Shivaji University, Kolhapur Schedule/Practical Exam 201… · Shivaji University, Kolhapur ... Addition(8-bit) ii) Subtraction (8-bit) iii) Multiplication ... (Use Use any 8051 C

Shivaji University, KolhapurB. Sc. Part-III Electronics (Practical) Examination, March/April 2015

Mark Sheet for project work, Seminar, Industrial Visit, day to day work and Journals

at B. Sc. III Electronics (Practicals) examination

Name of the Centre _____________________________ Date and Time ________________________

Candidate

Seat No.

Name of Project and

Seminar title

Project Marks

Project

Report

(10)

Total

Project

(40)

Place _____________________

Date : _____________________ Name & Signature of the Examiner.

1)

2)

Project

Demon-

stration

(20)

Project

Viva-

voice

(10)

A B C D

Seminar

(4)

Industrial

Visit

(4)

Day toDay work

andJournal

(12)

Total

Marks

(A+B+

C+D)

(60)

LABLE ADDRESS MNEMONICSINSTRUCTION

CODECOMMENTS

Page No. ______________

SHIVSHIVSHIVSHIVSHIVAJI UNIVERSITYAJI UNIVERSITYAJI UNIVERSITYAJI UNIVERSITYAJI UNIVERSITY,,,,, KOLHAPUR KOLHAPUR KOLHAPUR KOLHAPUR KOLHAPURElectronics Laboratory

PROGRAMMING CODING SHEET

PROGRAM TITLE _______________________________________________________________

Seat number of candidate ___________________________________________ Date :

LABLE ADDRESS MNEMONICSINSTRUCTION

CODECOMMENTS

SHIVAJI UNIVERSITY, KOLHAPUR

B. Sc. Part-III : Practical Examination, March/April 2015

Electronics Principal

Candidates No. GROUP C

1. Interfacing- Realy and LED

Interface LED and Realy to 8051. and write an assembly language programs

for (Use 8051 Trainer kit OR Programmer) it.

Sr.

No.Head of distribution of marks

Marks

Allotted

Marks

obtained

1 Interfacing Hardware 4

2 Program Writing 4

3 Hex code Writing 4

4 Program Loading 4

5 Program Execution and Understanding 6

5 Results and comments 6

6 Orals 7

Total : 35

Signature of the examiner.





2. Interfacing Thumb wheel switch and Seven Segment display

Use I/O port of 8051 to interface thumb wheel switch and seven segment

disply Observe the all possible numbers of thumb wheel on display by

writing assembly language program

(Use 8051 trainer kit Or Programmer)

Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 4


4 Program Loading 4



6 Orals 7

Total : 35


Time : 3 hours Time : 3 hours





3. Serial Communication I

Configure timer I in mode 2, transfer any message serially (mode 1) to PC.

write an assemly language program for it. Take result on Hyper Terminal of

PC

(Use 8051 trainer kit OR Prorammer)

Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 4


4 Program Loading 4



6 Orals 7

Total : 35






4. Serial Communication II

Configure timer 1 in mode 2, receive any keyword in ASCII form serially

(mode 1) from PC.

Write an assembly language program for it. Take Result on microcontroller

any register or display


Sr.


Marks

Allotted

Marks

obtained

1 Interfacing Hardwere 4

2 Program Writing 4


4 Program Loading 4



6 Orals 7

Total : 35


Time : 3 hoursTime : 3 hours





5. Interfacing DAC

USE I/O port of 8051 to interface DAC (0808/1408) card and write an

assemly language program to generate :

i) Square wave ii) Psotive/Negative Ramp iii) Triangular Wave

(Use Microcontroller trainer kit OR Programmer)

Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 4


4 Program Loading 4



6 Orals 7

Total : 35






6. Interfacing ADC

Use I/O port of 8051 to interface ADC (0804/0809) card and write an

assembly language program to measure O-5V and display on kit OR store

result in RAM location 30H-7FH (Take at least five readings)


Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 6


4 Program Loading 4



6 Orals 7

Total : 35







7. Interfacing Stepper motor

Use I/O port of 8051 to interface stepper motor using drive card and write

an assembly language program to rotate motor clokwise/anticlockwise

(Use 8051 trainer kit OR Programmer)

Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 6


4 Program Loading 4



6 Orals 7

Total : 35






8. Interfacing DC motor

Use I/O port of 8051 to interface DC motor using transistor/driver card and

write an assembly language program to control the speed of DC motor using

PWM technique


Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 6


4 Program Loading 4



6 Orals 7

Total : 35







9. Timers in 8051 (mode 1)

Write an assembly language program to configure timer O/1 in mode 1

for time period ............sec/ms.

Measure the time period using LED/C.R.O. on any port pin.


Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 6


4 Program Loading 4



6 Orals 7

Total : 35






10. Timers in 8051 (mode 2)

Write an assembly language program to configure timer 0/1 in mode 2 for the

time period.............Sec/Ms

Measure the time period using LED/C.R.O. on any port pin.


Sr.


Marks

Allotted

Marks

obtained


2 Program Writing 6


4 Program Loading 4



6 Orals 7

Total : 35







11. Aritmetic operation in 8051-C

Write an 8051-C progrm for the following operation. Diplay results on any

ports/registers/SFRs

i) Addition(8-bit) ii) Subtraction (8-bit) iii) Multiplication (8-bit) iv) Division (8-bit)


Sr.


Marks

Allotted

Marks

obtained

1 Program Writing in C 8

2 Program Loading 8


5 Results 4

6 Orals 7

Total : 35






12. Logical and bit operations in 8051-C

Write an 8051-C progrm for the following operation. Diplay results on any

ports/registers/SFRs

i) AND(8-bit) ii) OR (8-bit) iii) X OR(8-bit) iv) NOT (Inverter)(8-bit) v) right/left

shift.

(Use Use any 8051 C Compiler or Keil)

Sr.


Marks

Allotted

Marks

obtained

1 Program Writing in C 8

2 Program Loading 8


5 Results 4

6 Orals 7

Total : 35







13. Addressing Modes in PIC

Write an assembly language program for the following addressing modes in PIC

i) Immediate ii) direct

(Use Any PIC Simulator OR trainer kit OR Programmer)

Sr.


Marks

Allotted

Marks

obtained

1 Program Writing 8

2 Program Loading 8


5 Results 4

6 Orals 7

Total : 35


Time : 3 hours




Candidates No. GROUP D

1. Study of Thermocouple

Draw the necessary circuit diagram and assemble the circuit to study the

thermocouple ( ................... / .................... ) by using OP. Amp. (..................) Measure

the output voltage for different temperatures. Plot the graph of output voltage

against temperature and comment on it.

(Also use the temperature compensation circuit)

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4

2 Circuit Connections 4

3 Procedure and Understanding 8

4 Observations, Calculations and Graphs 8

5 Result and comments 4

6 Oral 7

Total : 35






2. SCR firing by UJT

Draw the necessary circuit diagram and assemble the circuit for the firing

of SCR by using UJT relaxation oscillator. Observe and trace the waveforms

across

(a) Load resistance (b) Anode to cathode (c) Gate to Cathode

(d) Charging capacitor of oscillator.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Wave forms Observations, 8


6 Oral 7

Total : 35







3. AC Voltage Controller

Draw the necessary circuit diagram. Assemble the circuit of Ac voltage

Controller plot the gruph to study Ac Voltage Controller. Take the necessory

observations and plot the grapn to study Ac voltage controller.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Calculation and Graph 8

5 Results 4

6 Oral 7

Total : 35


Time : 3 hours





4. Study of Charactistics of RTD (PT-100)

You are provided RTD-By varying the temperature measure the resistance/

current in it. plot the graph of temperature V/S resistance/current From the

graph calculate the temperature coefficient of it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Calculation and graph 8

5 Results and comment 4

6 Oral 7

Total : 35


Time : 3 hours





5. D. C. Timer / A. C. Timer

Draw the necessary circuit diagram. Assemble the circuits of DC Timer/

A.C. Timer. Observe the time delay for different values of capacitor/Resistance

for the timer.

