ANALOG ELECTRONICS LAB-15ECL37

About the laboratory:

Analog Electronics Laboratory is the basic lab for Electronics & Communication Engineering students. In this laboratory,

students will understand the basic concepts right from the breadboard connections, colour coding of resistors, identification of

different electronic components, learning the usage of various measuring instruments like Digital Multimeter, Cathode Ray

Oscilloscope (CRO), Analog Voltmeters and Ammeters etc.

Students also get wide exposure to handle and usage of Signal Generators, DC Power Supply.

Electronic Circuits concepts such as Rectifiers, Regulators, Clippers, Clampers, Oscillators, Amplifiers etc. are learnt by circuit

connections with waveforms.

LAB INCHARGE

Faculty RAJAPPA H S

Instructor SRINIVASA T S

Attender RAMESH KUMAR M

Major Equipments:

Sl. No Equipment Name Quantity Cost Year of Purchase

1 ANALOG CATHODE RAY OSCILLOSCOPES 16 296728.00 2002/2003/2004/2006

2 DIGITAL STORAGE OSCILLOSCOPES 4 116050.00 2017

3 DIGITAL MULTIMETERS 20 33350.00 2002

4 FUNCTION GENERATOR 18 121576.00 2002/2003/2004/2006

5 DC REGULATED POWER SUPPLY 51 143900.00 2002/2003/2004/2005/2006

DIGITAL ELECTRONICS LAB-15ECL38

About the laboratory:

This lab enables students to get practical experience in design, realization & verification of,

Demorgans Theorems, SOP, POS forms.

Full / Parallel Adders, subtractors & Magnitude comparators.

Multiplexers using logic gates.

Demultiplexers & Decoders.

Flip-Flops, Shift registers & Counters.

LAB INCHARGE Faculty NILAJKAR R M

Instructor SRINIVASA T S

Attender RAMESH KUMAR M

Major Equipment

Sl. No

Equipment Name

Quantity Cost Year of Purchase

1 ANALOG CATHODE RAY OSCILLOSCOPES 15 261345.00 2002/2004/2006

2 Fixed Power Supply 13 19500.00 2002/2005

3 DC REGULATED POWER SUPPLY

23 15800.00 2002

4 DIGITAL IC TRAINER KITS 18 85800.00 2002

Linear ICs and Communication Lab-17ECL48

About the laboratory:

Linear ICs and Communication laboratory has the most priority among the various labs in the curriculum of Electronics and

communication engineering students for undergraduate courses. This lab is equipped with signal generators, single and dual power

supplies, Cathode ray oscilloscopes and digital storage oscilloscopes to measure various parameters like voltage and frequency. (This

laboratory aims at imparting the knowledge required to design and verify different analog circuits based on operational amplifiers,

555 timers, PLLs etc..) This laboratory is used to learn the various applications of Analog (Linear/Non-linear) ICs and their application.

Also enables them to get familiarity with various linear ICs such as OP Amp (µA741) and Timers (SE/NE 555), Designing of clipper &

clamper circuits, Design of multi vibrators & ADC and DAC. The laboratory is established with an aim to train the students in analog

transmission/reception of signals and constructing circuits based on analog modulation techniques like AM, FM.

LAB INCHARGE

Faculty RAVITEJA B

Instructor RAJASHEKHARA YELIGAR

Attender RAMESH KUMAR M

Major Equipment:

Sl. No

Equipment Name

Quantity Cost Year of Purchase

1 ANALOG CATHODE RAY OSCILLOSCOPES

16 296728.00 2002/2003/2004/2006

2

DIGITAL STORAGE OSCILLOSCOPES

4 116050.00 2017

3

DIGITAL MULTIMETERS

20 33350.00 2002

4

FUNCTION GENERATOR

18 121576.00 2002/2003/2004/2006

5 DC REGULATED POWER SUPPLY 51 143900.00 2002/2003/2004/2005/2006

Microprocessor Laboratory - 17ECL47

About the laboratory:

Intel 8086 microprocessor is a first member of x86 family of processors. 8086 Microprocessor is an enhanced version of 8085

Microprocessor that was designed by Intel in 1976. It is a 16-bit Microprocessor having 20 address lines and16 data lines, that

provides up to 1MB storage. It consists of powerful instruction set, which provides operations like multiplication and division easily. It

supports two modes of operation, i.e. Maximum mode and Minimum mode. Maximum mode is suitable for system having multiple

processors and Minimum mode is suitable for system having a single processor. These microprocessors had much lower power

consumption

LAB INCHARGE

Faculty Dr. LATHA B M

Instructor SRINIVASA T S

Attender

RAMESH KUMAR M

Major Equipment

Sl.No Equipment Name Quantity Cost Year of Purchase

1 Computer Systems 22 414857.00 2012

2 Interfacing Modules 92 184457.00 2003/2004/2005/2008

3 Analog Cathode Ray Oscilloscopes 2 35000.00 2006

4 Dc Fixed Power Supply 25 22125.00 2005

5 PCI Parallel Port Addon Cards 10 54880.00 2003/2004/2017

HDL Laboratory - 15ECL58

About the laboratory: Hardware description language (HDL) is specialized computer language used to program electronic and digital logic circuits. The

structure, operation and design of the circuits are programmable using HDL. HDL includes a textual description consisting of

operators, expressions, statements, inputs and outputs. Instead of generating a computer executable file, the HDL compilers provide

a gate map. The gate map obtained is then downloaded to the programming device to check the operations of the desired circuit.

