Previous year question papers

Question papers (Previous years)

3rd sem :

question papers are one of the important tools to prepare for externals 
click on the below link to download question papers of third sem in zip file format (all subjects)

Download


5th sem :

Even after studying all the materials such as notes, TBs etc., preparation will not be completed once if you go through the question papers will increase your confidence levels 
so here we present the previous year question papers click on below link to download zip file (5 subjects)

Download

All the best.....!!!
DO well.......

VTU Exams TIME TABLE December 2013

VTU Exams DRAFT E&CE TIME TABLE December 2013

3^rd sem  

Date	Day	Sub	Code
11.12.2013	Wednesday	Maths-3	10MAT31
14.12.2013	Saturday	AEC	10ES32
18.12.2013	Wednesday	LD	10ES33
21.12.2013	Saturday	NA	10ES34
26.12.2013	Thursday	EI	10IT35
30.12.2013	Monday	FT	10ES36
02.01.2014	Thursday	Adv. Maths	MATDIP301

5^th sem

Date	Day	Sub	Code
10.12.2013	Tuesday	ME	10AL51
13.12.2013	Friday	DSP	10EC52
17.12.2013	Tuesday	AC	10EC53
20.12.2013	Friday	MWR	10EC54
24.12.2013	Tuesday	ITC	10EC55
28.12.2013	Saturday	CMOS	10EC56

7^th sem

Date	Day	Sub	Code
09.12.2013	Monday	CCN	10EC71
12.12.2013	Thursday	OFC	10EC72
16.12.2013	Monday	PE	10EC73
19.12.2013	Thursday	ESD	10EC74
23.12.2013	Monday	DAA	10EC751
27.12.2013	Friday	IP	10EC763

                                          Courtesy: www.pditec.blogspot.com

2nd IA portion and Time table (5th Sem )

2nd IA portion and Time table

Date	Time	Subject
10/10/13	11:30 to 12:45 03:30 to 04:45	Management Digital Signal Processing
17/08/13	11:30 to 12:45 03:30 to 04:45	Analog Communication Microwave & Radar
18/08/13	11:30 to 12:45 03:30 to 04:45	Information Theory & Coding CMOS

Syllabus for 5th  A-Sec:

Management :                           Unit 3 & 5

Digital Signal Processing:           Unit 4 & 5

Analog Communication:            Unit 5 & 6

Microwave & Radar:                Unit 2 & 7

Information Theory & Coding:   Unit  3 & 7

CMOS:                                    Unit 2 & 3

Syllabus for 5th  B-Sec:

Management :                           Unit 3 & 5

Digital Signal Processing:           Unit 4 & 5

Analog Communication:            FM-1
                                                FM-2

Microwave & Radar:                Strip lines
                                                S-parameters

Information Theory & Coding:   Unit  3 & 7

CMOS:                                    Unit 2 & 3

All the best........ and remember that you are the BEST.

2nd IA portion and Time table (3rd sem)

2nd IA portion and Time table

Date	Time	Subject
09/10/13	02:00 to 03:15	Network Analysis
10/10/13	09:30 to 10:45 02:00 to 03:15	Engg Mathematics-III Field Theory
11/10/13 12/10/13	09:30 to 10:45 02:00 to 03:15 09:30 to 10:45	Analog Electronic Circuits EI Logic Design

Syllabus for 3rd  A-Sec:

Engg Mathematics-III :                       Fourier Series
                                                          Numerical Methods- 1
                                                          Numerical Methods- 2

Analog Electronic Circuits :                Unit 2 from Miscellaneous problems
                                              Power Amplifiers

Network Analysis :                            Network Theorem- II
                                                         Two port Networks

EI:                                                     Bridges

Logic Design:                                    Encoders & Decoders

                                                         Flip-Flops

Field Theory :                                    2nd unit (second half)
                                                         3rd Unit complete

Syllabus for 3rd  B-Sec:

Engg Mathematics-III :                       Numerical Methods- 1
                                                          Numerical Methods- 2

Analog Electronic Circuits :                Transistor Biasing

Network Analysis :                            Network Theorem- II

                                                         Two port Networks, Parameters

EI:                                                     Bridges

                                                         Signal generators

Logic Design:                                    Analysis & design of Combinational logic-1
                                                        Sequential Circuits- I

Field Theory :                                    2nd unit (second half)
                                                         3rd Unit complete

All the best........ and remember one thing "You are the BEST".

