S. No. | Experiments | Click to download PDF |
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SEMESTER-I | ||
Electromagnetic theory | ||
1 | Helmholtz coil experiment | |
2 | BH curve with deep lite | |
3 | Quincks tube to find magnetic susceptibility | |
4 | Fiber optics experiments kit | |
5 | Malus law verification | |
6 | Ultrasonic diffraction to find sound velosity | |
7 | Interference and diffraction by He-Ne laser kit | |
8 | Michelson interferometer kit |
S. No. | Experiments | Click to download PDF |
---|---|---|
SEMESTER-III | ||
Electronics | ||
1 | OPAMP as comparator and Schmitt Trigger | |
2 | Differentiator, Integrator and filter circuits with IC741 | |
3 | Phase shift oscillator using IC741 | |
4 | Full adder and subtractor circuits | |
5 | Flip flops circuits (RS, D, JK, T) | |
6 | Counter circuits (up, down,ring,mod-n) | |
7 | Multivibrator circuits using IC555 | |
8 | 6 Digit seven segment display and Hex Keyboard interface to 8051 | |
9 | Alphanumeric LCD panel and Hex keypad input interfaceto 8051 | |
10 | External ADC and Temperature control interface to 8051 |
S. No. | Experiments | Click to download PDF |
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SEMESTER-II | ||
Classical and Modern Physics | ||
1 | Vernier caliper, Screw Gauge, and spectrometer | |
2 | Spring constant | |
3 | Compound Pendulum | |
4 | Photoelectric effect and Planck's constant | |
5 | Spectral lines of a Hydrogen lamp | |
6 | X-ray diffraction on NaCl | |
7 | Millikan's oil drop experiment |
S. No. | Experiments | Click to download PDF |
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SEMESTER-IV | ||
Electrostatics and Electric Current | ||
1 | DC Voltages, by using mulitimeter | |
2 | Electrical parameters | |
3 | Dielectric constant | |
4 | Different dielectric materials | |
5 | High Resistance by Leakage Method | |
6 | Series LCR circuit | |
7 | Parallel LCR circuit | |
8 | Mutual inductance of two coils |
S. No. | Experiments | Click to download PDF |
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SEMESTER-IV | ||
Heat and Thermodynamics | ||
1 | Thermal conductivity | |
2 | Specific heat capacities of metals | |
3 | Joule's constant | |
4 | Coefficient of thermal expasion | |
5 | Platinum resistance thermometer | |
6 | Thermo couple - EMF | |
7 | Thermo couple -unkonwn temperture |
S. No. | Experiments | Click to download PDF |
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SEMESTER-IV | ||
Analog and Digital Electronics | ||
1 | Characteristics of the p-n junction; load lines | |
2 | Characteristics of a Zener Diode | |
3 | Half-wave Rectifier and Full-wave | |
4 | Operation of the clipping and clamping diode circuits. | |
5 | CE Characteristics of a Transistor; load line and Q-factor | |
6 | Inverting and Non-Inverting Amplifier | |
7 | Op-amp as adder, subtractor and comparator | |
8 | Precision Differential Amplifier of given I/O specification using Op-amp 741 |
S. No. | Experiments | Click to download PDF |
---|---|---|
SEMESTER-IV | ||
Introduction to Optics | ||
1 | Refractive index of prism | |
2 | Dispersion power of prism | |
3 | Michelson's interferometer | |
4 | Diffraction patterns by single slit | |
5 | Malus law (inverse square law) | |
6 | Resovling power of telescope | |
7 | Angle of deviation of prism(I-D CURVE) | |
8 | Cauchy's constant |
S. No. | Experiments | Click to download PDF |
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SEMESTER I/II | ||
Engineering physics | ||
1 | Faraday's law | |
2 | Dielectric constant | |
3 | Biot- Savart's law | |
4 | Stefan's Law | |
5 | Young's Single Slit | |
6 | Young's Double Slit | |
7 | Spring constant | |
8 | Michelson Interferometer | |
9 | Particle size measurement | |
10 | Helmholtz coil |