The language helps to describe any digital circuit in the form of structural, behavioral and gate level and it is found to be an excellent

programming language for FPGAs and CPLDs.

In the course of this lab, student will write efficient Verilog HDL code to design hardware circuits and perform high-level HDL

simulation, synthesis and verify the expected output, explain different levels of abstraction with the programming examples and

Interface the CPLD with different external devices such as motors, DAC, seven segment and LCD displays.

LAB INCHARGE

Faculty GURURAJ E

Instructor KALLESHI S N

Attender RAGHAVENDRA

Major Equipment:

Sl.No Equipment Name Quantity Cost Year of Purchase

1 Desktop Computer Systems 22 414857.00 2012

2 LCD Projector 1 20000.00 2012

3 LAN Hub 1 8150.00 2005

4 CATHODE RAY OSCILLOSCOPE 3 52500.00 2006

5 DIGITAL STORAGE OSCILLOSCOPES

1 27500.00 2017

6 DC FIXED POWER SUPPLY 20 17220.00 2003

7 FPGA/CPLD TRAINER KITS 15 410000.00 2005

8 PCI ADD-ON CARDS 25 106050.00 2003

9 INTERFACING MODULES 28 37782.00 2003/2005/2008

Digital Signal Processing Laboratory - 15ECL67

About the laboratory:

Digital Signal Processing (DSP) LAB in ECE department facilitates students to learn elementary concepts by simulation and

implementation in C language. Also the concepts of analog to digital conversion and frequency domain sampling of signals along with

representation of Continuous and Discrete time signals,verification of DFT properties and design different digital filters using

simulation tool will be taught. Both software and hardware skills required for solving problems in DSP domain will be learnt by the

students.

LAB INCHARGE

Faculty RAJASHEKHAR KUNABEVU

Instructor

SRINIVASA T S

Attender RAGHAVENDRA

Photo

Major Equipments:

Sl.No Equipment Name Quantity Cost Year of

Purchase

1 Desktop Computer Systems 22 414857.00 2012

2 LAN Hub 1 8150.00 2005

3 CATHODE RAY OSCILLOSCOPE 1 17500.00 2006

4 DIGITAL STORAGE OSCILLOSCOPES

1 27500.00 2017

5 MATLAB SOFTWARE TOOL 25 USER 743773.00 2019

Embedded Systems Lab - 15ECL67

About the Lab

In this lab we introduce the ARM Cortex – M3 processor (i.e LPC1768 device) and Keil uvision IDE tool.

The Keil development tools for ARM offer numerous features and advantages that help you quickly and successfully develop

embedded applications. They are easy to use and are guaranteed to help you achieve your design goals. The μVision IDE and

Debugger is the central part of the Keil ARM development tools.

The ARM Cortex-M3 is a general purpose 32-bit microprocessor, which offers high performance and very low power consumption.

The Cortex-M3 offers many new features, including a Thumb- 2 instruction set, low interrupt latency, hardware divide, interruptible

/continuable multiple load and store instructions, automatic state save and restore for interrupts, tightly integrated interrupt

controller with Wake-up Interrupt Controller and multiple core buses capable of simultaneous accesses.

The goals of the laboratory exercise are

1 To understand the software tool required for programming in Assembly and C language.

2 To simulate ARM Cortex - M3 assembly programs

3 To interface external devices with ARM Cortex M3 and develop C language programs for embedded system applications.

LAB INCHARGE

Faculty HARISHA G C

Instructor

KALLESHI SN

Attender RAGHAVENDRA

Photo

Major Equipment:

Sl.No Equipment Name Quantity Cost Year of

Purchase

1 Desktop Computer Systems 24 681600.00 2017

2 LCD Projector 1 20000.00 2012

3 LAN Hub 1 8150.00 2005

4 ARM Cortex Evaluation Board 15 88867.00 2018

5 DC FIXED POWER SUPPLY 20 21160.00 2008

Computer Network Lab - 15ECL68

About the Lab:

The purpose of this lab is to acquaint the students with an overview of the Computer Networks from the perspective

how the information is transferred from source to destination within, across the network and through different layers in

TCP/IP Protocol Stack and various network algorithms on various accepts of networking QoS.

