
3. Linear convolution of sequences (without using the inbuilt conv. function in MATLAB) and verification of linear convolution using DSP kit.
4. Circular convolution of two sequences and comparison of the result with the result obtained from linear convolution using MATLAB and DSP kit.
5. (a) Computation of autocorrelation of a sequence, cross correlation of two sequences using MATLAB.

(b) Computation of the power spectral density of a sequence using MATLAB also implementing the same in a DSP kit.
6. Finding the convolution of a periodic sequence using DFT and IDFT in MATLAB.
7. (i) Implementation of FFT algorithm by decimation in time and decimation in frequency using MATLAB.

(ii) Finding the FFT of a given 1-D signal using DSP kit and plotting the same.
8. Design and implementation of FIR (low pass and high pass) Filters using windowing techniques (rectangular window, triangular window and Kaiser window) in MATLAB and DSP kit
9. Design and implementation of IIR (low pass and high pass) Filters (Butterworth and Chebyshev) in MATLAB and DSP kit.
10. (i) Convolution of long duration sequences using overlap add, overlap save using MATLAB.

(ii) Implementation of noise cancellation using adaptive filters on a DSP Kit.
BEYOND SYLLABUS
11. Envelop detector using MATLAB
12. Signal Reconstruction using MATLAB

Microprocessor and Microcontrollor Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
1 8085 Microprocessor 13

 

 Vi Microsystems M-85 EB(LED & LCD) 8-BIT
2 8086 Microprocessor 14

 

 Vi Microsystems M-86 EB 16-BIT
3 8051 Microcontroller 08

 

 Vi Microsystems M-51 EB 8-BIT
4 CRO 04

 

 SCIENTIFIC SM-410 30MHZ
5 Digital To Analog Converter 05

 

 Vi Microsystems VBMB-002 8/16 BIT
6 Elevator Simulator 08

 

 Vi Microsystems VBMB-022 8/16 BIT
7 8279 Interface Board 05

 

 Vi Microsystems VBMB-001 16 BIT
8 8255 Interface Board 07

 

 Vi Microsystems VBMB-008 8/16 BIT
9 Stepper Motor Kit 12

 

 Vi Microsystems VBMB-13A 8/16 BIT
11 Traffic Light Controller 08

 

 Vi Microsystems 8/16 BIT

List of Experiments

Sl. No. AIM OF THE EXPERIMENT
1. Introduction to 8086 microprocessor and its register structures.
2. Programs for 16 bit arithmetic operations using 8086

(Addition, Subtraction, Multiplication, Division and 2’s complement of a given number.)

 
3. Programs for Searching (Using 8086).

A.    Find out the largest number of a given number.

B.     Find out the smallest number of a given number.

 
4. Programs for Sorting (Using 8086).

A.    Arrange the ascending order.

BArrange the descending order.

 
5. Programs for String manipulation operations (Using 8086).

(Transfer a block of data from one memory location to another memory location.)

 
6. Interfacing and Programming of Stepper Motor.

 
7. Interfacing and Programming of Traffic light control system
8. Programming using Arithmetic,Logical and Bit Manipulation instructions of 8051 microcontroller.
9. Interfacing ADC and DAC.
10. A design problem using 8051
Beyond  Syllabus
1. Generate a square wave and rectangular wave of given frequency at the output pin of 8255 chip.
2. Study of Elevator Simulator

MWE Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model
1 Klystron Power supply 02

 

 Microwave Technology INC MTI KP-503

MTI-1001,1005
2 Klystron MOUNT 02

 

 Microwave Technology INC MTI-1001,1005
3 Klystron Tube 02

 

 Microwave Technology INC MTI-1001,1005
4 Isolator 03

 

 Microwave Technology INC MTI-1001,1005,1002
5 Frequency meter 03

 

 Microwave Technology INC MTI-1001,1005,1002
6 Variable attenuator 03

 

 Microwave Technology INC MTI-1001,1005,1002
7 Slotted section 03

 

 Microwave Technology INC MTI-1001,1005,1002

List of Experiments

Sl. No. Aim of the Experiments
Reflex Klystron Characteristics.
2. Gunn diode characteristics
3. Directional Coupler Characteristics
4. Measurement of Voltage Standing wave ratio
5. Radiation Pattern Measurement of a Horn Antenna
6. Impedance,Wavwlength and Frequency Measurement
7. Determinationn of Polarization of Horn Antenna
8. Measurement of Scattering Parameters
9. Coupling Measurement of H-Plane,E-Plane and Magic Tee junction
10. Measurement of Dielectric Constant
11. Mesurement of Phase Shift
12. Scattering Parameters of Circulator/Isolators
BEYOND SYLLABUS EXPERIMENTS

