Experiment(s):
1. Construction of astable multivibrator of required frequency
Experiment(s):
1. Identification of unknown components by seeing its AC response
2. Determination of the values of the components (Inductor, capacitor & resistor)
Experiment(s):
1. Understand the working principle of Cocroft voltage multiplier
Experiment(s):
1. Current sensitivity of a galvanometer
2. Conversion of galvanometer into voltmeter
3. Conversion of galvanometer into ammeter
Experiment(s):
1. Determination of dielectric constant of a capacitor by the method of charging and discharging
Experiment(s):
1. Determination of dielectric constant of liquids
2. Determination of dielectric constant of solids
Experiment(s):
1. Verification of Kirchoff’s law using Wheaston’s bridge
Experiment(s):
1. Realisation of series and parallel resonance
2. Determination of L & Q variations
Experiment(s):
1. Realisation of half wave bridge rectifier and its output with filter(s)
2. Realisation of full wave bridge rectifier and its output with filter(s)
3. Realisation of bridge rectifier and its output with filter(s)
Experiment(s):
1. Verification of Thevnin’s theorem
2. Verification of Norton’s theorem
Experiment(s):
1. Realisation of transistor amplifier in CE configuration
2. Realisation of transistor amplifier in CC configuration