Thermal conductivity of coper rod by Angstrom setup digital graphical 0.1c ap-900ak

Model: AO-900ak

Ray box light kit set spare filters set of 8 colour cards abron AP-890i

Model: AP-890i

Resistance by leakage capacitor method using ballistic galvanometer lamp and scale apparatus setup APP-2100R

Model: APP-2100R

Class XII-exp- To determine the focal Length of a convex lens with the help of a Convex lens AP-12b15-05

Model: Class XII-exp-AP-12b15-05

Class XII-exp-To find focal length of a convex lens with the help of Convex Lens AP-12b15-04

Model: -AP-12b15-04

Class XII-exp-To determine the refractive Index of Prism Material AP-12b15-03

Model: AP-12b15-03

Class XII-exp-To determine the focal Length of a Convex Lens by using two pins or u-v Method AP-12b15-02

Model: AP-12b15-02

Class XII-exp- To determine the focal lenth of a Concave Mirror AP-12b15-01

Model: AP-12b15-01

Physics Exp A27 Determination of valve coefficients (ura,gm) of a triode valve and to investigate the variation of voltage gain AE-1436A

Model: AE-1436A

Physics Exp A22 To display BH curve on the screen of a cathode ray oscilloscopegraph AE-1208k

Model: AE-1208k or A22

Physics Exp A21 To plot a (B-H) curve for an iron specimen in the form of an anchor ring APP-A21

Model: APP-A21

Physics Exp A20 Measurement of magnetic field APP-A20

Model: APP-A20

Physics Exp A19 Measurement of magnetic volume susceptibility of a liquid or solution AR-1011A

Model: AR-1011A

Physics Exp A17 To study Hall effect in semiconductors APP-A17

Model: APP- A17

Physics Exp A16 Measurement of electrical conductivity APP-A16

Model: APP-A16

Physics Exp A15 To determine the energy band gap in case of a semiconductor APP-A15 LED

Model: APP- A15 AE-1204DE

Physics Exp A14 To determine the energy band gap in case of a semiconductor APP-A14

Model: APP- A14 AE-1204DC

Physics Exp A11 To use emission type of photocell to study photoelectric effect APP-A11

Model: APP-A11

Physics Exp A10 To determine the value of Stefan s constant APP-A10

Model: APP-A10

Physics Exp A09 Verification of Stefan s law of radiation APP-A09

Model: APP-A09

Physics Exp A08 Determination of Stefan s radiation constant APP-A08

Model: APP-A08

Physics Exp A07 Measurement of temperature AAP-A07

Model: AAP-A07

Physics Exp A06 Determination of viscosity of a fluid AP-965C

Model: AP-965C

Physics Exp A05 Determination of elastic constants of a polycrystalline material APP-A05

Model: APP-A05

Physics Exp APP-A04 Determination of Velocity of Ultrasonic Waves AR-1442

Model: AR-1442 APP-A04

Physics Exp A03 The Study of Thermal Expansion of a Crystal APP-A03

Model: APP-A03

Physics Exp A02 Determination of Elastic Constants abron

Model:

Physics Exp A01 Determination of Youngs Modulus of a Metallic Rod AP-974A

Model: AP-974A

Engg-BE Btech 1st Year Potentiometer-Thermo EMF APP-2346-10

Model: APP-2346-10

A Mechanics BSc Exp 010B To determine the Young's modulus of the material of a given beam supported on two knife-edges and loaded at the middle point,

Model:

A Mechanics BSc Exp 010A To determine the Youngs modulus of the material of a given beam supported on two knife-edges and loaded at the middle point,

Model: EXp-010A AP-688K

B.Sc 3rd year AP-2363-40 To draw the output charactristics of FET and measure the pinch off voltage

Model: AP-2363-40

B.Sc 3rd year AP-2363-36 To verify Millmann's theorem of electrical network

Model:

B.Sc 3rd year AP-2363-35 To verify Norton's theorem

Model:

B.Sc 3rd year AP-2363-34 To verify Thevenin's theorem

Model:

B.Sc 3rd year AP-2363-33 To determine high resistance by the method of leakage of condenser with the help of ballistic galvanometer.