 
1. To study the cavity resonator

 
2. Measurement of Dielectric constant of a low loss solid dielectric

Future Ready Contributor Programme Lab

AIM OF THE EXPERIMENT IN THE LAB

SL. No. AIM OF THE EXPERIMENT
1.       Who Is A Contributor?
Enable students to build a new vision of who they can become as “future-ready contributors”
2.       Developing A Growth Identity
Enable students to develop a growth identity & build their self-esteem.
3.       Become A Creator Of Your Destiny
Help students learn to deal positively with challenging life situations.
4.       Achieving Sustainable Success
Developing a steady success in an uncertain world
5.       Career Development Pathways
Open up career possibilities and build a contributive career
6.       Unleashing Our Power To Contribute
Be contributors ‘NOW’ and start contributing at any point through any role

List of Projects

PROJECTS  
1 Project 1: Building A Contributor Profile For A Real-Life Contributor
Student Project Session
Think Solutions
From seeing problems or roadblocks to finding solutions – learn the way of thinking which is at the heart of innovation
Value Thinking
Unleash ability to contribute and create value wherever you go
Engage Deeply
Accelerate your personal development and career growth by engaging deeply in various aspects of life.
2 Project 2: Building A Solution To A Citizen Challenge
Student Project Session
Think In Enlightened Self-Interest
Working more effectively in teams, collaboratives, communities
Human-Centric Thinking & Empathy
Recognizing and valuing people at a human level and then acting to make a difference in their lives
Trust Conduct
Explore what is the importance of practicing trust conduct in different areas
3 Project 3: Building A Vision & Plan For Running A Contributor Company
Student Project Session

Communication Engineering Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

Sl No Name of The Equipment Quantity Make Model Specification
01

 

 System 02

 

 DELL OPTIFLEX

330

 Core2 Duo Processor,1GB Ram,160GB HDD, Monitor, Keyboard, Mouse
02 CRO 05

 

 SCIENTIFIC

 

 SM410 30MHZ
03 Antenna Trainer Kit 01

 

 SCIENTECH ST2261 On Board RF & Tone generators
04 Satellite Communication Trainer 01

 

 SCIENTECH ST2271 1100-1300MHZ

PPL MICROWAVE

OPERATION
05 Fiber Optics 01

 

 SCIENTECH ST2502 Two channel with

Transmitter & Receiver
06 Colour TV 02

 

 BESTA VISION

/SUMSUNG

 Passion Both manual & Remote
07 DVD 01

 

 BESTA VISION Bv 6800 Both manual & Remote

List of Experiments

Sl. No. Topic
1. Radiation pattern of Dipole, Yagi, Helical and Slot Antenna.
2. Study of different blocks of colour TV receiver such as RF amplifier, IF amplifier, sync separator, vertical oscillator, colour picture tube etc and measurement of various voltage signal waveform.
3. Polarization Detection of Dipole, Yagi, Helical and Slot Antenna.
4. Measurement of Refractive Index profile, Numerical Aperture.
5. Attenuation and bending loss/dispersion in a multimode optical fiber.
6. Measurement of Gain of a fiber communication link using (a) optical fiber, (b) free space.
7. Establishing and testing an optical Fiber analog and digital Link.
8. Simulation of a pn sequence generator using MATLAB.
9 Simulation of direct sequence spread spectrum technique using MATLAB.
10 Simulation of TDM and WDM using Matlab.
 

BEYOND SYLLABUS EXPERIMENTS

 
11 To establish a direct communication link between uplink transmitter and downlink receiver using tone signal.
12 To set up an active satellite link and demonstrate link fail operation.

Project Lab

LIST OF MAJOR EQUIPMENTS IN THE LAB

SL No NAME OF THE EQUIPMENT MAKE MODEL SPECIFICATION QUANTITY
1.        1 SYSTEM (PC) DELL/ LENOVO OPTIPLEX 330/ Think Center Intel® Core™ 2 Duo CPU E4500 @2.20GHz, 775 LGA socket,L2 Catch 2048KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, Dell Monitor/

Intel®  Pentium® Dual CPU E2160 @1.80GHz, 775 LGA socket,L2 Catch 1024KB,Chipset Intel G31, DDR2 1GB RAM 333MHz Frequency, 3 Dell Monitor and 3 Lenovo Monitor

 23
2.        2 UPS Input:230Vac, 50/60 Hz,2.4A

Output: 600VA/360W/2.4A, single phase

 APC/ Back-UPS RS 600 UPS 23
3.        5 DSO APLAB/ SCIENTIFIC D36060C/ SMO1060 60mhz two channel

line voltage range

ac 100-240v

fuse rating

ac 250v t2a slow

power max 50w, 65va Freq. 45-65hz

Two channel 60Mhz

USB ,RS 232c connected

Rating: 50va max 99v ac to 242 v, 47hz 440vhz

 04
4.        6 UNIVERSAL PROGRAMMER TOP WIN TOP2008 USB connected

For OS window7/XP/2000/

2003

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5.        7 DAQ NI USB6000 12 bit

