Madhuri Madam.docx

Sr No

Practical Outcomes Trace your electrical engineering Laboratories

1.



draw layout of electrical laboratory



prepare charts of electrical safety and demonstrate the operation of Fire extinguisher equipments



demonstrate and use electric tools such as pliers screwdriver insulation cutter tester

2.

3.

Measure of EMF of DC source and to calculate its internal resistance by connecting it to an external load part 1 Measure of EMF of DC source and to calculate its internal resistance by connecting it to an external load part 2

4.

determine the equivalent resistance of series connection

5.

Determine the equivalent resistance of parallel connection

6.

7.

Use case of current law and gift shops Voltage law to determine current and voltages in electric circuits part 1 Use case of current law and Kirchhoff's Voltage law to determine current and voltages in electric circuits part 2

8.

In the series connected circuits determine the equivalent capacitance

9.

In The parallel connected circuits determine the equivalent capacitance Determine the time constant of RC circuit analytically and graphically including

10.

plotting the charging and discharging curves of a capacitor see through resistor R part 1 Determine the time constant of RC circuit analytically and graphically including

11.

plotting the charging and discharging curves of a capacitor see through resistor R part 2

12.

For the given magnetic material find the BH curve and hysteresis loop part 1

13.

For the given magnetic material find the BH curve and hysteresis loop part 2

14.

For the given magnetic material find the BH curve and hysteresis loop part 3

15.

16.

Use Faraday's first law of electromagnetic induction to analyse the behaviours of statically induced EMF and dynamically induced EMF in the given circuit part 1 Use Faraday's first law of electromagnetic induction to analyse the behaviours of statically induced EMF and dynamically induced EMF in the given circuit part 2

Sr No 1.

Unit Outcomes Basic Electrical Parameters

Topis and Subtopics 1. Direct current DC alternating current AC voltage source and

Unit 1 basic electrical parameters

current source ideal and practical 2. Electric current electric potential,

1. Distinguish the features of the given electrical parameters

potential difference PD electromotive force EMF

2. Explain the given terms

3. Electric work power and energy

3. Describe the given effect of the

4. Resistance resistivity conductivity

electric current with a relevant application 4. Calculate work power and energy for given circuits

effect of temperature on resistance 5. Types of resistor and their application 6. Heating effect magnetic effect chemical effect of electric current

7.

DC Circuits

1. Ohm's law internal resistance of

Apply Ohm's law to calculate internal

source internal voltage drop

resistance of given circuit distinguish

terminal voltage

the given two parameters calculate equivalent resistance for a given circuit apply Kirchhoff law to

2. Resistance in series resistance in parallel 3. Active passive linear nonlinear

determine current and voltage in the

circuits unilateral circuits bilateral

given circuit

circuits passive and active network node branch loop mesh 4. Kirchhoff's current law jobs Voltage law

8.

Capacitors

1. Capacitor parallel plate capacitor 2. Various connections of capacitor

Determine the construction of the

3. Energy stored in capacitor

given type capacitor describe the

4. Charging and discharging of

working of the capacitor in given circuit calculate equivalent

capacitor 5. Breakdown voltage and dielectric

capacitance in given DC circuit plot

strength type of capacitor and

charging and discharging curves for

application

the given capacitor 6.

Magnetic Circuits

1. Magnetic lines of force flux, flux density magnetic flux intensity

Distinguish the given terms related to

2. Magneto motive force MMF

magnetic circuit calculate various

ampere turns 80 reluctance

parameters of given magnetic circuit

Permeance reluctivity electric and

plot BH curve and hysteresis loop of a

magnetic circuits series magnetic

given magnetic materials compare the

and parallel magnetic circuit

performance of the given series and

3. Magnetization curve BH curve

parallel magnetic circuit

4. Magnetic hysteresis hysteresis loop application

7.

Electromagnetic Induction

1. Development of induced EMF and current Faraday's law of

Describe the use of Faraday's law of electromagnetic induction in the given application distinguish between the

electromagnetic induction 2. Static and dynamic EMF lenz law Fleming's right hand rule

given types of EMF apply Faraday's

3. self inductance coefficient of self

law to calculate induced EMF in the

inductance mutual inductance

given circuit calculate self inductance

coefficient of mutual inductance

and energy stored in magnetic field in

and self induced EMF and

given circuits

mutually induced EMF coefficient of coupling 4. inductance in series 5. types of inductors and their application and energy stored in magnetic field