Logic Gate 1 gates any one AND OR NAND NOT NOR or EXOR-EXNOR LED 0-1 sockets power supply AE-1300B

Logic Gate 1 gates any one AND OR NAND NOT NOR or EXOR-EXNOR LED 0-1 sockets power supply AE-1300B

Logic Gates NOR or OR To study with power supply in ox AE-1300b

Logic Gate 1 gates any one AND OR NAND NOT NOR or EXOR-EXNOR LED 0-1 sockets power supply AE-1300B

Complete circuit           is engraved on panel

Truth Table                  ‘0’ ‘1’ Instruction manual

Test Sockets To make Verify Truth Table in Lab

Cat No      Item with Power Supply                 Logic LED  

AE-1300-B     Logic Gate 1 gates EXOR EXNOR    LED 0-1

                     Logic sockets power supply AE-1300-B

photo conduction Exp A12 To study planks constant in case of photo voltaic cell

photo conduction Exp A12 To study planks constant in case of photo voltaic cell

To study intrinsic photoconduction in case of photovoltaic cell with following objectives:

(a) To find the value of Planck radiation constant h.

(b) To determine the threshold frequency v0 and thereby the work function w0 of the photovoltaic cell.

(c) To verify photoelectric equation: hv=hv0+1/2 2max

AP-23-197 Cathode Ray Oscillator Bsc Exp 197 Electronics To observe waveform and to measure amplitude frequency and phase with a cathode ray oscillator

AP-23-197 Cathode Ray Oscillator Bsc Exp 197 Electronics To observe waveform and to measure amplitude frequency and phase with a cathode ray oscillator

BSc Apparatus Required: A.F. oscillator, an R-C circuit and a cathode ray oscilloscope

Superposition Theorom Bsc Exp 196 Electronics To verify the superposition theorom thenven's theoreom and Norton theorm

Superposition Theorom Bsc Exp 196 Electronics To verify the superposition theorom thenven's theoreom and Norton theorm

BSc Apparatus Required: Resistances, voltmeters and ammeters with specifications shown in circuits that are given in the procedure.

Ultrasonic Waves Bsc APP-Exp 194 Electronics To determine the velocity of ultrasonic waves in a lequid and the compressibility of liquid

Ultrasonic Waves Bsc APP-Exp 194 Electronics To determine the velocity of ultrasonic waves in a lequid and the compressibility of liquid

BSc Apparatus Required: Ultrasonic spectrometer, sodium lamp, R.F. oscillator, glass cell for containing experimental liquid, quartz crystal, convex lens fitted in a stand and spirit level.

Initiated with a view to furnish quality lab instruments, we have progressively grown as a noted manufacturer, supplier and exporter of Ultrasonic Interferometer Setup. This device is carefully developed by our skilled professionals and is widely used for calculating the ultrasonic velocity in liquids with a high degree of preciseness in the field of laboratory purpose. Being a quality driven organization, we are committed to offer technologically improvised and flawless Ultrasonic Interferometer Setup as per the specific demand of the customers.

Features:  Accurate readin Optimum functioning Precision design Easy to use

Hall Effect Bsc Exp 191 Electronics To study Hall effect in a n-type semiconductor. TO determine (i) Hall voltage and Hall coefficient (ii) the number of charge carriers of charge carrier APP-191-AE-1

Hall Effect Bsc Exp 191 Electronics To study Hall effect in a n-type semiconductor. TO determine (i) Hall voltage and Hall coefficient (ii) the number of charge carriers of charge carrier APP-191-AE-1

To study Hall effect in a n-type semiconductor. TO determine (i) Hall voltage and Hall coefficient (ii) the number of charge carriers of charge carriers per unit volume (iii) Hall angle and mobility

Apparatus Required:rectangular slab semiconductor crystal,thickness, electromagnet,search coil,calibrated fluxmeter, milivoltmeter, battery ammeter,keys

