Engineering Practices Lab - Electronics

 

S.No.	Experiment	Identification
1.	Verify the logical multiplication, addition and Negation using truth table experimentally	Multiplication -AND Addition- OR Negation -NOT
2.	Construct a circuit to convert an a.c signal to a pulsating dc signal during the positive half cycle of the input and calculate the necessary parameter experimentally (OR) Design a rectifier using one diode and measure the ripple factor without filter	Half wave rectifier
3.	Construct a circuit to convert an ac signal to a pulsating dc signal during both positive and negative half cycles of the input and calculate the Ripple factor experimentally. (OR) Design a rectifier using two diode and measure the ripple factor without filter	Full wave rectifier
4.	Find the resistance value of the given resistors (4 numbers) using colour code.	Resistance Colour code
5.	Generate the clock signal and measure its parameters using CRO. Plot the waveform.	Clock signal
6.	verify the connectivity of the circuit using multimeter and disassemble the components from the board.	Soldering

BEEE LAB VIVA QUESTIONS

Power Electronics & Drives Lab -Viva MCQ

 Power electronics and drive lab Quiz

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Power Electronics & Drives Lab Viva Quiz

  Power electronics and drive lab Quiz

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Power electronics and drive lab Viva Quiz

 Power electronics and drive lab Quiz

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EE8661 Power Electronics Lab Model Question paper

E lab model question paper

Engineering Practices Lab Model Question -Electrical

Make an industrial illumination circuit wiring using switches, fuse, indicator, lamp and energy meter.	Residential House Wiring
Make a Residential house wiring using switches, Fuse, indicator, lamp and energy meter.
Conduct a suitable wiring experiment that can be applied to festival lights employed in decorative purposes.
Verify whether the starter is required or not for a fluorescent lamp after the ignition.	Fluorescent lamp
Prove that the ignition voltage of light is increased with the help of ballast by doing a suitable experiment.
With the help of a two-way Switch, Control the given lamp load.	Stair case Wiring
Construct a wiring in such a way so that a single lamp can be controlled from two different places and how many way switch you need for that connection.
Conduct a suitable experiment to measure the energy by using single phase watt-hour meter.	1 Phase Energy Meter
Construct a circuit diagram with lamp load and meter which measures the energy and conduct the suitable experiment to measure the energy consumed by the given lamp load for a period of 15 minutes.
Analyse the real and reactive power of a given single phase circuit by conducting a suitable experiment.	RLC  -Measurement
Define voltage, current, power and power factor and measure these quantities in series RLC circuit by conducting suitable experiment.