PHYSICS EXPERIMENTS
(AS PER U.G.C. SYLLABUS)
B.Sc. I PHYSICS
EXPERIMENT NO. 1
STUDY OF LAWS OF PARALLEL AND PERPENDICULAR AXES FOR MOMENT OF INERTIA.
EE-P01
OBJECT : - To study the laws of perpendicular and parallel axes of moment of inertia.
Supplied complete with the following: 1) Metallic iron disc with chuck
2) Wall bracket with chuck
3) Metal wire
4) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
2) Sprit level
EXPERIMENT NO. 2
STUDY OF A COMPOUND PENDULUM.
EE-P02
OBJECT : - To study a compound pendulum (or bar pendulum) and hence to determine the radius of gyration with respect to
the centre of gravity and to determine the acceleration due to gravity 'g' in laboratory.
Supplied complete with the following: 1) Bar pendulum
2) Two knife edge fixed to a rigid support
3) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
2) Sprit level
EXPERIMENT NO. 3
STUDY OF OSCILLATIONS UNDER A BIFILAR SUSPENSION.
EE-P03
OBJECT: - To determine the moment of Inertia of Lamina by using bifilar pendulum
Supplied complete with the following: 1) Bifilar suspension system
2) Metal wire
3) Measuring Tape
4) Instruction manual
Optional accessories for the above:
1)
Stop watch L.C. 1/10 sec
EXPERIMENT NO. 4
POTENTIAL ENERGY CURVES OF A I-DOUBLE SYSTEM AND OSCILLATIONS IN IF FOR VARIOUS AMPLITUDES.
EE-P104
OBJECT: - To study the oscillation of a rubber band and hence to draw a potential energy curve from it.
Supplied complete with the following: 1) A meter scale attached on a vertical stand
2) A rubber band of nearly 20-30cm length
3) Pan / Hanger with weights (4 X 50gm)
4) Pointer
5) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
EXPERIMENT NO 5
STUDY OF OSCILLATIONS OF A MASS UNDER DIFFERENT COMBINATIONS OF SPRINGS.
EE-P04
OBJECT: -To study the oscillations for a mass of two springs
i) in series and ii) in a parallel, combination and hence to determine the force constant.
Supplied complete with the following: 1) Two springs of nearly equal lengths,
2) Weight box with Pan
3)
4)
Stand
Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
EXPERIMENT NO. 6
STUDY OF BENDING OF A CANTILEVER
EE-P105
OBJECT: - To study the depression of cantilever and hence to determine the Young's modulus of material of beam.
Supplied complete with the following: 1) Cantilever
2) Meter scale with stand
3) Hanger with weights
4) Instruction manual
Optional accessories for the above:
1) Screw guage
OR
STUDY OF BENDING OF A BEAM
EE-P05
OBJECT: - To study the depression of a beam and hence to determine Young's modulus of the material of beam using a
spherometer.
Supplied complete with the following: 1) Beam
2) Two knife edge on rigid supports in a horizontal plane
3) Hanger with weight
4) Spherometer
5) Battery
6) Buzzer
7) Connecting wires
8) Meter scale
9) Instructions manual
Optional accessories for the above:
1) Vernier calipers
2) Screw gauge
EXPERIMENT NO. 7
STUDY OF TORSION OF A WIRE (STATIC AND DYNAMIC METHODS)
EE-P06
OBJECT: - To study the twist of a wire and hence too determine the modulus of rigidity of the material of wire with help of
torsional pendulum.
Supplied complete with the following: 1) Torsional pendulum
2) Experimental wire
3) Meter scale / Measuring Tape
4) Instructions manual
Optional accessories for the above:
1) Screw guage
2) Vernier calipers
3) Stop watch L.C. 1/10 Sec.
EXPERIMENT NO. 8
STUDY OF FLOW OF LIQUIDS THROUGH CAPILLARIES
EE-P07
OBJECT: To study the flow of liquid through different capillaries and to determine the coefficient of viscosity of a liquid.