Hall Effect study of magnetic field and current
flow using high power magnet with power
supply hall probe with supply and Gauss
Meter All Digital setup study kit AE-1282K
The Hall effect is when a magnetic field is applied
at right angles to the current flow in a thin film where
an electric field is generated, which is mutually
perpendicular to the current and the magnetic field
and which is directly proportional to the product of
the current density and the magnetic induction
(A) Electromagnet For Magnetic Field
(B) Power Supply For Electro Magnet
(C) Hall Effect Set-up For Hall Probe
(D) Hall Probe P type For above
Hall Probe N type For above (Optional)
(E) Gauss Meter Digi For Measuring Magnetic Power
Cat No Item with Power Supply meters
AE-1282K Hall Effect Setup of magnetic field and current
Flow using high power magnet with power supply
Hall probe with supply and Gauss Meter All Digital
setup study kit AE-1282K

h-Parameters Bsc Exp 188 Electronics Measurement of h-parameters of a transistor (AC-128) at 1 kc/s. AE-1281a

h-Parameters Bsc Exp 188 Electronics Measurement of h-parameters of a transistor (AC-128) at 1 kc/s. AE-1281a

Measurement of h-parameters of a transistor (AC-128) at 1 kc/s.

Apparatus Required:Transisto AC126,two inductance, milliammeter, resistances, one switch, one capacitor, two dc supply

Differentiating Circuit Bsc Exp 187 Electronics To study the characteristics of an integrating and differentiating circuit AE-1249

Differentiating Circuit Bsc Exp 187 Electronics To study the characteristics of an integrating and differentiating circuit AE-1249

To study the characteristics of an integrating and differentiating circuit

Apparatus Required:Square wave generator,cathode ray oscillioscope, resistance capacitance

Truth Table Bsc Exp 186 Electronics Verification of truth table of half adder Abron AE-1428

Truth Table Bsc Exp 186 Electronics Verification of truth table of half adder Abron AE-1428

Verification of truth table of half adder

Apparatus Required:AND OR gates, consist of diode or transistors,single ic block consisting of two input and output,inverter,power supply, two spdT toggle switch

Logic Gate Circuits Bsc Exp 185 Electronics To study the various logic gate circuits

Logic Gate Circuits Bsc Exp 185 Electronics To study the various logic gate circuits

To study the various logic gate circuits

Apparatus Required: transistor 125 varoius resistors of values different gate circuit

High Gain Audio Amplifier Bsc Exp 184 Electronics To study the frequency response of a high gain audio amplifier

High Gain Audio Amplifier Bsc Exp 184 Electronics To study the frequency response of a high gain audio amplifier

To study the frequency response of a high gain audio amplifier

Apparatus Required:CA 320 two 1uF capacitor, two resistor, one 47 resistor,power supply,signal generator, AC milivoltmeter

Hartley Oscillator Bsc Exp 183 Electronics To design Hartley oscillator and to calibrate the dial of its tank circuit capacitor in terms of frequency and to find the dielectric constant of a liquid sa

Hartley Oscillator Bsc Exp 183 Electronics To design Hartley oscillator and to calibrate the dial of its tank circuit capacitor in terms of frequency and to find the dielectric constant of a liquid sa

To design Hartley oscillator and to calibrate the dial of its tank circuit capacitor in terms of frequency and to find the dielectric constant of a liquid say kerosine oil

Apparatus Required:NPN transistor, RFC , capacitors, resistors, variable air capacitor, inductive coil,various tapping serve as tank circuit, of oscillator

Wien Bridge Oscillator Bsc Exp 182 Electronics To design Wien bridge oscillator and to measure the frequency of oscillation generated

Wien Bridge Oscillator Bsc Exp 182 Electronics To design Wien bridge oscillator and to measure the frequency of oscillation generated

To design Wien bridge oscillator and to measure the frequency of oscillation generated

Apparatus Required: , abron Wien -bridge-oscillator-training-board-with-power-supply-setup one audio frequency oscillator, VTVM 6v dc supply

Emiter Bypass Bsc Exp 181B Electronics To study effect of emiter bypass resistor for bias stabillization

Emiter Bypass Bsc Exp 181B Electronics To study effect of emiter bypass resistor for bias stabillization

To study thermal effect on the output of a transistor amplifier

Apparatus Required:transistor ac 127, cro af generator, resistors, capacitors, microammeter,6v battery

