MSBTE Electronic Engineering 3rd Semester Micro Project Topics
22320 Digital Techniques
a. Build a Digital IC tester circuit.
b. Build a 4bit parity generator and parity checker circuit. c, Build a circuit to
implement 4 bit adder.
d. Build a circuit to test 7 segment display.
e. Build a circuit to implement debounce switch.
f. Build a circuit for LED flasher.
g. Build a circuit for LED BAR display
h. Design and analyze digital arithmetic cii cciii
22329 Applied Electronics
a. Construct a doorbell using transistor.
b. Using transistor construct a clap switch.
c. Construct audio amplifier using.(IC810 or’ equivalent IC).
d. Construct power amplifier for FM receiver output.
e. Drive a 4D speaker’ using class A amplifier which is directly coupled and test its performance parameters.
f. Using Class AB push pull amplifier drive (4ohms/8ohms) speaker, test its performance parameters.
g. IC regulators: Build a circuit of Digital regulated power supply on general purpose PCB to obtain +/- 15 V. 500inA using IC 78XX & 79XX series.
h. IC regulators: Build a regulated power supply on general purpose PCB to obtain
+ 5V, 500iiiA using IC 78XX series. Drive suitable load with regulated output.
i. IC regulators: Build a regulated power supply on general purpose PCB to obtain -20V, 500f1JA using IC 79XX series. Use suitable Heat sink .Drive suitable load with regulated output.
j. IC Regulator s: Build a constant current regulator’ on general purpose PCB for output current of I 25niA using IC 317.
k. lC Regulators : Construct low voltage regulator on general purpose PCB for output voltage SV using LM lC 723.Drive any 5v operated load.
22330 Electric Circuits and Networks
a. Single Phase A.C. series and parallel Circuits: Prepare series and parallel circuit using variable R, L and C combination on the bread board. Measure the response and draw vector diagram. Also calculate power factor for the circuit. Write report on the same.
b. Resonance in series and Parallel Circuits: Prepare series RLC circuit using variable R, L and C combination on the breast board. Tune the circuit for resonance condition. Measure the responses and calculate haunt width and Q-factor for the circuit. Write report on the same.
c. Resonance in Series and parallel Circuits: Prepare parallel RLC circuit
using variable R, L and C combination on the board. Tune the circuit for resonance condition. Measure the response anti calc dilate banal width and Q-factor for the circuit. Write report on the same.
d. Principles of circuit analysis: Prepare power point presentations on source transformation, star delta transformation. mesh and nodal
analysis and give presentation in the class room.
e. Network Theorems: Select suitable components for the given circuit and prepare the same on the bread boar d. Verify the following network theorem theoretically and practically.
i. Superposition Theorem
ii. Maximum power transfer Theorem
iii. Thevenin's theorem
iv. Norton’s theorem.
f. Two Port Networks: Design and prepare two port network on bread board for given values of open circuit Z parameter.
g. Two Port Networks: Design and prepare two port network on bread board for given values of short circuit Y parameter.
22333 Electronics Measurements and Instrumentation
a. Analog and digital meters: Build and test voltmeter (0-10V, I mA, 500ohms) using PMMC.
b. Analog and digital meters: Build and test ammeter (0-100 mA)using PMMC.
c. Signal conditioning: Design D.C.Signal conditioning circuit using Wheatstone bridge and implement that on PCB.
d. Function Generator: Build and Test function generator using IC 8038(sine wave, square wave, triangular wave upto 100 khz) on the PCB.
e. Oscilloscope Function generator, Spectrum analyzer: Survey of different electronic instruments.
f. (Use structure and other features of ' Measurements and Instrumentation' to develop above listed applications.
22334 Principles of Electronics Communication
a. Modulation: Build a circuit for modulation using IC MC149G/8038 on general purpose PCB and prepare the report.
b. FM transmitter: Build a circuit on general purpose PCB for FM transmitter using IC 8038/ transistor BF549 and prepare a report.
c. Find different channels frequencies associated with Am and FM stations.
d. Antenna: Simulate a microstrip patch antenna for frequency 2.4GLlz frequency using HFSS (high frequency structure simulator) software.
e. Tuning of IFT: Build a circuit on general purpose PCD for tuning lFT at 455KHz.
MSBTE Diploma All Branch Projects:
- Computer Engineering
- Information Technology
- Civil Engineering
- Electrical Engineering
- Mechanical Engineering
- Electronic Engineering
Click on Any Branch or Any Semester to go on it. If you want your suggested projects then please let us know in our comment section. comment down your .......
1.Name: *******
2.Branch: *******
3.Semester: ******
4.Project Topic: *****
Share with your all friends & help them to score more.
THANK YOU😇
Tags:
MSBTE Projects
Name - Parth
ReplyDeleteBranch -Digital electronic
Semester -3rd
Project Topic - Build a digital IC tester circuit