Hey friends there's always a hard way to reach your goals. Many obstacles come your way when you are upto something good. But it is always good that you come across obstacles, coz thats when you come to know about circumstances, people and ways to overcome your obstacles. In other words you become stronger and more capable in life.
Ok, coming to the point, I have removed the MPMC-I manual link because I was asked to do so by my MPMC-I college professor, she claimed that the manual was prepared by her . No issues with regards to that, coz if she has prepared the entire manual herself, she has sole rights to regulate its distribution. And moreover I respect her post. So, I had to remove the link.
No, you needn't worry coz i have an alternate solution for it, which will be put up very soon. So take care folks and sorry for the inconvenience till then.
Showing posts with label experiments. Show all posts
Showing posts with label experiments. Show all posts
Sunday, November 8, 2009
Monday, April 20, 2009
EDC 2 Write-ups
Below are the links to download EDC 2 experiment write-ups. Click on the titles to download them.
Experiment 1: Find mid frequency voltage gain and lower cut off frequency of two stage BJT RC coupled amplifier
Experiment 2: Frequency response and performance parameters of two stage FET amplifier
Experiment 3: Design Multistage BJT amplifier and find performance parameters
Experiment 4: To find voltage gainwith and without feedback of current series negative feedback
Experiment 5: To study RC phase shift oscillator
Experiment 6: To find mid frequency gain and bandwidth of cascode amplifier
Experiment 7: To study atable multivibrator using IC 555
Experiment 8: To study monostable multivibrator using IC 555
Experiment 1: Find mid frequency voltage gain and lower cut off frequency of two stage BJT RC coupled amplifier
Experiment 2: Frequency response and performance parameters of two stage FET amplifier
Experiment 3: Design Multistage BJT amplifier and find performance parameters
Experiment 4: To find voltage gainwith and without feedback of current series negative feedback
Experiment 5: To study RC phase shift oscillator
Experiment 6: To find mid frequency gain and bandwidth of cascode amplifier
Experiment 7: To study atable multivibrator using IC 555
Experiment 8: To study monostable multivibrator using IC 555
Labels:
EDC,
EDC 2,
EDC II,
Electronic Devices and circuits,
engg,
engineering,
experiments,
extc,
practicals,
write ups
Sunday, April 19, 2009
PCOM write-ups...
Below are the links to download PCOM experiment write-ups. Click on the titles to download them.
Experiment 1: Generation and detection of AM signal
Experiment 2: To study Double Side Band - Suppressed carrier
Experiment 3: To study Frequency Modulation
Experiment 4: To generate PAM signal and to verify sampling theorem
Experiment 5: Generation of PWM and PPM signal
Experiment 6: Generation of PCM
Experiment 7: Generation of DM
Experiment 8: Performance parameters of AM receiver
Do leave your comments.
Experiment 1: Generation and detection of AM signal
Experiment 2: To study Double Side Band - Suppressed carrier
Experiment 3: To study Frequency Modulation
Experiment 4: To generate PAM signal and to verify sampling theorem
Experiment 5: Generation of PWM and PPM signal
Experiment 6: Generation of PCM
Experiment 7: Generation of DM
Experiment 8: Performance parameters of AM receiver
Do leave your comments.
Friday, April 17, 2009
EWT write-ups
Click on the titles below to download EWT experiment write-ups....
1. Study of co-ordinate system.
2.Study of Faraday's law.
3.Study of Electromagnetic induction.
4. Study of Coloumb's law.
Do leave your comments on the same...
1. Study of co-ordinate system.
2.Study of Faraday's law.
3.Study of Electromagnetic induction.
4. Study of Coloumb's law.
Do leave your comments on the same...
Friday, April 3, 2009
Software simulation Write-ups
Below are the links for write-ups in Software Simulation workshop.
Click on them to download.
1. Experiment 1: To study and simulate the common emitter circuit using PSPICE simulator
2. Experiment 2: To study VHDL using XILINX 8.1 software
3. Experiment 3: To study most basic commands used in LINUX operating system
Click on them to download.
1. Experiment 1: To study and simulate the common emitter circuit using PSPICE simulator
2. Experiment 2: To study VHDL using XILINX 8.1 software
3. Experiment 3: To study most basic commands used in LINUX operating system
Wednesday, March 18, 2009
ADIC Write-ups
Below are the links to download ADIC experiment write-ups. Click on the titles to download them.
Experiment 1: Voltage to current converter with grounded load using IC741
Experiment 2: Instrumentation Amplifier
Experiment 3: Second Order low pass Butterworth filter.
Experiment 4: R-2R type D to A converter.