Thermal Effect Bsc Exp 181 Electronics To study thermal effect on the output of a transistor amplifier

Thermal Effect Bsc Exp 181 Electronics To study thermal effect on the output of a transistor amplifier

To study thermal effect on the output of a transistor amplifier

Apparatus Required:transistor ac 127, cro af generator, resistors, capacitors, microammeter,6v battery

Impendence and Power Gain Emiter Follower Bsc Exp 180 Electronics to study the voltage gain, input impedence output impidence and power gain of an emiter follower AE-1289

Impendence and Power Gain Emiter Follower Bsc Exp 180 Electronics to study the voltage gain, input impedence output impidence and power gain of an emiter follower AE-1289

to study the voltage gain, input impedence output impidence and power gain of an emiter follower

Apparatus Required:AF generator, capacitors, transistor, Power supply, CRO oscillator, transistor Ac 126

ETB to study Negative Feed Back amplifier Bsc Exp 179 Electronics To study the effect of negative feed back on the response of an audio frequency amplifier AE-1268

ETB to study Negative Feed Back amplifier Bsc Exp 179 Electronics To study the effect of negative feed back on the response of an audio frequency amplifier AE-1268

To study the effect of negative feed back on the response ofan autio frequency amplifier

ETB study of Negative feed back Amplifier electronic transistor capacitor resistances training board with input for Signal wave Output for CRO to see wave Psupply AE-1258S

Study Circuit IC       Transistor Resistances capacitor

Sockets input          for Sine wave Oscillator                  

Output                    for CRO to study wave

ON / OFF switch     jewel light, set of patch cord

Power Supply          with cord 220v 50Hz + manual

OPTIONAL             CRO 10MHz or more

              Input        Oscillator / FG Function generator

Cat No          Item                                  Trainer

AE-1258NF    ETB Study of Negative Feed back Amplifier             Transistor Resistances capacitor input for Signal wave

            Output for CRO to see wave test points power supply

Cathode Follower Amplifier Bsc Exp 178 Electronics To study cathode follower amplifier

Cathode Follower Amplifier Bsc Exp 178 Electronics To study cathode follower amplifier

To study cathode follower amplifier

Apparatus Required:Valve, capacitance, resistance, high tension, audio frequency generator, VTVM

Push Pull Amplifier Bsc Exp 177 Electronics To study a push pull amplifier using transistors Abron AE-1258J

Push Pull Amplifier Bsc Exp 177 Electronics To study a push pull amplifier using transistors Abron AE-1258J

To study a push pull amplifier using transistors

Apparatus Required: two PNP ac transistor, input and output transformer, resistances audio frequency generator output power meter

Single Stage Transformer Bsc Exp 176 Electronics To design and study amplifying characteristics of a single stage transformer coupled amplifier  AE-1258K

Single Stage Transformer Bsc Exp 176 Electronics To design and study amplifying characteristics of a single stage transformer coupled amplifier AE-1258K

To design and study amplifying characteristics of a single stage transformer coupled amplifier

Apparatus Required:circuit elements and value are indicated, VTVM audio frequency,oscillator, two output transformer

Single Stage Bsc Exp 175 Electronics To determine the frequency response of a single stage LC coupled amplifier.

Single Stage Bsc Exp 175 Electronics To determine the frequency response of a single stage LC coupled amplifier.

To determine the frequency response of a single stage LC coupled amplifier.

Apparatus Required:priamry of transformer, for use of inductance, condensers, resistors, VTVM high tension oscillator

RC coupled amplifier with Negative Current Feed Back amplifier in box with power supply Bsc Exp 174 Electronics To study response characteristics of a transistorised RC coupled amplifier with and with

RC coupled amplifier with Negative Current Feed Back amplifier in box with power supply Bsc Exp 174 Electronics To study response characteristics of a transistorised RC coupled amplifier with and with

To study response characteristics of a transistorised RC coupled amplifier with and without negative current feed back

Apparatus Required:pnp transistor, resistance of value, in circuit, capacitance show in circuit, audio frequency generator,

need VTVM input meter, 

RC Couple Amplifier in box with power supply Bsc Exp 173 Electronics To design and supply amplifying characteristics of a single stage RC couple amplifier