Plot the graph capacitance/resistance against time delay, and comment

on it. Find design value of Capacitor/Resistor for Time delay = ....................

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Calculation & Graph 8


6 Oral 7

Total : 35






6. Instrumentation Amplifier

Draw the necessary circuit diagram and assemble the circuit, of

instrumentation amplifier, by using Op. Amp. (Quad) IC .................. Measure the

voltage gain and verify it.

Also measure the common mode gain and differential mode gain, hence

determine the CMRR in dB.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and calculations 8

5 Results 4

6 Oral 7

Total : 35







7. Study of strain gauge

Draw the necessary circuit diagram. Assemble the circuit to study strain

gauge using Bridge and amplifier. Measure the output voltage of amplifier with

respect to the load. Plot the graph of same and comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and Graphs 8

5 Result and comment 4

6 Oral 7

Total : 35






10. Speed Control of D. C. Motor

Draw the necessary circuit diagram and assemble the circuit, for the

speed control of D. C. Motor by using SCR.

Measure the D.C. voltages at important points of the circuit. Study the

variation of speed and voltage accross motor for atleast three different speeds

and comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and Measurments. 8

5 Results and Comment 4

6 Oral 7

Total : 35







8. Phase Shift Control of SCR

Draw the necessary circuit diagram. Assemble the circuit, for the phase

shift control of SCR. Observe and trace the waveforms across (i) Load resistance

(ii) Anode to cathode.

Measure the firing angle (∝) and breakover voltage (VBR

) for different values

of gate current (IG)

Plot the graph of (α) against (IG) and comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Waveforms & Graph 8

5 Result and Comment 4

6 Oral 7

Total : 35






9. Study of temperature Controller

Draw the necessary circuit diagram. Assemble the circuit of ON/OFF

temperature controller by using (LM34/AD590).

Measure the D.C. Voltage at important points of the circuit. Set the

temperature of controller for temperature = .................................. Observe the

temperature control, at the set point and note the error. comment on it.

(Given : Temperature coefficient of sensor = ..................... )

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and Measurements 8

5 Results and Comments 4

6 Oral 7

Total : 35



SHIVAJI UNIVERSITY, KOLHAPUR.

B. Sc. Part - III Practical Examination, March/april 2015

ELECTRONICS (PRINCIPAL)

(New Course)

INSTRUCTIONS TO THE EXAMINERS :

1. Students have to perform one experiment from each group. The experiments should be assigned in cyclic order.

2. Instruction set of 8085 and 8051, Address chart of its peripherals and data manuals of IC's should be made

available to candidates.

3. The examiners should see that the group distribution is displayed on the notice board in advance.

4. Wherever the circuit is asked to assemble, it should be observed that no ready-made experimental kit is

supplied.

5. There will be 4 Practicals each carrying 35 marks; 35 x 4 = 140 marks.

6. There will be a project evaluation of 40 marks, seperately.

a) Project report - 10 marks

b) Project demonstration - 20 marks

c) Project work Viva-voice - 10 marks

7. Marks of Project work, Seminar, Industrial visit, day to day work and journal should be entered in the given

proforma and attached to original mark-sheet.

8. Marks of seminar report and industrial visit report are given for the certified reports and oral based on the

report.

9. Marks of day to day work and journals (out of 20) are splitted as journal certification (8) Presentation &

neatnes (4) For seminar (4) Indusmual Visit (4) Marlrs are allotted

10. Marks of project work, seminar, industrial visit, day-to-day work & Journal should be transfer on Original

mark-sheet, so that the total marks will be out of 200.

11. Project assessment should be carried out on seperate day as given in the practical examination program.

12. The examiners are requested to see the quality of the project and originality of the student in fabricating the

project while assessing the project work. It is expected that the project should be self contained including the

units required such as power supply etc.