Supplied complete with the following: 1) Constant level water reservoir attached on a vertical stand
2) Measuring cylinder
3) Manometer with scale
4) Capillary tube fitted wooden board
5) Rubber Tubes
6) Pinch Cork
7)
Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
2) Travelling Microscope vertical & horizontal movement type
EXPERIMENT NO. 9
DETERMINATION OF SURFACE TENSION OF A LIQUID BY DIFFERENT METHODS
EE-P08
OBJECT: -To determine the surface tension of a liquid (say, water)with the help of Jaeger's apparatus.
Supplied complete with the following: 1) Jaeger's apparatus
2) Capillary Tube
3) Beaker
4) Rubber Tubes
5) Instruction maual
Optional accessories for the above:
1) Travelling Microscope vertical & horizontal movement type
EXPERIMENT NO. 10
STUDY OF VISCOSITY OF A FLUID BY DIFFERENT METHODS
EE-P109
OBJECT: - To determine the coefficient of viscosity of a liquid (glycerine).
Supplied complete with the following: 1) Viscosity Apparatus
2) Experimental liquid (glycerine)
3) Ten small steel balls of different diameters
4) Meter scale
5) Watch glass
6) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
2) Screw gauge
EXPERIMENT NO. 11
CHARACTERISTICS OF A BALLISTIC GALVANOMETER
EE-P09
OBJECT: - To determine the characteristic constant or
ballistic constant of a ballistic galvanometer.
Supplied complete with the following: 1) E&E make training module complete with variable Power supply,
Voltmeter and Capacitor
2) Ballistic galvanometer
3) Lamp & scale arrangement
4) Instruction manual
EXPERIMENT NO. 12
USE OFA VIBRATION MAGNETOMETER TO STUDY A FIELD
EE-P10
OBJECT: - To determine the absolute values of magnetic moment of a bar magnet and the horizontal component of earth's
magnetic with the help of deflection and vibration magnetometer.
Supplied complete with the following: 1) Deflection magnetometer
2) Vibration magnetometer
3) Bar magnet
4) Brass strip
5) Sprit level
6) Instruction manual
Optional accessories for the above:
1) Vernier calipers
2) Stop watch
EXPERIMENT NO. 13
STUDY OF B FIELD DUE TO A CURRENT
EE-P11
OBJECT: - To study the variation of magnetic field along the axis of a current carrying circular coil.
Supplied complete with the following: 1) Steewart and Gee's tangent galvanometer
2) Four way key
3) Power supply
4) Connecting wires
5) Instruction manual
EXPERIMENT NO. 14
MEASUREMENT OF LOW RESISTANCE BY CAREY-FOSTER BRIDGE
EE-P12
OBJECT: - To determine the resistance per unit length of the wire of Carey Foster's bridge and hence to calculate the value of
low resistance with its help.
Supplied complete with the following: 1) Carey Foster's bridge with variable selectable resistance
2) Power supply
3) Connecting wire
4) Given wire of unknown resistance
5) Galvanometer
6) Instruction manual
EXPERIMENT NO. 15
MEASUREMENT OF INDUCTANCE USING IMPEDANCE AT DIFFERENT FREQUENCIES.
EE-P13
OBJECT: - To measure the inductance of a given coil using impedance at different frequencies.
Supplied complete with the following: 1. E&E make training module complete with Digital AC Voltmeter
2. Instruction manual
Optional accessories for the above:
1. AF Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 16
MEASUREMENT OF CAPACITANCE USING IMPEDANCE AT DIFFERENT FREQUENCIES.
EE-P14
OBJECT: - To measure the capacitance of a given capacitor using impedance at different frequencies.
Supplied complete with the following: 1. E&E make training module complete with Digital AC Voltmeter
2. Instruction manual
Optional accessories for the above:
1. AF Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 17
STUDY OF DECAY OF CURRENT IN RC CIRCUIT.
EE-P15
OBJECT: - To study the decay of current in RC circuit.
Supplied complete with the following: 1. E&E Training complete with built in Digital Ammeter & Power Supply
2. Instruction manual
Optional accessories for the above:
1. Stop watch L.C. 1/10 Sec.
EXPERIMENT NO. 18
RESPONSE CURVE FOR LCR CIRCUIT AND RESONANCE FREQUENCY AND QUALITY FACTOR.
EE-P116
OBJECT: - To study response curve and quality factor for series & Parallel LCR circuits and to find resonance frequency.