RC Couple Amplifier in box with power supply Bsc Exp 173 Electronics To design and supply amplifying characteristics of a single stage RC couple amplifier

To design and supply amplifying characteristics of a single stage RC couple amplifier

Apparatus Required:

Built in DC power supply (12V or as needed) on board circuit/ symbols printed nicely on the front panel of black epoxy PCB with 2mm connecting terminals

supplied with patch cords and instruction manual

VR Tube Bsc Exp 172B Electronics To study operating characteristics of a VR tube

VR Tube Bsc Exp 172B Electronics To study operating characteristics of a VR tube

To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply.

Apparatus Required:12v transformer, 2 pn junction diode, one zener diode, one IC bc series transistor with ic resistanfce, condenser milivoltmeter, measuring ripple, a separate 15 v

Zener Regulated Bsc Exp 172 Electronics To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply AE-1447

Zener Regulated Bsc Exp 172 Electronics To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply AE-1447

To study the regulation characteristics of a Zener regulated and IC 741 regulated power supply.

Apparatus Required:12v transformer, 2 pn junction diode, one zener diode, one IC bc series transistor with ic resistanfce, condenser milivoltmeter, measuring ripple, a separate 15 v

Voltage Regulation Bsc Exp 171 Electronics To determine voltage regulation and ripple factor of a power supply unit using L and section filters

Voltage Regulation Bsc Exp 171 Electronics To determine voltage regulation and ripple factor of a power supply unit using L and section filters

To determine voltage regulation and ripple factor of a power supply unit using L and section filters

Apparatus Required:Power supply unit,it is desired that the unit be designed in the laboratory then values various circuit elements may be noted miliammeter, ac range

SCR Characteristics Bsc Exp 170 Electronics To plot SCR characteristics under different gate conditions AE-1385

SCR Characteristics Bsc Exp 170 Electronics To plot SCR characteristics under different gate conditions AE-1385

To plot SCR characteristics under different gate conditions

Apparatus Required:SCR dc milliammeters,voltmeter, resistance, potentiometer, switch miliammeter, without breaking anode circuit

PN Junction Diode Bsc Exp 165 Electronics To draw the characteristics of PN junction diode Abron AE-1358A

PN Junction Diode Bsc Exp 165 Electronics To draw the characteristics of PN junction diode Abron AE-1358A

To draw the characteristics of PN junction diode

Apparatus Required:transistor,miliammeter,microammeter, battery, rheostat, voltmeter, connection wires

Tetrode Valve Bsc Exp 164 Electronics The plot A static characteristics of tetrode valve AE-1418 static characteristics of tetrode valve

Tetrode Valve Bsc Exp 164 Electronics The plot A static characteristics of tetrode valve AE-1418 static characteristics of tetrode valve

The plote A static characteristics of tetrod valve static characteristics of pentode valve

Apparatus Required:pentode tube, power supply, two milliammeter,rheostat, voltmeter

Dynamic Constant Bsc Exp 162 Electronics To measure dynamic constant of a triode valve by AC bridge method  aBRON

Dynamic Constant Bsc Exp 162 Electronics To measure dynamic constant of a triode valve by AC bridge method aBRON

To measure dynamic constant of a triode valve by AC bridge method

Apparatus Required:triode valve two power supply, three standard resistance box, low impedence head phone, signal generator, dc voltmeter

Triode Valve Bsc Exp 161 Electronics To determine the grid voltage plate current characteristics of a triode valve and then to find the triode constant

Triode Valve Bsc Exp 161 Electronics To determine the grid voltage plate current characteristics of a triode valve and then to find the triode constant

To determine the grid voltage plate current characteristics of a triode valve and then to find the triode constant

Apparatus Required:triode valve, high tension source, grid bias battery, low tension source, heating filament, voltmeter, milliammeter, keys and connection wires

Richradson Equation Bsc Exp 160 Electronics To verify Richradson equation and to determine the work function of a pure metal emiter tungsten AE-1382