13. The mark list should be directly sent to Controller of examination, Shivaji University, Kolhapur.

Chairman,

B. Sc. Part- III,

Electronics Practical Exam,

February, 2015


B. Sc. Part - III Practical Examination in Electronics, March/april 2015

Instructions to Laboratory Supervisor

1. It is expected that all the experiment printed on slips are arranged in the Laboratory at the time of inspection.

2. Candidates should be supplied with Mathematical tables, Instruction set of 8085 and 8051 Address Chart of its

peripheral data manuals of IC's also.

3. Experts should keep a file of the actual observation recorded by them while performing experiments for

determining the constants. The file may be required by the examiners for reference. Constants supplied must be

based on the results required in the scheme of marking.

4. A copy of question slips in Electronics Practical sent herewith should be used by laboratory supervisor for

arranging experiments. One copy is to be displayed on the notice board for information of students, immediately.

5. All the slips are to be completely pasted on the answer-paper.

6. Care should be taken so that the candidates should not be held up for the want of apparatus.

7. Wherever the circuit is asked to assemble, it should be observed that no ready-made experimental kit is

provided to the candidate.

8. The Semi. log graph paper and programe coding sheets should be provided to candidates.

Chairman,

Electronics Practical at

B. Sc. Part- III.


B. Sc. Part - III Practical Examination in Electronics, March/april 2015

Instructions to Candidates -

1. The time of the examination is as given below. The candidates should be present 15 minutes before the

scheduled time.

2. Candidates who fail to present themselves at the time and place fixed for their examination will not be

examined.

3. Candidates will be required to produce their laboratory journals at the time of their practical examination. The

journal must be properly certified by incharge staff members and also by Head of the department and should

bear the candidates examination number at the top . If a candidate has lost his/her journal, he must produce a

certificate from competant authority to the effect that he/she has completed the requisite number of experiments.

4. Candidates will be required to produce their project report, seminar report and industrial visit report, properly

certified at the time of their practical examination.

5. The students will be examined in four practicals each of 3 hours duration and project seperately.

6. Candidates should note carefully the distribution of marks shown on each slip.

7. All the observations and calculations must be written in ink.

8. Use of Calculator, Log-table, instruction set of 8085, address charts of peripherals and data manuals of IC's are

allowed. Candidates should bring their own geometric set.

9. Candidates should not start the experiment without showing circuit to the examiners.

10. Candidates must show at least one adjustment/observation of each type to the examiner.

11. The candidates should also read carefully the instructions printed on the answer-books.

12. Manipulation of results will not be be allowed.

13. The candidates have to perform one experiment from each of A, B, C, D and Project demonstration.

14. The candidate should bring their project work on the day of Project work examination.

Time

Morning : 11-00 a.m. to 2-00 p.m.

Evening : 2-30 p.m. to 5-30 p.m.

Sd/-

CHAIRMAN,

Electronics Practicals at

B. Sc. Part- III,

March, 2015.




Candidates No. GROUP A

1. Voltage Regulator (LM 317)

Design an adjustable voltage regulator using IC LM 317 with Following

Specifications

Vo =..............................V to ................................V

Io =.....................................A

(Given (Iadj = 100 µΑ)

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4


3 Procedure and understanding 8

4 Observations, Calculation & Graph 8


6 Oral 7

Total : 35


Time : 3 hours





2. Op. Amp. as a adder and subtractor

Draw the necessary circuit diagrams. Assemble the circuits, to use Op.

Amp as adder and subtractor. Adjust the offset null and show it to the

examiner. Measure the input voltages V1 and V

2 and output voltage of the

adder (V0). Measure the input voltages V

1 & V

2 and output voltages of

subtractor (V01) comment on your result.

(Take at least five different readings in each case and show them to the

examiner.)

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and Calculation 8


6 Oral 7

Total : 35


Time : 3 hours



Electronics Principals


3. Op. Amp. Integrator and Differentiator

Draw the necessary circuit diagrams. Assemble the circuit, to use Op.

