To find voltage current relationship in R-L series circuit and to determine power factor of the circuit. Also determine the inductance of a coil using voltmeter ammeter methods.
02
Experiment 07
1 Lectures
Familiarization of electronic components and equipments like CRO function generator and power supplies etc.
03
Experiment 01
1 Lectures
To verify fundamental laws of Electrical Engineering
I. Ohm‘s law for Bilateral Passive Linear Lumped (BPLL) element.
II. KVL and KCL
04
Experiment 02
1 Lectures
To verify Network theorems
I. Norton and Thevenin Theorem
II. Maximum power theorem
III. Superposition theorem
IV. Tellegen‘s Theorem
05
Experiment 03
1 Lectures
To calibrate a measuring instrument
I. Voltmeter with the help of standard ammeter and resistance.
II. Ammeter with the help of standard voltmeter and resistance.
III. Wattmeter by direct loading
06
Experiment 04
1 Lectures
To find minimum fusing current and fuse constant of a given fuse wire.
07
Experiment 05
1 Lectures
To check polarity markings of a transformer and to determine self & mutual inductance of windings.
08
Experiment 08
1 Lectures
To study the V-I characteristics of p-n junction diode and determine its static and dynamic resistance.
09
Experiment 09
1 Lectures
To study the characteristics of Zener diode calculate the dynamic resistance and working as Voltage regulator.
10
Experiment 10
1 Lectures
To study and plot the waveform of half wave and full wave rectifier with and without capacitor filter.
11
Experiment 11
1 Lectures
To study and plot the input and output characteristics of CE (Common Emitter) and CB (Common Base) transistor configurations and calculate their input and output resistances.
12
Experiment 12
1 Lectures
To study the characteristics of FET (Field Effect Transistor) and calculate its dynamic resistance (rd) mutual conductance (gm) and
amplification factor (μ).
Electrical and Electronics Engineering Lab | Syllabus | College Platform - NITH