Experiment 5: Flash Type Analog to Digital converter
Experiment 6: Design MOD 3 Asynchronous counter
Experiment 7: 4 bit shift register using IC 7495
Experiment 8A: Write VHDL code for 4-bit counter.
Experiment 8B: Write VHDL code for 4-bit shift register.
Happy term-work completions!!!
Experiment 1: Voltage to current converter with grounded load using IC741
Experiment 2: Instrumentation Amplifier
Experiment 3: Second Order low pass Butterworth filter.
Experiment 4: R-2R type D to A converter.
Experiment 5: Flash Type Analog to Digital converter
Experiment 6: Design MOD 3 Asynchronous counter
Experiment 7: 4 bit shift register using IC 7495
Experiment 8A: Write VHDL code for 4-bit counter.
Experiment 8B: Write VHDL code for 4-bit shift register.
Happy term-work completions!!!
Saturday, November 8, 2008
EI viva questions
Here's a great post for all of you. Given below are two jpeg images containing EI viva questions. I got this from one of my friends from Jondhale college, Dombivli. Enjoy!!!!!!
Sunday, November 2, 2008
EI Write-Ups
Hello friends. This post contains the links to the write ups of all experiments of Electronic Instrumentation conducted in my college (Y.T.I.E.T.). Please post your comments
The links are as follows:
Click on the titles to download
Experiment no. 1: Study of Linear Variable Differential Transformer
[Contributed by myself]
Experiment no. 2: Measurement of temperature using RTD
[Contributed by myself]
Experiment no. 3: Study of various applications of CRO
[Contributed by myself]
Experiment no. 4: Calculate bandwidth of X amplifier
[Contributed by myself]
Experiment no. 5: Single shot capture using DSO oscilloscope, measurement on relay
[Contributed by myself]
Experiment no. 6: To generate sine wave using RC phase shifty oscillator
[Contributed by myself]
Experiment no. 7: To build function generator using IC 8038
[Contributed by myself]
Experiment no. 8: To study the amplitude modulation chnique
[Contributed by myself]
The links are as follows:
Click on the titles to download
Experiment no. 1: Study of Linear Variable Differential Transformer
[Contributed by myself]
Experiment no. 2: Measurement of temperature using RTD
[Contributed by myself]
Experiment no. 3: Study of various applications of CRO
[Contributed by myself]
Experiment no. 4: Calculate bandwidth of X amplifier
[Contributed by myself]
Experiment no. 5: Single shot capture using DSO oscilloscope, measurement on relay
[Contributed by myself]
Experiment no. 6: To generate sine wave using RC phase shifty oscillator
[Contributed by myself]
Experiment no. 7: To build function generator using IC 8038
[Contributed by myself]
Experiment no. 8: To study the amplitude modulation chnique
[Contributed by myself]
Monday, September 22, 2008
EDC Write-ups
Hello friends,
In this post you will find write ups of practicals of Electronic Devices & Circuits - I (EDC - I) conducted at Y.T.I.E.T.
So keep checking out this post for more write-ups.
Click on the titles to download :
Experiment 1: To calculate the stability factor of BJT fixed bias circuit with Re and without Re.
[Contributed by myself]
Experiment 2: To study small signal h parameter
[Contributed by myself]
Experiment 3: To find Rin, Ro, Zi and Zo of CE BJT amplifier and verify with theoretical value
[Contributed by myself]
Experiment 4: Design and implement CE BJT amplifier & verify various parameters
[Contributed by myself]
Experiment 5: To find Rin, Ro, Av of CS-FET amplifier and verify with theoretical values
[Contributed by myself]
Experiment 6: To plot the characteristics of FET and to find transconductance ratio
[Contributed by myself]
Experiment 7: Design and implement transistorised regulator (series type nad verify various parameters
[Contributed by myself]
Experiment 8: To obtain V-I characteristics of TRIAC
[Contributed by myself]
Comments awaited.
In this post you will find write ups of practicals of Electronic Devices & Circuits - I (EDC - I) conducted at Y.T.I.E.T.
So keep checking out this post for more write-ups.
Click on the titles to download :
Experiment 1: To calculate the stability factor of BJT fixed bias circuit with Re and without Re.
[Contributed by myself]
Experiment 2: To study small signal h parameter
[Contributed by myself]
Experiment 3: To find Rin, Ro, Zi and Zo of CE BJT amplifier and verify with theoretical value
[Contributed by myself]
Experiment 4: Design and implement CE BJT amplifier & verify various parameters
[Contributed by myself]
Experiment 5: To find Rin, Ro, Av of CS-FET amplifier and verify with theoretical values
[Contributed by myself]
Experiment 6: To plot the characteristics of FET and to find transconductance ratio
[Contributed by myself]
Experiment 7: Design and implement transistorised regulator (series type nad verify various parameters
[Contributed by myself]
Experiment 8: To obtain V-I characteristics of TRIAC
[Contributed by myself]
Comments awaited.