Supplied complete with the following: 1. E&E training module
2. Patch cords
3. Instruction manual
Optional accessories for the above:
1. Audio frequency meter
2. Audio frequency generator
EXPERIMENT NO. 19
SENSITIVITY OF A CATHODE-RAY OSCILLOSCOPE.
EE-P16
OBJECT: - To determine the sensitivity of a Cathode Ray Oscilloscope .
Supplied complete with the following: 1) E&E Training module complete with built-in Power Supply & voltmeter
2) Instruction manual
EXPERIMENT NO. 20
CHARACTERISTICS OF A CHOKE
EE-P17
OBJECT: - To determine the inductance of a given Choke.
Supplied complete with the following: 1. E&E training module complete with Ammeter, voltmeter & choke
2. Instruction manual
EXPERIMENT NO. 21
MEASUREMENT OF INDUCTANCE
EE-P18
OBJECT: - To measure the inductance of a given coil by Anderson Bridge.
Supplied complete with the following: 1. E&E make training module
2. Set of patch cords
3. Head phone
4. Instruction manual
Optional accessories for the above:
1. AF Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 22
LC TRANSMISSION LINE
EE-P19
OBJECT: To study voltage distribution along L.C. Transmission line.
Supplied complete with the following: 1
E&E make training module
2
Instruction manual
Optional accessories for the above:
1. Audio Frequency Generator
2. Decade Resistance Box
3. Cathode Ray Oscilloscope
4. V.T.V.M./ AC millivoltmeter
PHYSICS EXPERIMENTS
(AS PER U.G.C. SYLLABUS)
B.Sc. II PHYSICS
EXPERIMENT No.1
STUDY OF ADIABATIC EXPENSION OF A GAS
EE-P20
OBJECT: - To determine the ratio of specific heat at constant Pressure to the specific heat at constant volume (i.e. ã =
Cp/Cv) of air by Clement and Desorme's method.
Supplied complete with the following:
1) Clement & Desorme's apparatus of 10 Lt. capacity, complete with manometer &
compression pump.
2) Instruction manual
EXPERIMENT No.2
STUDY OF CONVERSION OF MECHANICAL ENERGY INTO HEAT
EE-P32
OBJECT: - To determine mechanical equivalent of heat by Callender and Barne's method.
Supplied complete with the following:
1) Callender and Barn's continuous flow calorimeter
2) Constant level water flow arrangement with stop cock
3) AC power supply with different voltages
4) AC ammeter
5) AC voltmeter
6) Two thermometers
7) Measuring cylinder
8) Rheostate
9) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
EXPERIMENT No. 3
HEATING EFFICIENCY OF ELECTRICAL KETTLE WITH VARYING VOLTAGES.
EE-P21
OBJECT: - To study the heating efficiency of an electric kettle with varying voltages.
Supplied complete with the following:
1) Electric kettle
2) Thermometer
3) Variable AC voltage power supply complete with voltmeter
4) Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 sec.
EXPERIMENT NO. 4
STUDY OF TEMPERATURE DEPENDENCE OF TOTAL RADIATION
EE-P35
OBJECT: - To study the temperature dependence of total radiation and to verify the Stefan's law
Supplied complete with the following:
1) E&E training board complete with built-in variable power supply, ammeter & voltmeter, fitted with
electrical Bulb of tungsten filament
2) Instruction manual
EXPERIMENT NO. 5
RESISTANCE THERMOMETARY
EE-P22
OBJECT: - To determine the temperature coefficient of resistance of platinum with help of Carey Foster's bridge.
Supplied complete with the following:
1) Carey Foster's bridge with variable selectable resistance
2) Platinum Resistance thermometer
3) Electric Kettle
4) Power Supply
5) Galvanometer
6) Connecting wires
7) Rheostat
8) Instruction manual
EXPERIMENT NO. 6
THERMO EMF THERMOMETRY
EE-P23
OBJECT: - To study the variation of thermo e.m.f. with temperature for the copper-iron thermocouple.
Supplied complete with the following:
1) E&E training board complete with digital millivoltmeter and built-in oven
2) Copper-iron thermocouple
3) Thermometer
4) Instruction manual
EXPERIMENT NO. 7
CONDUCTION OF HEAT THROUGH POOR CONDUCTORS OF DIFFERENT GEOMETRIES
EE-P36
OBJECT: - To determine the thermal conductivity of a non-conductivity material by the Lee's disc method.