10 KS/S

Multifunction I/O

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6.        8 Raspberry Pi2 Raspberry Ethernet connected 03
7.        9 Arduino Arduino USB Connected 03
8. LabVIEW NI 2013 License Version 13

Additional Lab Facilities

1. A National MEMS Design Centre (NMDC)

  • A National MEMS Design center,NMDC (Center of Excellence) has been set has been set up in the Dept. of ETC in collaboration with IISc., Bangalore under National Programme on Micro and Smart Systems(NPMASS) Program, consisting of MEMS perpetual licensed software worth Rs.45 lakhs. Dr.Sakuntla Mahapatra (PI) is the coordinator of NMDC.
  • ISSS -Student Awards
    • Two papers selected in 7th ISSS International conference on smart materials structures & systems (ISSS-2014), Bangalore during July 8th -11th -2014 for student project awards as a poster presentation
    • “Wireless heart beat monitoring system using heart beat sensor” by Prashant Kumar Thakur, Vishal Raj, Sk Mohammed Ali, Sakuntala Mahapatra
    • “ZigBee based calling bell for dumb and deaf” by DhirendranathPanigrahi, Prasanjeet Nayak, Sakuntala Mahapatra, Shaik Mohammed Ali

 

2. PCB Prototyping and Design Lab

PCB Prototyping and Design Lab is inaugurated on 15th April, 2022 funded by DST-FIST. We have procured MITS PCB Antenna Prototyping Machine. Model: Eleven Lab from Entuple Technologies Pvt Ltd, Kolkata. Faculty members involved in the lab took a week days training conducted by Entuple Technologies Pvt. Ltd. This lab is used by B-Tech ETC, EEE, EE and M-Tech ETC Students for designing PCB for their projects. PCB lab can be used to design custom PCB of different electronic circuits. In this lab both single side and double sided PCB can be done. Both software and hardware design facilities are available. This lab is equipped with high configuration CNC based PCB Prototyping design with Design Pro Print software for designing PCB layout. OrCAD Simulation software is available for simulating the circuit design and analysis

 

MAJOR EQUIPMENTS IN THE LAB

 

CNC Based PCB Prototyping Machine MITS PCB Antenna Prototyping Machine

 

High-end PC is available to run PCB layout design software and Circuit Simulation Software.

 

High End 5 number PC’s with OrCAD software

     

MITS Eleven Lab (CNC Based PCB Prototyping Machine)

 

New experiments set up Details

  • With the PCB Lab setup funded by FIST we have designed a Prototype PCB for Gas sensing applications and also we have designed a dual layered PCB for smart regulated power supply and Circuit Breaker for Gas sensing applications.
  • We have designed a DRA based  MIMO antenna for WiMax and  WLAN applications. The designed antenna can be operated in ISM band(4.5GHz), 4 GHz, 6 GHz and 9 GHz applications.

  1. IoT Maker’s Space/Microchip Lab

Microchip Centre of Excellence is inaugurated on 9th November, 2018 in Trident Academy of Technology, Bhubaneswar by University Program Manager  Jagan Jothivel .

Microchip has funded amount Rs. 12 Lakhs (Software and    development tools along with some recommended Hardware tools).

Microchip’s Academic Program demonstrates our ongoing commitment to support the education of the next generation of engineers. Microchip offers unique benefits and resources for educators, researchers and students worldwide. Its partnership with academia is intended to increase the awareness and knowledge of embedded applications and inspire students to become the innovators of the future. It provides Resources for educators, researchers and students.

                              Microchip and IoT lab Facility

Microchip certified trainer’s to deliver training for PIC32, PIC18, PIC16 Microcontrollers.

  1. Dr. Sakuntala Mahapatra
  2. Shaik Mohammed Ali
  3. Shuvendra Kumar Tripathy

 

List of tools supplied for Microchip COE in First Phase

Si. No. Name of the tool Maker Model Quantity
1 Chipkit Wi-Fire Digilent 200MHz of PIC32Mz power 2
2 Atmel QTouch Atmel EVK1070B 1
3 Basic I/O Shield Digilent Basic I/O EXP for Arduino 2
4 Microchip Development board Microchip Explorer 8 1
5 Atmel SAM L21 Xplained pro Atmel ATSAM21-XPRO Evaluation Kit 1
6 XMEGA-ES Xplained Atmel Evaluation kit with ATxmega32ES 1

 

 
7 AVR Debugger and programmer for AVR Microcontroller Atmel JTAGICE5 1
8 Atmel Xplained Mini Atmel ATmega168PB-mini Evaluation Kit 1
9 Atmel I/O Xplained Atmel AT101-Xpro Extension Kit 2
10 Atmel OLED Xplained Pro Atmel ATOLED1-Xpro