LAB INCHARGE

Faculty RAGUDATHESH G P

Instructor SRINIVASA T S

Attender RAGHAVENDRA

Major Equipment:

Sl.No Equipment Name Quantity Cost Year of

Purchase

1 Desktop Computer Systems

24 681600.00 2017

2 LCD Projector 1 20000.00 2012

VLSI Lab - 15ECL77

About the laboratory:

VLSI Lab will enable students to:

Explore the Tanner EDA tool to design schematic and layout for required application.

Learn DRC, LVS and Parasitic Extraction of the various designs.

Design and simulate the various basic CMOS analog circuits and use them in higher

circuits like data converters using design abstraction concepts.

Design and simulate the various basic CMOS digital circuits and use them in higher

circuits like adders and shift registers using design abstraction concepts.

At the completion of this lab, student will be able to

Illustrate the use & importance of verilog HDL and test bench in implementing combinational digital circuits such as inverter,

transmission gate and adders.

Illustrate the use & importance of verilog HDL and test bench in implementing sequential digital circuits such as flip flops,

counters, etc.

Interpret concepts of DC Analysis, AC Analysis and Transient Analysis in analog circuits.

Demonstrate steps involved in layout design of Electronic circuits.

LAB INCHARGE

Faculty SANTHOSH HERUR

Instructor SRINIVASA T S

Attender RAGHAVENDRA

Major Equipments:

Sl.No Equipment Name Quantity Cost Year of

Purchase

1 Desktop Computer Systems

22 414857.00 2012

2 Tanner EDA Design Tool 15 USER 540800.00 2009

Advanced Communication Lab - 15ECL76

About the Laboratory:

Advanced Communication Laboratory is the core lab in ECE Course for final year engineering students. In this laboratory students will

be exposed to practical implementation of various Advanced Communication techniques such as Optical Fiber Communication using

Trainer Kits, Microwave Communication with the aid of Microwave Bench Setup, MIC (Microwave Integrated Circuit technology) and

Digital Communication techniques such as ASK (Amplitude Shift Keying), FSK (Frequency Shift Keying), PSK (Phase Shift Keying), TDM

(Time Division Multiplexing) concepts with waveforms.

LAB INCHARGE

Faculty Mrs. Venkata Sumana C H

Instructor Mr. Rajashekhara Yeligar

Photo

Attender Mr. Ramesh Kumar

Major Equipment:

Sl. No

Equipment Name Quantity Cost

Year of Purchase

1 Microwave Bench Setup 4 Set Up 386325.00 2004, 2005

2 Microwave Integrated Circuit (MIC) Setup

2 Set Up 205000.00 2009

3 Optical Fiber Trainer Kits 4 Nos 157600.00 2004, 2009

4 Digital Communication Trainer Kits 24 Nos. 207650.00 2004, 2009

5 Cathode Ray Oscilloscope - Dual Channel, 30 MHz

15 Nos 259805.00 2002,2003,2004,2006

6 Digital Storage Oscilloscope, 70 MHz, 1 GS/s

4 Nos. 110000.00 2017

7 Digital Multimeter, 3½ Digit 10 Nos 11150.00 2004, 2006

8 Function Generator, 2 MHz/10 MHz /20 MHz

24 Nos. 183339.00 2002, 2003, 2004, 2006,

2017

9 DC Regulated Power Supply (0-30V/2A) Dual Channel)

12 Nos 53400.00 2003, 2004, 2006

10 DC Regulated Power Supply (0-30V/2A) Single Channel)

12 Nos 22300.00 2002, 2003, 2005

11 Fixed Power Supply +/- 12V, 5V / 1A 12 Nos. 10311.00 2003

BASIC ELECTRICAL ENGINEERING LAB-18ELEL17

About the Laboratory:

The Basic Electrical Engineering Lab is the basic lab for first year students of all engineering branches. The experiments are designed to expose students to the practical executions of the fundamental theories of Electrical Engineering.

Get an exposure to common electrical components

Make electrical connections by wires of appropriate ratings.

Understand the usage of common electrical measuring instruments

Understand the basic functioning of electrical machines.

LAB INCHARGE

Faculty Dr. MURUGENDRAPPA N

Instructor

SRINIVASA T S

Attender RAMESH KUMAR M

Major Equipment

Sl.No Equipment Name Quantity Cost Year of

Purchase

1 3-PHASE STAR & DELTA CIRCUITS MODULE 3 102000.00 2018

2 3-PHASE POWER USING TWO WATTMETER MODULE 3 117000.00 2018

3 EARTH TESTER WITH SPIKES FOR TESTING 3 19500.00 2018

4 DEMONSTRATION OF CUT-OUT SECTION MODULE 1 42000.00 2018

5 DC REGULATED POWER SUPPLY 8 46000.00 2018

6 DC AMMETER 7 6300.00 2018

7 AC ANALOG VOLTMETER 2 3600.00 2018

8 1-PHASE AUTOTRANSFORMER/VARIAC 4 18000.00 2018

9 AC AMMETER 8 14800.00 2018

10 DC VOLTMETER 4 3600.00 2018

11 WATTMETER 4 10400.00 2018