Supplied complete with the following:
1) Lee's apparatus.
2) Two thermometers
3) Steam boiler with cock & rubber tube
4) Instruction manual
Optional accessories for the above:
1) Vernier calipers
2) Stop watch L.C. 1/10 Sec.
3) Screw gauge
4) Electric heater
EXPERIMENT NO. 8
SPEED OF WAVES ON A STRETCHED STRING
EE-P24
OBJECT: - To determine the velocity of wave in a stretched string with the help of sonometer.
Supplied complete with the following:
1) Sonometer apparatus
2) Hanger with weights(500gm X 4)
3) Tuning fork (3 Nos.)
4) Rubber pad
5) Instruction manual
EXPERIMENT NO. 9
CHARACTERISTICS OF A MICROPHONE + LOUDSPEAKER SYSTEM
EE-P25
OBJECT: - To study the characteristics of a microphone & loudspeaker system.
Supplied complete with the following:
1) E&E make training board with built in sound level meter, microphone & speaker
2) Instruction manual
Optional accessories for the above:
1) Cathode Ray Oscilloscope (20 MHz ,Dual Trace)
2) A.F. Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 10
DETERMINING THE PRINCIPAL POINTS OF A COMBINATION OF LENSES
EE-P38
OBJECT: - To determine with the help of a Nodal Slide, the focal length of a combination of two lenses separated from each
other by some particular distance.
Supplied complete with the following:
1. Two Convex lenses
2. Nodal Slide Assembly
a) Nodal Upright
b) Mirror
c) Optical Slit
d) Lamp House
3. Instruction manual
Optional accessories for the above:
1. Optical Bench (1.5 Meter Long ,Dual Rod)
EXPERIMENT NO. 11
STUDY OF INTERFERENCE OF LIGHT (BIPRISM)
EE-P39
OBJECT: - To find the wavelength of sodium light (monochromatic source) with the help of
Fresnel's Bi-Prism.
Supplied complete with the following:
1. Fresnel Bi-Prism
2. Bi- Prism Assembly
a) Bi-Prism Holder
b) Auto Action / Lens Holder
c) Micrometer Eyepiece
d) Optical Slit
e) Condensing Lens
3. Instruction Manual
Optional accessories for the above:
1. Optical Bench (1.5 Meter Long , Dual Rod)
2.
3.
4.
Sodium Vapour Lamp
Transformer for Sodium Vapour Lamp
Wooden Box for Sodium Vapour Lamp
EXPERIMENT NO. 12
STUDY OF F-P ETALON FRINGES
EE-P26
OBJECT: - To study the Fabry-Parot etalon fringes and to determine the wavelength of a given monochromatic source (sodium
lamp) of light.
Supplied complete with the following:
1) Fabry-Parot Etalon
2) Instruction manual
Optional accessories for the above:
1) Spectrometer
2) Sodium vapour lamp
3) Transformer for sodium vapour lamp
4) Wooden box for sodium vapour lamp
5) Reading lens with torch
6) Sprit level
EXPERIMENT NO. 13
STUDY OF DIFFRACTION AT A STRAIGHT EDGE.
EE-P33
OBJECT: - To determine the wavelength of monochromatic light by diffraction at a straight edge.
Supplied complete with the following:
1) An optical bench provided with three vertical stands
2) A sharp razor blade (i.e. straight edge)
3) Micrometer eyepiece
4) Slit
5) Instruction manual
Optional accessories for the above:
1) Sodium vapour lamp
2) Transformer for sodium vapour
3) Wooden box for sodium vapour lamp
4) Reading lens with torch
5) Sprit level
EXPERIMENT NO.14
USE OF DIFFRACTION GRATING AND ITS RESOLVING LIMIT
EE-P27
OBJECT: - a) To determine the wavelength of main spectral lines of sodium lamp with the help of diffraction grating. b)To
determine the resolving power of plane diffraction grating.