Extension Kit

 2
11 Atmel SAM D11 Xplained Pro Atmel Evaluation  Kit

ATSAMD11-Xpro

 2
12 PIC Kit 3

In-CKT Debugger

 Microchip Kit 3 1

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

List of Project completed using this Lab facility

  1. An intelligent IoT based system for Sensing Hazardous Gases in Manhole and Analysis
  • It is an IoT based intelligent alert system for sensing and analysis of various hazardous Manhole gases.
  • Poisonous gases such as Methane (CH4 ), Hydrogen Sulfide (H2S), Carbon Monoxide (CO), Carbon Dioxide (CO2), and Ammonia (NH3) along with Temperature and Humidity will be detected.
  • Alarm as well as display will be provided if the hazardous gases are above the danger level, by keeping different threshold level for each gas.
  • A learning machine hybrid Fuzzy and ANN (Artificial Neural Networks) is been implemented to avoid cross sensitivity among the sensors and for noise cancellation.
  • Real Time field testing of the developed prototype model will be done at the manholes of Orissa Water Supply and Sewerage Board(OWSSB),Govt. of Odisha.
  1. An intelligent IoT based system for Sensing Hazardous Gases in Manhole and Analysis

Sponsoring  Agency :-Department of Science and Technology (DST) Government of India under Technology Development Transfer scheme of Device Development Programme (DDP)

  • PI-Dr. Sakuntala Mohapatra, Professor, Dept. of ETC.
  • Co-PI’s- Shaik Mohammed Ali, Shuvendra Kumar Tripathy , Dayal Kuamar Behera
  • Funding Amount:- 19.5 Lakhs
  • Duration:- 2 years (2021-23) Status:- Ongoing
  1. IoT Based Smart Dustbin for Smart City
  • The garbage monitoring system works on the concept of Internet of Things.
  • It decreases the manual labour and increases the cleanliness.
  • It is basically a project based on the concept of Swacch Bharat Mission and Digital India.
  • Presently our model is suitable for the shopping mall, Bus stand, Railway Station, Airport, Educational Institution, office.

 

  

 

  1. Mechatronics Lab
  • Robotics, automation, unmanned vehicles (UVs), and industry 4.0 have all made more people interested in mechatronics than ever.
  • Its goal is to encourage technological innovation and help Mechatronics club members learn the skills they need by giving them a good place to design and make mechanical and electronic parts.
  • To use the ideas of robotics and Unmanned Vehicles (UVs) to analyze, design, and make solutions for needs in society and industry.
  • To use tools and technologies for automation to come up with new ideas and ways to solve problems in the manufacturing sector.

 Cisco Thingqbator

The name “ThingQbator” is a combination of ‘Internet of Things’ and ‘Incubator’. ThingQbator was started as an internal incubator of IoT ideas coming from Cisco’s engineer community. In India Cisco has set up 5 ThingQbator makerspaces as a part of our Corporate Social Responsibility commitments in 2018 through our partner – NASSCOM Foundation. Trident is a CISCO sponsored ThingQbator which is a IoT Incubation Center with a funding amount of 1.2 Crores from CISCO. This is a student
driven center where the students share innovative ideas and utilize the facilities of the centre to bring the idea into the product level by the help of CISCO Support center.

 

  1. Sponsored Research Laboratory

A dedicated laboratory have been allotted to all the Govt. Sponsored projects to be carried out like BRFST, BRNS, DDP, etc. One junior research fellow is assigned to that lab for a particular project.

  • Sponsoring Agency :-Board of Research in Nuclear Sciences (BRNS), Department of Atomic Energy (DAE), Government of India
    • PI-Dr. Sakuntala Mohapatra, Professor, Dept. of ETC.
    • Co-PI– Shaik Mohammed Ali
    • Funding Amount:- 71 Lakhs
    • Duration:- 2 years (2016-18)
    • Status:- Completed

 

 

Projects completed under this lab

  1. 16-Channel Wireless Acquisition System for Magnetic Diagnostics of ADITYA-U Tokamak
  • 16-channel wireless digitizer is developed and implement ed in ADITYA-U Tokamak.
  • To acquire the signals in harsh Tokamak environment with safety and accuracy and to transmit the measured signal wirelessly.
  • To eliminate the isolation problems while measuring frequency response of magnetic probes and self-inductance of probes at various places.
  • To simplify the cable connections with the use of wireless digitizers.
  • To simplify the data acquisition of analog signals with the use of wireless digitizers.

                                          Prototype Model-BRNS

  • Perpetual licensed softwares such as COMSOL, Coventorware, Intellisuite provided by IISC, Bangalore.
  • Full licensed version of MATLAB.