Phisics

Modern Physics Didactic Trainer

  • AVOGADRO’s NUMBER- KMP-101
    Experiment:
    Determination of Avogadro's number using electrolysis technique
  • B-H CURVE- KMP-102
    Experiment:
    Magnetic hysteresis
    B-H curve loop tracer
  • BOLTZMANN’s CONSTANT- KMP-103
    Experiment:
    Determination of Boltzmann constant
  • DIAMAGNETIC & PARAMAGNETIC SUSCEPTIBILITY- KMP-104
    Experiment:
    Determination of Avogadro's number using electrolysis technique
  • DIODE & ZENER-DIODE CHARACTERISTICS- KMP-105
    Experiment:
    Determination of knee voltage, Zener voltage and forward resistance
    Determination of knee voltage, plotting I-V characteristics in forward and reverse bias for a any semi-conductor diode
  • e/k USING SILICON TRANSISTOR- KMP-106
    Experiment:
    Determination of e/k using silicon transistor
  • e/m BY MILLIKAN’s OIL DROP METHOD- KMP-107
    Experiment:
    Determination of e/m of an electron by Millikan’s oil drop method
  • e/m BY THOMSON’s METHOD- KMP-108
    Experiment:
    Determination of e/m of an electron by Thomson’s method
  • ENERGY GAP OF SEMICONDUCTOR USING SILICON DIODE- KMP-109
    Experiment:
    Determination of energy gap of a semiconductor sample
  • FERMI ENERGY IN COPPER -KMP-110
    Experiment:
    Determination of Fermi energy level in copper
  • FERRO-MAGNETIC CURIE TEMPERATURE -KMP-111
    Experiment:
    Determination of Curie temperature of HP3 grade ferrite core
  • FOUR PROBE APPARATUS- KMP-112
    Experiment:
    Resistivity variation with temperature for a semiconductor sample
    Determination of energy gap of a semiconductor sample
  • HALL EFFECT - KMP-113
    Experiment:
    Resistivity variation with temperature for a semiconductor sample
    Determination of energy gap of a semiconductor sample
  • IONIZATION POTENTIAL OF XENON - KMP-114
    Experiment:
    To draw I-V characteristics of xenon filled Thyraton and determine its ionization potential
  • JFET CHARACTERISTICS- KMP-115
    Experiment:
    Drain curves & trans conductance curves, determination of GMO, IDSS, Vp. Variation of drain, source resistance with gate voltage & variation of trans conductance with gate voltage
  • LED I-V CHARACTERISTICS- KMP-116
    Experiment:
    Determination of knee voltage, plotting I-V characteristics in forward and reverse bias for an LED
  • OPTO-COUPLER CHARACTERISTICS- KMP-117
    Experiment:
    Input/output & transfer characteristics of an opto-coupler
    Determination of voltage & current transfer ratio
  • PHASE TRANSITION IN BARIUM TITANATE/ CURIE-WEISS LAW- KMP-118
    Experiment:
    Determination of ferro electric phase transition & verification of Curie-Weiss Law
  • PHOTO-DIODE CHARACTERISTICS- KMP-119
    Experiment:
    Determination of Responsively, Quantum efficiency & I-V characteristics
  • PHOTO-TRANSISTOR / LDR /PHOTO-CELL CHARACTERISTICS- KMP-120
    Experiment:
    I-V characteristics & Spectral response of photo transistor, LDR and photo cell
  • PHOTO ELECTRIC EFFECT - PLANCK’S CONSTANT- KMP-121
    Experiment:
    Verification of Einstein’s photo electric equation
    Determination of Planck’s constant, photonic work function
  • PLANCK’s CONSTANT USING EINSTEIN’s EQUATION (LED) - KMP-122
    Experiment:
    Determination of Planck’s constant using Einstein’s equation
  • PLANCK’s CONSTANT BY BLACK BODY - KMP-123
    Experiment:
    Determination of Planck’s constant by black body radiation
  • Magnetic susceptibility by QUINCKE’s METHOD (SUSCEPTIBILITY) - KMP-124
    Experiment:
    Measurement of magnetic susceptibility of liquids
  • RESISTIVITY BY TWO PROBE METHOD- KMP-125
    Experiment:
    Determination of resistivity of wire Nichrome and Carbon by two probe method
  • STEFAN’s CONSTANT (BLACK BODY RADIATOR) - KMP-126
    Experiment:
    Determination of Stefan constant and verification of Stefan-Boltzmann Law (4th power law)
  • SEMI-CONDUCTOR TEMPERATURE SENSOR- KMP-127
    Experiment:
    Temperature sensitivity of temperature sensor ICs
  • SOLAR CELL I-V CHARACTERISTICS - KMP-128
    Experiment:
    Determination of open circuit voltage, short circuit current, efficiency, maximum power point power, I-V Characteristics & fill factor.
  • THERMISTOR RESISTANCE VARIATION - KMP-129
    Experiment:
    Determination of thermistor resistance variation with temperature and energy gap
  • TRANSISTOR CHARACTERISTICS - KMP-130
    Experiment:
    Study of input, output & transfer characteristics and calculation of input resistance, output resistance and amplification factor for any given n-p-n transistor
  • UJT CHARACTERISTICS - KMP-131
    Experiment:
    I-V Characteristics, determination of intrinsic stand of ratio, base to base resistance, value point & peak point voltages