Model: AP-2363-33

B.Sc 3rd year AP-2363-32 To determine the capacity of a condenser with the help of ballistic galvanometer

Model: AP-2363-32

B.Sc 3rd year AP-2363-31 To study the acoustical mode, optical mode and energy gap for a diatomic lattice

Model: AP-2363-31

B.Sc 3rd year AP-2363-30 To study the dispersion relation for a monoatomic lattice

Model: AP-2363-30

B.Sc 3rd year AP-2363-29 To determine the jonisation potential of a gas filled thyratron

Model: AP-2363-29

B.Sc 3rd year APP-2363-28 To determine the frequency of an audio oscillator (Wien bridge oscillator)

Model: APP-2363-28

B.Sc 3rd year AP-2363-27 To study the amplification characteristics of a single stage transformer coupled amplifier

Model: AP-2363-27

B.Sc 3rd year AP-2363-26 To study the amplification characteristics of a single stage R-C coupled amplifier

Model: AP-2363-26

B.Sc 3rd year AP-2363-25 To study and draw the characteristics of vacuum tube voltmeter (VTVM)

Model: AP-2363-25 AE_1449

Study wave form of an electrically maintained tuning fork (or alternating current source) with the help of cathode ray oscilloscope and to determine u

Model: AP-2363-24

B.Sc 3rd year AP-2363-23 To study filter circuits and to determine ripple factor and voltage regulation of a power supply using L and π-section filte

Model: AE-1383+CRO

B.Sc 3rd year AP-2363-22 To study the unregulated and regulated power supply

Model: AP-2363-22

B.Sc 3rd year AP-2363-21 To study the half wave and full wave rectifiers and to determine the voltage regulation and ripple factor of half wave and fu

Model: AE-1350H+CRO

B.Sc 3rd year AP-2363-20 To study the characteristics of light a tunnel diode Abron AP-2363-20-AE-1338

Model: AP-2363-20-AE-1338

B.Sc 3rd year AP-2363-17 To draw the characteristic curve of the given P-N junction diode

Model: AP-2363-17

B.Sc 3rd year AP-2363-16 To draw the characteristic curves of a PNP junctio transistor in the common emitter (CE) mode

Model: AP-2363-16

B.Sc 3rd year AP-2363-15 To draw the characteristic curves of PNP or NPN transistor in the common base mode

Model: AP-2363-15

B.Sc 3rd year AP-2363-14 To determine the forbidden energy gap of semicondector with the help of junction diode

Model: AP-2363-14

B.Sc 3rd year APP-2363-13 To determine the forbidden energy band gap of semiconductor using temperature dependence of reverse saturation current.

Model: APP-2363-13

B.Sc 3rd yearTo determine the resistivity and forbidden energy gap of a semiconductor (germanium) using the four probe method

Model: APP-2363-12 AE-1204R

B.Sc 3rd year APP-2363-11 To determine drift mobility in a N-type semiconductor by the Hall effect method

Model: APP-2363-11

B.Sc 3rd year APP-2363-10 To measure the magnetic field by the Hall probe method

Model: APP-2363-10

B.Sc 3rd year AP-2363-09 To draw the B-H curve for a ferro-megnatic material (a thin rod of soft iron) with the help of cathode ray oscilloscope and h

Model: AP-2363-09

B.Sc 3rd year APP-2363-08 To calibrate the tank condenser of a Hartley oscillator in terms of frequency and hence to determine the dielectric constant

Model: APP-2363-08

B.Sc 3rd year APP-2363-07 To determine dielectric constant and permittivity of a given substance by the resonance method

Model: APP-2363-07