Supplied complete with the following:
1) Grating
2) Prism
3) Rectangular slit of variable width
4) Instruction manual
Optional accessories for the above:
1) Sodium vapour lamp
2) Transformer for sodium vapour lamp
3) Mercury lamp
4) Wooden box for (Sodium vapour lamp)
5) Wooden box for (Mercury lamp)
6) Spectrometer
7) Reading lens with torch
8) Sprit level
EXPERIMENT NO. 15
RESOLVING LIMIT OF A TELESCOPE SYSTEM
EE-P28
OBJECT: - To determine the resolving power of a telescope
Supplied complete with the following:
1) Telescope with variable rectangular slit
2) Instruction manual
Optional accessories for the above:
1) Mercury lamp
2) Wooden box for mercury lamp
3) Measuring Tape
4) Vernier calipers
EXPERIMENT NO. 16
STUDY OF OPTICAL ROTATION FOR ANY SYSTEM
EE-P30
OBJECT: -To determine the specific rotation of sugar solution with help of polarimeter.
Supplied complete with the following:
1) Polarimeter
2) Measuring cylinder
3) Beaker
4) Instruction manual
Optional accessories for the above:
1) Reading lens with torch
2) Mercury lamp
3) Wooden box for mercury lamp
EXPERIMENT NO. 17
STUDY OF LASERS AS A MONOCROMATIC COHRENT SOURCE
EE-P34
OBJECT: - To determine the wavelength of laser with the help of grating.
Supplied complete with the following:
1) Diode laser (1-3mw) source with stand
2) Laser power supply
3) Measuring Tape
4) Grating with stand
5) Base board
6) Instruction manual
EXPERIMENT NO. 18
ë BY NEWTON'S RINGS
EE-P31
OBJECT: - To determine of wavelength of the given monochromatic light source with the help of Newton's circular fringes.
?
Supplied complete with the following:
1) Newton's ring microscope
2) Instruction manual
Optional accessories for the above:
1) Sodium vapour lamp
2) Transformer for sodium vapour lamp
3) Wooden box for sodium vapour lamp
4) Reading lens with torch
EXPERIMENT NO. 19
ì ,ù OF PRISM BY SPECTROMETER
EE-P29
OBJECT : - To determine the refractive index (ì) and depresive power (ù) of the material of prism with the
help of spectrometer.
Supplied complete with the following:
1) Spectrometer & Prism
2) Instruction manual
Optional accessories for the above:
1) Mercury lamp
2) Wooden box for mercury lamp
3) Sprit level
4) Reading lens with torch
EXPERIMENT NO. 20
STUDY OF STATISTICAL DISTRIBUTION ON NUCLEAR DISINTEGRATION DATA
(GM COUNTER USED AS A BLACK BOX)
EE-P37
OBJECT: - To study the statistical distribution on nuclear disintegration data and hence to determine
the half life of a radioactive substance with the help of Gieger-Muller counter(G.M. counter).
Supplied complete with the following:
1.
2.
3.
4.
5.
6.
G.M. Counter
End Window G.M. Detector(Halogen Quenched)
Stand for End Window G.M. Detector.
Aluminum Absorber Set.
Radio Active Source kit (One Gamma & One Beta Source).
Instruction manual
Optional accessories for the above:
1) Stop watch L.C. 1/10 Sec.
PHYSICS EXPERIMENTS
(AS PER U.G.C. SYLLABUS)
B.Sc. III PHYSICS
EXPERIMENT NO. 1
DETERMINATION OF PLANCK'S CONSTANT
EE-P40
OBJECT: - To determine the value of Planck's constant with the help of a vacuum type photo cell.
Supplied complete with the following: 1. E&E Make training module complete with Power Supply & meters
2. A vacuum type photo cell mounted inside a stand
3. Light source
4. Set of filters
5. Set of patch cords
6. Instruction manual
EXPERIMENT NO. 2
DETERMINATION OF e/m USING THOMSON'S METHOD
EE-P41
OBJECT: - To determine the specific charge (e/m) of electron by Thompson's method.
Supplied complete with the following: 1. Cathode Ray Tube mounted on a wooden stand
2. Power Supply
3. A pair of bar magnets
4. Compass box provided with a wooden stand
5. A wooden stand provided with scale
6. Instruction manual
EXPERIMENT NO. 3
STUDY OF SPECTRA OF HYDROGEN (Rydberg constant)
EE-P42
OBJECT: - To determine the Rydberg's constant with the help of diffraction grating and the hydrogen discharge tube.
