Teaching Laboratories for Int. MSc

Second Semester Manual

1. Conversion of Voltmeter to Ammeter and vice-versa.
2. Study of Electromagnetic Damping
3. Tangent Galvanometer
4. Magnetic field variation along the axis of a circular coil and a Helmotz coil
5. Velocity of Sound
6. Determination of the resolving power of a telescope
7. Dispersive Power of Prism
8. Study of Newton’s rings
9. Planck's constant

Supporting Materials

1. Spectrometer

General Physics Lab (P241)

1. Coefficient of linear expension by Fizeau's method
2. Young's modulus by Cornu's method
3. Magnetic susceptibility of a paramagnetic material by Quincke's method
4. Dielectric Constant of different materials
5. Specific charge of electron
6. Magnetic Hysteresis of ferromagnetic materials
7. Verification of Coulomb law using Coulomb balance

Basic Electronics Lab(P245)

1. Identification of circuit components
2. Diode characteristics
3. Half wave rectifier
4. Full wave rectifier
5. Zener regulator
6. Filtering and phase shifting networks
7. Study of lcr resonant circuit
8. Transistor characteristics
9. RC coupled transistor amplifier

List of experiments for advanced electronics lab

1. (a) Study of basic OPAMP configurations (IC741) and simple mathematical operations
   (b) Applications of OPAMP as comparator and Schmitt Trigger
2. Differentiator, Integrator and active filter circuits using OPAMP (IC741)
3. Phase shift oscillator using OPAMP (IC741)
4. Study of Boolean logic operations using ICs
5. Design and study of full adder and subtractor circuits
6. Design and study of various flip flops circuits (RS, D, JK, T)
7. Design and study of various counter circuits (up, down, ring, mod-n)
8. Design and study of multivibrator circuits using IC555

Manuals

• Exp 1-3_2023
• Exp 4-5_2023
• Exp 6_2023
• Exp 7_2023
• Exp 8_2023

Optics Laboratory(P345)

Modern Physics Lab(P343)

Nuclear physics and Instrumentation Lab(P341)

      Radiation safety instruction

1. G.M. 1: Basics of GM Counter-Characteristics and Counting Statistics. [ Manual ]
2. G.M. 2:  Application of GM Counter(Range of Beta Particles, Attenuation of Bremsstrahlung, Half-life measurement, Back Scattering etc.) [ Manual ]
3. Study of Gamma Ray Spectroscopy by SCA and MCA [ Manual-SCA ] [ Manual-MCA ]
4. Study of Gamma-Gamma Coincidence using Na-22. [ Manual ]
5. Study of Rutherford Scattering [ Manual ]
6. Construction of ADC and DAC circuits [ Manual ]
7. Analog to Digital conversion and Digital to Analog conversion with sample and hold (ADC-DAC-2) [ Manual ]
8. Study of Compton Effect. [ Manual ]

Solid State Physics Laboratory | (P347)

1. Measurement of resistivity and determination of band gap using Four-Probe method
2. Bandgap measurement by Uv-Vis Spectroscopy and analysis of band structure
3. Hall effect of semiconductors
4. Magnetoresistance and Hall effect of Bismuth
5. Mono-atomic and diatomic lattice vibration study using electronic circuits
6. Study of phase transition in BaTiO3
7. I-V characteristics of solar cell
8. C-V characteristics of solar cell
9. and 10. Experiments with Seelab3.0 [ Note | Unit Manual | EM Induction | 555 Timer ]

P445-Integrated Physics Laboratory-1

1. Superconductivity using LC circuit
2. Dielectric constant at microwave frequency
3. Magnetostriction using Michelson Interferometry
4. Study of Faraday effect
5. Study of Raman Spectroscopy
6. Alignment of He-Ne laser and study of spectral and spatial properties of the beam
7. Study of Nd-Yag laser
8. Study of Z-scan
9. Experiments with optical fiber

P446-Integrated Physics Laboratory-2

1. Study of Negetive group delay in electronic circuit
2. Study of Lock-in-Amplifier
3. Study of Coupled Oscillator
4. Study of Holography
5. Study of Laser Gyroscope
6. Study of Earth field Nuclear Magnetic Resonance
7. Study of Interference, Diffraction and other experiments using Microwaves
8. Study of Laser Doppler Anemometry