Search

Modern Physics

View as Grid List
Sort by
Display per page

B H Curve

Experiment(s): 1. Magnetic hysteresis 2. B-H curve loop tracer



DIAMAGNETIC & PARAMAGNETIC SUSCEPTIBILITY

Experiment(s): 1. Determination of magnetic susceptibility of water and glass 2. Determination of magnetic susceptibility of diamagnetic and paramagnetic compounds



DIODE & ZENER-DIODE CHARACTERISTICS

Experiment(s): 1. Determination of knee voltage, zener voltage and forward resistance 2. Determination of knee voltage, plotting I-V characteristics in forward and reverse bias for a any semi-conductor diode



e/m BY MILLIKAN’s OIL DROP METHOD

Experiment(s): 1. Determination of e/m of an electron by Millikan’s oil drop method



e/m BY THOMSON’s METHOD

Experiment(s): 1. Determination of e/m of an electron by Thomson’s method



ENERGY GAP OF SEMICONDUCTOR USING SILICON DIODE

Experiment(s): 1. Determination of Energy gap of a semiconductor sample



FERMI ENERGY IN COPPER

Experiment(s): 1. Determination of Fermi energy level in copper



FOUR PROBE APPARATUS

Experiment(s): 1. Resistivity variation with temperature for a semiconductor sample 2. Determination of energy gap of a semiconductor sample



HALL EFFECT

Experiment(s): 1. Observe Hall effect in doped semiconductors and determination of charge density and velocity of charge carriers in the lattice



JFET CHARACTERISTICS

Experiment(s): 1. Drain curves & transconductance curves, determination of GMO, IDSS, Vp. Variation of drain, source resistance with gate voltage & variation of transconductance with gate voltage



Photo Electric Effect - Planck's Constant

Experiment(s): Verification of Einstein’s photo electric equation and Determination of Planck’s constant, Photonic work function



PHOTO-DIODE CHARACTERISTICS

Experiment(s): 1. Determination of Responsivety, Quantum efficiency & I-V characteristics



PHOTO-TRANSISTOR / LDR / PHOTO-CELL CHARACTERISTICS

Experiment(s): 1. I-V characteristics & Spectral response of photo transistor, LDR and photo cell



PLANCK’s CONSTANT BY BLACK BODY

Experiment(s): 1. Determination of Planck’s constant by black body radiation



PLANCK’s CONSTANT USING EINSTEIN’s EQUATION

Experiment(s): 1. Determination of Planck’s constant using Einstein’s equation



QUINCKE’s METHOD (SUSCEPTIBILITY)

Experiment(s): 1. Measurement of magnetic susceptibility of liquids



RESISTIVITY BY TWO PROBE METHOD

Experiment(s): 1. Determination of resistivity of wire Nichrome and Carbon by two probe method



SEMI-CONDUCTOR TEMPERATURE SENSOR

Experiment(s): 1. Temperature sensitivity of temperature sensor ICs



SOLAR CELL I-V CHARACTERISTICS

Experiment(s): 1. Determination of open circuit voltage, short circuit current, efficiency, maximum power point power, I-V Characteristics & fill factor.



STEFAN’s CONSTANT (BLACK BODY RADIATOR)

Experiment(s): 1. Determination of Stefan constant and verification of Stefan-Boltzmann Law (4th power law)



Filters
Sort
display