Supplied complete with the following: 1. Hydrogen discharge tube fitted inside a stand having a slit arrangement
2. High Voltage Power Supply
3. Prism
4. Diffraction grating
5. Instruction manual
Optional accessories for the above:
1. Spectrometer
2. Reading lens with torch
3. Sprit level
EXPERIMENT NO. 4
ABSORPTION SPECTRUM OF IODINE VAPOUR
EE-P46
OBJECT: - To study the absorption spectra of iodine vapour.
Supplied complete with the following: 1. Glass tube containing the iodine vapour, fitted inside an oven.
2. White light source with power supply
3. Prism
4. Instruction manual
Optional accessories for the above:
1. Spectrometer
2. Reading lens with torch
3. Sprit level
EXPERIMENT NO. 5
STUDY OF A DIELECTRIC CONSTANT
EE-P47
OBJECT: - To determine dielectric constant and permittivity of a given substance by the resonance method.
Supplied complete with the following: 1. E&E make training module along with dielectric material
2. Set of patch cords
3. Instruction manual
Optional accessories for the above:
1. Cathode Ray Oscilloscope (20 MHz , Dual Trace)
2. A.F. Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 6
HYSTERESIS CURVE OF TRANSFORMER CORE
EE-P48
OBJECT: - To study the B-H curve for a ferro- magnetic material(E shaped cores) with the help of cathode ray oscilloscope.
Supplied complete with the following: 1. E&E make training module
2. A pair of coils and E shaped cores
3. Instruction manual
Optional accessories for the above:
1. Cathode Ray Oscilloscope (20 MHz, Dual Trace)
EXPERIMENT NO. 7
HALL PROBE METHOD FOR MEASUREMENT OF MAGNETIC FIELD
EE-P57
OBJECT: - To measure the magnetic field by Hall probe Method.
Supplied complete with the following: 1. Hall probe (InAs)
2. Hall probe (Ge Crystal- n type)
3. Hall probe stand (Wooden)
4. Electromagnet (50V)
5. Constant current power supply
6. Digital Guassmeter (2KG & 20KG)
7. Hall effect set-up
8. Instruction manual
EXPERIMENT NO. 8
SPECIFIC RESISTANCE AND ENERGY GAP OF A SEMICONDUCTOR
EE-P45
OBJECT: - To study the effect of temperature on the reverse saturation current in junction diode and hence to determine the
forbidden energy gap.
Supplied complete with the following: 1. E&E training module complete with built-in oven, microammeter & DC Source
2. Thermometer
3. Instruction manual
EXPERIMENT NO. 9
CHARACTERISTICS OF A TRANSISTOR
EE-P49
OBJECT: - a) To draw the characteristics curves of PNP & NPN transistor in the common base mode.
b) To draw the characteristics curve of PNP& NPNjunction transistor in the common emitter mode.
Supplied complete with the following: 1. E&E training module complete with meters and built in Power supply
2. Set of patch cords
3. Instruction manual
EXPERIMENT NO. 10
CHARACTERISTICS OF TUNNEL DIODE
EE-P50
OBJECT: - To study the characteristics of a Tunnel diode.
Supplied complete with the following: 1. E&E training module complete with two digital voltmeters & built-in IC regulated 5V Power Supply.
2. Instruction manual
EXPERIMENT NO. 11
STUDY OF VOLTAGE REGULATION SYSTEM
EE-P43
OBJECT: - To study half wave and full wave rectifiers and to determine the voltage regulation and ripple factor of half wave
and full wave rectifiers.
Supplied complete with the following: 1. E & E make training module complete with milliammeter, Voltmeter, variable load resistance & built-in AC Power Supply.
2. Set of patch cords
3. Instruction manual
Optional accessories for the above:
1. Digital Multimeter
EXPERIMENT NO. 12
STUDY OF A REGULATED POWER SUPPLY
EE-P54
OBJECT: - To study regulated power supply using Zener diode.
Supplied complete with the following: 1. E&E training module complete with Milliammeter, Voltmeter , Variable load resistance &
built-in AC power supply.