Richradson Equation Bsc Exp 160 Electronics To verify Richradson equation and to determine the work function of a pure metal emiter tungsten AE-1382

To verify Richradson equation and to determine the work function of a pure metal emiter tungsten

Apparatus Required:Wheatstone bridge, potentiometer, tube, dc miliammeters, dc voltmeter, two way key one way key,one HT supply, two batteried,one standard cell, galvanometer, rheostat

Child Langmuir Law Bsc Exp 159 Electronics to verify child Langmuir law of space charge limited current using a diode value

Child Langmuir Law Bsc Exp 159 Electronics to verify child Langmuir law of space charge limited current using a diode value

To verify child Langmuir law of space charge limited current using a diode value

Apparatus Required:vaccume diode, power supply, dc miliammeter, voltmeter, and connection wires

Millikans Method Bsc Exp 158 Electronics To determine the value of electron charge by millikans method

Millikans Method Bsc Exp 158 Electronics To determine the value of electron charge by millikans method

To determine the value of electron charge by millikan's method

Apparatus Required:Milikan apparatus, atomiser, oil, rheostat, voltmeter, power supply,commutator, stop watch digital

elm by Helical method Bsc Exp 156 Electronics Measurement of elm by Helical method

elm by Helical method Bsc Exp 156 Electronics Measurement of elm by Helical method

ae-1262-em-by-magnetic-eye-helical-crt-solenoid-power-supply- Measurment of elm by Helical method

Apparatus Required:cathode ray tube solenoid of proper dimension in the interior of which a cathode ray tube placed, power supply, control to operate the tube, operate solenoid, provide variable ac voltage, for deflection plates, ammeter, voltmeter,commutator

elm magnetron valve Bsc Exp 155 Electronics To determine the value of elm with the  help of a magnetron valve AE-1264

elm magnetron valve Bsc Exp 155 Electronics To determine the value of elm with the help of a magnetron valve AE-1264

To determine the value of elm with the help of a magnetron valve

Apparatus Required:magnetron valve, standard solenoid in which valve can be placed, filament power supply, heavy duty current supply, sending current in solenoid, ammeter, plate millliammeter, plate voltmeter

Planks constant Bsc Exp 152 Electronics To determine the value of  h by a photo cell

Planks constant Bsc Exp 152 Electronics To determine the value of h by a photo cell

To determine the value of Planck's constant h by a photo cell

Apparatus Required:vaccum type photo emissive cell mounted in a wooden box provide with a wide slit, optical bench with upright,dc power supply, resistance box, rheostat, set of filter, ballistic galvanometer, tapping key, lamp and scale arrangement, and connection wires

Photo Electric Cell Bsc Exp 151 Electronics To draw the charachterstics of a photo electric cell vacuum type

Photo Electric Cell Bsc Exp 151 Electronics To draw the charachterstics of a photo electric cell vacuum type

To draw the charachterstics of a photo electric cell vacuum type

Apparatus Required:Photo cell fitted on and Optical bench,power supply unit, voltage can be varied, ballistic galvanometer, one tapping key, one way key, light source

Earth Inductor Bsc Exp 149 Electricity To determine the angle of dip in the laboratory by means of an earth inductor

Earth Inductor Bsc Exp 149 Electricity To determine the angle of dip in the laboratory by means of an earth inductor

To determine the angle of dip in the laboratory by means of an earth inductor

Apparatus Required:deflection magnetometer, vibration magnetometer, given magnet, stop watch digital, rectangular brass rod

Magnetic Field Bsc Exp 148 Electricity To determine the magnetic moment M of a magnet and horizontal componet of earths magnetic field H at a place using deflection magnetometer and vibration magnetom

Magnetic Field Bsc Exp 148 Electricity To determine the magnetic moment M of a magnet and horizontal componet of earths magnetic field H at a place using deflection magnetometer and vibration magnetom

BSc Apparatus Required: Deflection magnetometer, Vibration magnetometer, Given magnet, Stop watch, A rectangular brass rod.