Amp as integrator and differentiator. Observe the integrated and differentiated

output waveforms for the inputs (a) Sine wave (b) square wave

Trace the input and output waveforms and comment on them.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations & wave forms 8


6 Oral 7

Total : 35


Time : 3 hours





4. Op-AMP as Band pass filter

Draw the necessary circuit diagram. Assemble the circuit by designing Band pass

filter for the given values.

Quality factor (Q) = .................. and Resonance frequency (fr) = ................. Hz

Formulae : Av = .....................

Band Pass Filter :

(i) Resistor in the input circuit

R1 =

_________ =

____

(ii) Feed back resistor

R2

= _____

and

(iii) R3 =

_____________ =

______

Given : R2 = ........... Ω

C = C1 = C

2 = .............. F

Plot the frequency response curves and hence find ‘Q’ and ‘fr’

Q

2π fr Ar C

R2

2Av

Q

π fr CQ

2π fr (2Q2 _Ar) C

R2

4Q2


Sr.


Marks

Allotted

Marks

obtained

1 Circuit diagram 4

2 Circuit connection 4


4 Observations, Calculation, Graph 8

5 Results 4

6 Oral 7

Total : 35

Time : 3 hours





5. Wien Bridge Oscillator (Op. Amp.)

Draw the necessary circuit diagram and assemble the circuit, by design-

ing Wien Bridge Oscillator with Op. Amp., for frequency (f) = ...........................

Given : Resistance (R) / Capacitance (C) = ............................

Observe and trace the output waveforms

Measure the amplitude; and frequency of output wave and verify it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Calculation & wave forms 8


6 Oral 7

Total : 35


Time : 3 hours





6. Schmitt Trigger (Op. Amp.)

Draw the necessary circuit diagrams. Assemble the circuit of Schmitt

Trigger with Op. Amp. for D. C. and A.C. inputs.

Apply D. C. input. Record the observations for hysteresis loop and plot it.

Determine UTP and LTP from the graph.

Apply A.C. input, observe the input and output waveforms on CRO, trace

them.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, Calculation, graphs &

waveform 8


6 Oral 7

Total : 35


Time : 3 hours





7. Function Generator (IC 8038)

Draw the necessary circuit diagram and assemble the circuit of function

generator using IC 8038. Observe and trace the undistorted waveforms at the

output a) square b) Triangular c) Sine wave. Measure the minimum and maximum

adjustable frequency with amplitude and comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and wave forms 8


6 Oral 7

Total : 35


Time : 3 hours





8. Matrix Operation using MATLAB

Write Commands for display of two mxn matirices and perform any threeoperations

i) Addition of matrices

ii) Subtraction of matrices

iii) Multiplication of matrices

iv) Element by element multiplication

Using MATLAB

Sr.


Marks

Allotted

Marks

obtained

1 Flow chart/Algorthm 5

2 Program 8

3 Execution of program 7

4 Output / printout 7

5 Oral 8

Total : 35


Time : 3 hours





9. Plotting of 2D Plot using MATLAB

Write Commands to plot the I-V Charaetristics of diode using MATLAB.

From the grapn find the knee voltage of the diode.

Sr.


Marks

Allotted

Marks

obtained

1 Algoritnm/Flowchart 5

2 Program 8

3 Exeution of program 4

4 Graph 5

5 Results 3

6 Oral 10

Total : 35


Time : 3 hours





10. MATLAB for Numerical Techiques.

Write Commands using MATLAB for numerical Integration of a

function.......................................................................

using Trapezoidal rule/Simpson’s 1/3 rule metnod.

Sr.