2. Set of patch cords
3. Instruction manual
EXPERIMENT NO. 13
STUDY OF LISSAJOUS FIGURE S USING A CRO
EE-P44
OBJECT: - To study the wave form of alternating current source with the help of Cathode Ray Oscilloscope and to determine
the unknown frequency by the analysis of Lissajous figures.
Supplied complete with the following: 1. E&E training module
2. Instruction manual
Optional accessories for the above:
1. Cathode Ray Oscilloscope (20 MHz, Dual Trace)
2. A.F. Generator E&E type AF-01(1 MHz)
EXPERIMENT NO. 14
STUDY OF RC AND TC COUPLED AMPLIFIERS.
EE-P53
OBJECT: - a) To study the amplification characteristics of a single stage R-C coupled amplifier.
b) To study the amplification characteristics of a single stage transformer coupled amplifier.
Supplied complete with the following: 1. E&E training module
2. Set of patch cords
3. Instruction manual
Optional accessories for the above:
1. Cathode Ray Oscilloscope (20 MHz, Dual Trace)
Rs. 19500.00
2. A.F. Generator E&E type AF-01 (1 MHz)
EXPERIMENT NO. 15
STUDY OF AF & RF OSCILLATOR
EE-P52
OBJECT: - To study and determine the audio frequency & radio frequency of oscillator.
Supplied complete with the following: 1. E&E training module
2. Set of patch cords
3. Instruction manual
Optional accessories for the above:
1. Cathode Ray Oscilloscope (20 MHz, Dual Trace)
EXPERIMENT NO. 16
STUDY OF A VTVM (MULTIMETER)
EE-P51
OBJECT: - To study the methods of measurement of a multimeter
Supplied complete with the following: -
1.
2.
3.
E&E training module complete with built in Power supply & meters
Set of patch cords
Instruction manual
EXPERIMENT NO. 17
DETERMINATION of ‘e’ BY MILLIKAN'S METHOD.
EE-P55
OBJECT: - To determine the electronic charge e by Millikan's method & demonstrating the quantum nature of charge
measuring the suspension voltage and the falling speed.
Supplied complete with the following: 1. Millikan Apparatus
2. Power Supply for Millikan Apparatus
3. Stand Base V Shape 280mm
4. Rods for Stand dia 10mm, length 50 cm.
5. Pair of cables
6. Needle
7. Atomiser
8. Olive Oil (200 ml)
9. Stop Clock
EXPERIMENT NO. 18
ZEEMAN EFFECT
EE-P56
OBJECT: - To determine specific charge (e/m) of electron by Zeeman effect.
Supplied complete with the following: 1. Constant Deviation Spectrograph
2. Constant Deviation Prism
3. Electromagnet
4. Heavy Duty Power Supply
5. Specially designed Neon, Helium , Mercury Discharge Tube
6. High Voltage Discharge Tube Generator
7. Stand for holding Neon Discharge Tube
8. Fabry Perot Etalon
9. Micrometer Eyepiece
10. Digital Gaussmeter
11. Condensing Lens with mount
Optional accessories for the above:
1. Quarter Size Plate Camera with a packet of film
Date : 01st July 2007
TO WHOMESOEVER IT MAY CONCERN
This is to certify that we are the manufacturers of ‘E&E’ Make Electronic Training Modules. We are a registered SSI Unit with
District Industries Center, Indore (DOC) for the last 40 years. Our organization number is J/SSWI/D/I/MP/61/IND/262/ELG.
All ‘E&E’ Make instruments are guaranteed for a period of TWELVE MONTHS from the date of supply against any
manufacturing defect.
For ELECTRONICS & ELECTRICALS
(SHAILESH KASLIWAL)
TERMS AND CONDITIONS
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The prices are FOR destination (Nearest Railway Station) inclusive of packing, forwarding, freight & insurance charges.
Installation (if requires) will be charged extra.
Commercial Tax @ 9.2 % will be charged extra.
In case of supplies out of M.P. Central sales tax @ 4 % against form D/C or 11 % or as applicable will be charged extra.
Excise Duty : At present there is No EXCISE DUTY on ‘E&E’ Make Instruments but will be charged extra if applicable at the
time of supply.
All instruments mentioned above are guaranteed for a period of ONE YEAR from the date of supply against any
manufacturing defect.
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Payment : 100 % through bank . C.O.D. Basis.