1st Semester

Int. MSc-PhD first semester experiments Part-I (P741)

Analog and Digital electronics lab experiments

• Recapture of basics (Includes Identification of components, familiarisation with power supply. Function Generators, Oscilloscopes, Diode characteristics)
• Transistor (CE) characteristics, single and two-stage RC coupled amplifiers.
• Operational amplifier basics and applications
• Phase shift Oscillators
• Passive and active filters

Manuals

Introduction Identification of circuit components

• Diode Characteristics and Rectifier circuits
• RC filter circuits and LCR resonance circuits
• Transistor Characteristics and amplifier circuits
• OPAMP circuits - basics
• OPAMP circuits - applications
• IC 555 multivibrator circuits
• Digital Electronics- Boolean logic and adder and subtractor circuits
• Digital Electronics- Flip flop and counter circuits

Int. MSc-PhD first semester experiments Part-II (P742)

General physics Lab experiments

• Coefficient of linear expension by Fizeau's method
• Young's modulus by Cornu's method
• Magnetic susceptibility of a paramagnetic material by Quincke's method
• Specific charge of electron
• Magnetic Hysteresis of ferromagnetic materials
• Dielectric Constant of different materials

Modern Physics Lab Experiments

• Measurement of Elementary charge by Millikan oil drop method
• Study of Zeeman effect
• Study of Hydrogen Spectra (Balmer Series)
• Emission Spectra of Metals and Absorption Spectra in Iodine Vapour
• Franck-Hertz Experiment using Neon Tube
• Study of Electron spin resonance (ESR)
• Study of Magnetic Resonance with a Compass
• Study of Lock-in amplifier

Supplementary Materials: ESR / MR / Zeeman

2nd Semester

Int. MSc-PhD second semester experiments (P743)

Nuclear Physics Lab Experiments (P743)

Radiation safety instruction

• G.M. 1: Basics of GM Counter-Characteristics and Counting Statistics. [ Manual ]
• G.M. 2: Application of GM Counter(Range of Beta Particles, Attenuation of Bremsstrahlung, Half-life measurement, Back Scattering etc.) [ Manual ]
• Study of Gamma Ray Spectroscopy by SCA and MCA [ Manual-SCA ] [ Manual-MCA ]
• Study of Gamma-Gamma Coincidence using Na-22. [ Manual ]
• Study of Rutherford Scattering [ Manual ]
• Construction of ADC and DAC circuits [ Manual ]
• Study of Compton Effect. [ Manual ]
• Characteristics Response of a Photomultiplier Tube (PMT) [ Manual ]

Solid State Physics Lab Experiments (P744)

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