Marks

Allotted

Marks

obtained

1 Algorithm/Flowchart 8

2 Program 12

3 Result/Output 7

4 Oral 8

Total : 35


Time : 3 hours




Candidates No. GROUP B

1. Amplitude Modulation and Demodulation

Draw the necessary circuit diagrams. Assemble the circuits, to carry out

amplitude modulation and demodulation. Observe and trace the amplitude

modulated waveforms. Measure Emax

and Emin

hence determine the modulation

index (ma)

Observe and trace demodulated output. Compare it with input modulating

signal.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4





6 Oral 7

Total : 35


Time : 3 hours





2. Frequency Modulation and Demodulation


frequency modulation and demodulation.

Observe and trace the frequency modulated waveforms. Measure the carrier

frequency (fc) and frequency deviation (∆f), hence determine the modulation

index (mf) observe and trace the demodulated output. Compare it with input

modulating signal.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and wave form 8


6 Oral 7

Total : 35


Time : 3 hours





3. FSK Modulation and Demodulation


Frequency Shift Keying (FSK) modulation and demodulation. Measure the mark

and space frequencies. Observe and trace the output of FSK demodulator, by

applying the suitable square wave at the input of FSK modulator,compare

them.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4





6 Oral 7

Total : 35


Time : 3 hours





4. Tuned RF Amplifier

Draw the necessary circuit diagram and assemble the circuit by designing

the Tuned Radio Frequency amplifier, for the frequency (fr) = .....................

(Given Inductance (L) / Capacitance (C)) = ................. Plot the frequency response

curve, for RF amplifier. Find out resonance frequency (fr), Band width (BW) from

graph, hence determine Quality factor (Q) of the tuned circuit.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and graph 8


6 Oral 7

Total : 35


Time : 3 hours





5. Voice link using Optical Fiber Cable

Draw the necessary circuit diagram. Assemble the circuits of voice

transmitter and receiver, and make voice link between them, through optical

fiber cable. Measure the D.C. voltages at important points, in both circuits.

Test and observe the voice transmission and reception on the speaker.

(Show the demonstration to the examiner.)

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations and Demonstration 8

5 Testing and Result 4

6 Oral 7

Total : 35






6. Study of FM Receiver

A kit of FM receier is provided to you Draw the Block diagram of FM

receier Measure the carrier frequency (Fc), Local Oscillator frequency (Fo) and

Comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Block Diagram 4



4 Observations and Measurements of

frequencies 8


6 Oral 7

Total : 35







7. Pulse Width Modulation

Draw the necessary circuit diagram and assemble the circuit to carry out

pulse width Modulation. Observe and trace the output of PWM with input

modulating signal. Also measure the maximum and minimum pulse width,

comment on it.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Diagram 4



4 Observations, waveform Tracing and

Measurements 8


6 Oral 7

Total : 35






8. Study of composite Video Signal

Draw the necessary circuit / block diagram and connect the circuit blocks;

to study the Composite Video Signal (CVS) in the T.V. receiver. Observe and trace

the composite video signal on graph with time scale. Measure the Line period

(H), Line blanking period (LB), Front porch (FP), Back porch (BP) and picture

information compare them with standard values known to you.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit / block Diagram 4



4 Observations and Tracing of wave forms 8

5 Results and Comments 4

6 Oral 7

Total : 35





Electronics Principle


9. Adjustment and study of DTH

You are provided with different parts of DTH antenna Assmble the Parts

of it and select a perticular angle to receive a good quality DTH signal on a

TV receier show your adjustments to the examiner.

Sr.


Marks

Allotted

Marks

obtained

1 Block diagram 4

2 Connections 4

3 Adjustments 7


5 Results and Comment 6

6 Oral 7

Total : 35




Electronics Principle


10. PCB Desiging

Design a PCB for a given circuit using any designing software.

Show output to the examiner and take the priatout.

Sr.


Marks

Allotted

Marks

obtained

1 Circuit Design 14

2 Procedure and understonding 10

3 Print out 4

4 Oral 7

Total : 35



Documents

Shivaji University, Kolhapur Schedule/Practical Exam 201… · Shivaji University, Kolhapur ... Addition(8-bit) ii) Subtraction (8-bit) iii) Multiplication ... (Use Use any 8051 C