Saturday, September 20, 2008
EN Practical Write-ups
Hello friends,
In this post you will find write ups of practicals of Electrical Networks (EN) conducted at Y.T.I.E.T.
So keep checking out this post for more write-ups.
Click on the titles to download :
Experiment 1: To verify Thevenin's And Norton's Theorem.
[Contributed by myself]
Experiment 2: To construct and verify voltage dependent current source.
[Contributed by myself]
Experiment 3: To construct and verify current dependent current source.
[Contributed by myself]
Experiment 4: To obtain h parameter
[Contributed by myself]
Experiment 5: To obtain z parameter
[Contributed by myself]
Experiment 6: To find time constant of RC circuit
[Contributed by myself]
Experiment 7: To find time constant of RL circuit
[Contributed by myself]
Experiment 8: To plot the bode plot of given electrical circuit and to verify it
[Contributed by myself]
Don't forget to leave your comments.
In this post you will find write ups of practicals of Electrical Networks (EN) conducted at Y.T.I.E.T.
So keep checking out this post for more write-ups.
Click on the titles to download :
Experiment 1: To verify Thevenin's And Norton's Theorem.
[Contributed by myself]
Experiment 2: To construct and verify voltage dependent current source.
[Contributed by myself]
Experiment 3: To construct and verify current dependent current source.
[Contributed by myself]
Experiment 4: To obtain h parameter
[Contributed by myself]
Experiment 5: To obtain z parameter
[Contributed by myself]
Experiment 6: To find time constant of RC circuit
[Contributed by myself]
Experiment 7: To find time constant of RL circuit
[Contributed by myself]
Experiment 8: To plot the bode plot of given electrical circuit and to verify it
[Contributed by myself]
Don't forget to leave your comments.
Friday, September 5, 2008
DLD practical write-ups
Hi friends,
This is Adarsh here.
1.Troubled with the completion of your journals?
2.Can't find write-ups?
3.Confused about he format to write-down your journal?
Don't worry. This won't go on any longer.
From now on I am going to post the links to the write-ups of DLD practicals conducted in our college (Y.T.I.E.T).
So keep checking this post for newer links.
Click on the titles to download
Experiment 1.To study logic gates
[Contributed by myself (Adarsh)]
Experiment 2.Implementation of EX-OR and EX-NOR using NAND and NOR gates
[Contributed by Viraj Gupte]
Experiment 3. Study of half adder , full adder, half subtractor, full subtractor, BCD adder
[Contributed by myself (Adarsh)]
Experiment 4.Implementations of logic equations using MUX and DEMUX
[Contributed by myself (Adarsh)]
Experiment 5.To study operation of decoder driver IC 7447 and to verify the truth table
[Contributed by myself (Adarsh)]
Experiment 6. Conversion of JK flip-flop to T and D flip-flop
[Contributed by myself (Adarsh)]
Experiment 7.To design and implement MOD 4 asynchronous counter using JK flip-
[Contributed by myself (Adarsh)]
Experiment 8.To study parity bit checker / generator
[Contributed by myself (Adarsh)]
Comments awaited.
This is Adarsh here.
1.Troubled with the completion of your journals?
2.Can't find write-ups?
3.Confused about he format to write-down your journal?
Don't worry. This won't go on any longer.
From now on I am going to post the links to the write-ups of DLD practicals conducted in our college (Y.T.I.E.T).
So keep checking this post for newer links.
Click on the titles to download
Experiment 1.To study logic gates
[Contributed by myself (Adarsh)]
Experiment 2.Implementation of EX-OR and EX-NOR using NAND and NOR gates
[Contributed by Viraj Gupte]
Experiment 3. Study of half adder , full adder, half subtractor, full subtractor, BCD adder
[Contributed by myself (Adarsh)]
Experiment 4.Implementations of logic equations using MUX and DEMUX
[Contributed by myself (Adarsh)]
Experiment 5.To study operation of decoder driver IC 7447 and to verify the truth table
[Contributed by myself (Adarsh)]
Experiment 6. Conversion of JK flip-flop to T and D flip-flop
[Contributed by myself (Adarsh)]
Experiment 7.To design and implement MOD 4 asynchronous counter using JK flip-
[Contributed by myself (Adarsh)]
Experiment 8.To study parity bit checker / generator
[Contributed by myself (Adarsh)]
Comments awaited.
Labels:
digital logic design,
dld,
experiments,
mumbai university,
posts,
practicals,
Y.T.I.E.T.
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