Hyseteresis Loss by CRO Bsc Exp 147 Electricity To determine the hyseteresis loss by CRO

Hyseteresis Loss by CRO Bsc Exp 147 Electricity To determine the hyseteresis loss by CRO

To determine the hyseteresis loss by CRO

Apparatus Required:step down transformer, specimen transformerhysteresis,loss of which is to be calculated,capacitor, resistor, ac voltmeter, ac miliammeter, rheostat 10ohm

Hysterisis Curve BSc Exp 146 Electricity To obtain hysterisis curve BH Curve  for a given ferromagnetic material (thin rod or thin wire ) on a CRO using a solenoid AP-1208K

Hysterisis Curve BSc Exp 146 Electricity To obtain hysterisis curve BH Curve for a given ferromagnetic material (thin rod or thin wire ) on a CRO using a solenoid AP-1208K

To obtain hyterisis curve for a given ferromagnetic material (thin rod or thin wire ) on a CRO using a solenoid and then to determine the related magnetic constant from it

Apparatus Required:CRO specimen in form of several thin wires of iron,solenoid,primary coil C length of winding,secondary coil,step down transformer, ac ammeter, rheostat, resistors, carbon potentiometer, condensers, voltmeter ac

Lissajous-figure AP-1298-145 Lissajous Figureon CRO Bsc Exp 145 Electricity To determine the waveform and frequency of an electric maintained tuning fork by forming lissajous figureon CRO with mike

Lissajous-figure AP-1298-145 Lissajous Figureon CRO Bsc Exp 145 Electricity To determine the waveform and frequency of an electric maintained tuning fork by forming lissajous figureon CRO with mike

To determine the waveform and frequency of an electric maintained tunning fork by forming lissajous figureon CRO

Apparatus Required:electrically maintained tunning fork, cathode ray oscillioscope, tuning forlelectrical and mike setup

Transformer Effeciency Bsc Exp 144 Electricity To study transformer to determine is transformation ratio percentage effeciency and copper losses

Transformer Effeciency Bsc Exp 144 Electricity To study transformer to determine is transformation ratio percentage effeciency and copper losses

To study transformer to determine is transformation ratio percentage effeciency and copper losses

Apparatus Required:stepdown transformer under study, aC ammeter, ac voltmeter, two potentiometer, board to mount the transformer

Transformation Ratio Bsc Exp 143 Electricity To study coupling between two coils and find transformation ratio

Transformation Ratio Bsc Exp 143 Electricity To study coupling between two coils and find transformation ratio

To study coupling between two coils and find transformation ratio

Apparatus Required:AF oscillator, VTVM one miliammeter, two standard coils, graduated sliding scale

resonance in series Bsc Exp 141 Electricity To study the resonance in series LCR circuit with a source of given frequency Acmains

resonance in series Bsc Exp 141 Electricity To study the resonance in series LCR circuit with a source of given frequency Acmains

To study the resonance in series LCR circuit with a source of given frequency Acmains

Apparatus Required:Auto transformer, inductance 10H,resistance variable condenser unit, ac voltmeter suitable ranges

Series LCR Circuit BSc Exp 140 Electricity LCR Circuit-To find the resonant frequency of series LCR circuit using a variable frequency source AF oscillator AE-1386

Series LCR Circuit BSc Exp 140 Electricity LCR Circuit-To find the resonant frequency of series LCR circuit using a variable frequency source AF oscillator AE-1386

To find the resonant frequency of series LCR circuit using a variable frequency sourceAF oscillator

Apparatus Required:Audio frequency oscillator,miliammeter,inductance, resistance, three capacitor

Electricity Bsc Exp 138 To study charge and discharge of a conderser through a resistance

Electricity Bsc Exp 138 To study charge and discharge of a conderser through a resistance

To study charge and discharge of a conderser through a resistance

Apparatus Required:DC supply resistance capacitor dc voltmeter, dc miliammeter, toggle switch, stop clock

Electricity Bsc Exp 137 To study the charge and discharge of a condenser through a resistance

Electricity Bsc Exp 137 To study the charge and discharge of a condenser through a resistance

To study the charge and discharge of a condenser through a resistance

Apparatus Required:power supply, six paper condenser, six1/2 watt carbon resistance stop watch digital and neon discharge bulb