Teaching Laboratories

Sl No.	Experiment Name	Manual	Vedio link
1	To determine the magnetic field of paired coils in Helmholtz arrangement.	PDF	Tut
2	To determine the e/m by magnetron method.	PDF	Tut
3	To verify Stokes Low and hence determine the coefficient of Viscosity of a highly viscous liquid.	PDF	Tut
4	To determine Planck's Constant and work function using photo electric effect.	PDF	Tut
5	To determine the resistivity of a semiconductor as a function of temperature and to estimate its band gap using four-probe method.	PDF	Tut
6	To determine the mass susceptibility of a para-magnetic material by Quinckeâs method.	PDF	Tut
7	To determine the first excitation potential of a gas by Franck- Hertz Experiment.	PDF	Tut
8	To verify the Malus law using laser light.	PDF	Tut
9	To study the single slit diffraction by laser light.	PDF	Tut
10	To determine the value of Planck's constant by measuring radiation in a fixed spectral range.	PDF	Tut
11	To determine the wavelength of sodium light by Newton's Ring.	PDF	Tut
12	Experiments related to PN Junction	PDF	Tut

Sl No.	Experiment Name	Manual
1	Dependence of Hall Coefficient On Temperature	PDF
2	Dielectric Constant of Solids & Liquids	PDF
3	Study of Dielectric Constant	PDF
4	Electron Spin Resonance (ESR) Spectrometer	PDF
5	Four Probe	PDF
6	Hysteresis Loop Trace	PDF
7	Magnetoresistance of Semiconductors	PDF
8	Measurement of Dielectric Constant	PDF
9	Nuclear Magnetic Resonance Spectrometer	PDF
10	P-E loop tracer	PDF
11	P-N Junctiuns	PDF
12	Solar Cell	PDF
13	Sputtering Unit	PDF
14	Study of Hall Effect in Metals	PDF
15	Study of Magnetic Levitation System	PDF
16	Furnace with Programmable Controller	PDF
17	Vacuum Coating Unit	PDF
18	Zeeman Effect	PDF

Sl No.	Experiment Name	Manual
1	7 segment dispay	PDF
2	De morgan's theorem	PDF
3	Half and full adder	PDF
4	Half and full subtractor	PDF
5	Interconversion of universal gates	PDF
6	J-K flip flop	PDF
7	Logic gates and truth table varification	PDF
8	multiplexer and demultiplexer	PDF
9	S-R flip flop	PDF
10	T & D flip flop	PDF

Sl No.	Experiment Name	Manual
1	Mode Field Diameter of a single mode fiber	PDF
2	Near-field intensity profile of a multimode fiber	PDF
3	MAGNETOSTRICTION WITH THE MICHELSON INTERFEROMETER	PDF
4	Optical wave guide	PDF
5	Characterization of LED	PDF
6	Fiber to fiber (multimode) splice loss	PDF
7	Bend-Induced loss in a single-mode fiber	PDF
8	Faraday Effect	PDF
9	Microbending Loss and Applicatioin in sensing	PDF
10	Ultrasonic Diffraction	PDF
11	Alignment of He Ne Cavity	PDF