Logic Design lab

LD lab

In this lab you are supposed conduct experiments on trainer kits and you will use IC as the basic components of the experiment.

We suggest you to remember the IC numbers along with their experiment and also the pin configurations (pin numbers), so that at the end moment you will not feel difficulty in remembering the Experiments.

Here we give you the VTU reference lab manual which may be usefull in conducting LD experiments.
Remember one thing in labs you can score well so care full regarding labs, they can bost your percentage like anything.

click on the below link to download

Logic Design Lab

AEC Lab

AEC LAB

AEC lab is easy if you know how to use bread board, multimeter, and also u have to be care full with the connections, as this is your first analog lab you may feel bit difficulty.

In labs just conducting an experiment is not important you should know the experiment in detail regarding the aim of experiment, working of experiments & waveforms etc..

Here is an lab manual for AEC LAB which include all the experiments of aec lab with all details


Analog Electronics Lab

Network Analysis

Network Analysis (NA) unit wise

NA even this is also an tough subject but not worry Nothing is impossible especially for BE students the only thing which we have to do is Hard work, which usually we do not do.

This subject is all about solving & resolving networks which is bit confusing because generally we lag in logical thinking related to circuits.

So here we give you again a reference notes, and we hope this not will help you to lead in NA

Circuit Concepts and Network Simplification Techniques

Network Topology

Circuit Theorems

Initial Conditions in Networks

Laplace Transform

Resonance

Two Part Networks

Only reason behind this blog is just to help you (Juniors), as we faced the problems, as many of us were not even knowing that we have this type of resources, so we came up with this idea to help you

MAT-III

MAT-III

Here we give the maths reference notes by VTU e-resource which is very much effective and one can expect  questions from this notes


FOURIER SERIES

CALCULUS OF VARIATIONS

LINEAR ALGEBRA

FOURIER TRANSFORMS

Numerical Analysis

Partial Differential Equations

Interpolation

All the best..... & Don't Forget YOU are the Best.

How to find Resistor Value using Color Code

The value of the resistor is marked on the body using colors. Every color is different number and you can

remember these numbers or you can just use the table on next step. OR there are much resistor calculators that you can use. It's for the laziest people.  However it's your decision ,and I will show you all ways to calculate resistor value.

Colors

Here is the table with the colors and numbers. As you can see they are:

·         BLACK:     0

·         BROWN:   1

·         RED:           2

·         ORANGE:   3

·         YELLOW:   4

·         GREEN:       5

·         BLUE:          6

·         VIOLET:      7

·         GREY:          8

·         WHITE:        9

But this is not for all colors. From right to left the second color is multiplier. Digits from the first colors must be multiplied with the number of this color.

·         BLACK:     1

·         BROWN:   10

·         RED:           100

·         ORANGE:   1000

·         YELLOW:   10000

·         GREEN:       100000

·         BLUE:          1000000

·         GOLD:          0.1

·         SILVER:       0.01

And the last color: This is tolerance. Tolerance is the precision of the resistor and it is given as a percentage. For example a 390 resistor with a tolerance of ±10% will have a value within 10% of 390, between 390 - 39 = 351 and 390 + 39 = 429 (39 is 10% of 390).

·         BROWN:   1%

·         RED:           2%

·         GOLD:        5%

·         SILVER:     10%

·         NOTHING:  20%

Examples

Exemple: If first color is RED ,second is RED ,third is BLACK and the last is SILVER it means:
RED - 2  --  RED - 2  --  YELLOW - x10000  --  SILVER - 10%          so...
2   2   0000 +/- 10% * 2 2 0000   so... :D
220000 +/- 22000
This is 220 000 Ohm or 220 kOhm
or 220 000 - 22 000 Ohm or 220 - 22 kOhm
or 220 000 + 22 000 Ohm or 220 + 22 kOhm

Hope you got it :)