Physics Laboratory Products

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Learning Objectives/experiments< To study the linear motion under virtually frictionlessconditions.< To study the elastic and inelastic collision.< To study the concept of velocity.< To study the concept of accelerations.< To study the conservation of momentum & energy.< To study the dependency of mass ratio to kinetic energy.


Features1. Accessories simply plug into the ends & top of vehicle.2. Facilitates the study of mechanics.3. Linear motion under frictionless condition.4. Light gate with sensitivity-adjustment knob.5. Precise and accurate data.6. Many other experiments can also be performed with thesame wireless light gates with built-in-timer.7. Data can be collected on PC, tablets or smartphones.

Key Topic4Linear motion.4Newton law of motion.4Elastic collision.4Inelastic collision.4Conservation of momentum.4Conservation of energy.4Mass ratio.

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Learning Objectives/experiments< To determine the value of “g” by dropping metal ball/dowelusing solenoid through a pair of light gates.
Scope of delivery4 1 g’ by free fall stand4 1 Primary light gate4 1 Secondary light gate4 1 Wireless solenoid module4 1 Steel ball/dowel4 1 Thread rollSPECIFICATIONS
FREE FALL APPARATUS WITH WIRELESS PHOTOGATE SK196
Feature1. Unique semi-wireless solution to perform ‘g’ by free fallexperiment.2. Primary and Secondary light gates communicate withlaptop or mobile phone on wireless bluetooth link.3. Primary light gate has inbuilt Digital Timer with 100microsecond resolution and built-in rechargeable cells.4. Communication between Primary, Secondary light gatesand Solenoid is wired.5. Graphical display of blocked pluses can be observed on PCsoftware, android app and iOS app.6. Primary and Secondary light gates can be used with airtrack and dynamic trolleys, to study linear motion oninclined plane and collision experiments.7. Solenoid is only powered when ball or dowel is in position,so conserving battery power.8. Daisy Chaining Facility available for connecting multipleLight gates

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Learning Objectives/experiments< To determine the proportionality of Hall Voltage andmagnetic flux density.< To determine the polarity of Charge carriers.< To calculate the Hall constant RH and the charge carrierconcentration n.

Feature1. Hight Sensitivity digital microvoltmeter with 1 microvoltresolution.2. Compact Electromagnet arrangement with U-core and yokeproduce magnetic field upto 1T.3. DC Regulated Power Supplies with short circuit protectionand safety Sockets.4. Power Supplies can be used as constant current andconstant voltage source.5. Stackable power supplies and gauss meter6. Digital Gauss meter with 2k & 20k Gauss capacity andresoltion 1 and 10 Gauss.

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Learning Objectives/experiments< To study 3D chemical kinetics.< To study coloured filter spectrum.< To study line spectrum.< To study Beer Lambert’s law.< To study solar spectrum.< To study Wien’s law.< To study reflection spectrum analysis.< To study sodium absorption peak.< To study colour temperature.< To study device calibration and uncertainty.


Feature4 Intuitive software4 Spectra of any light source can be analysed4 Supplied in a briefcase4 Different spectrum: ray spectrum, continuous spectrum,4 fluorescent spectrum can be analysed4 No need of external power supply

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Features1. Class II diode laser with output power 0.4 - 0.8 mV.2. Saddle can hold rod from 8 to 15mm.3. Precise measurement using Data logger & light sensorwith Graph analyser software.4. Heavy, rigid and stable Triangular Optical bench (made of Alextrusion)5. Height and level adjustment screws (made of SS)6. Data logger can collect 1,00,000 samples per sec.Technical dataLight sensor : Range 0 - 600 Lx, resolution 0.15 Lx Range 0- 6000 Lx, resolution 1.5 Lx Range 0 - 150KLx, resolution 37 LxAccuracy : + 4% over entire rangeDataloger : Up to 100K SPS, memory capacity 800Ksample, Li polymer rechargeable battery, 6in-built sensor, 4 ext. sensor port (60+sensor available), connectivity port microUSB, 90.2 x 90.2 x 20mm(LxWxH), 120gmDiode laser : Wavelength 635nm, Operating voltage 5VDC, Optical power 0.4-0.8mW, Class II,Optical bench : Al exclusion, L = 1 mtr., Triangular shapewith end stop, 4 point levelling (SS screw)
Transversal slider: 25 - 0 - 25mm, LC 0.01mm,Polarizer : Angle (0 + 90°), LC 1°, Aperture 21mm,
Frame 130mm, Rod 10 mm
Half wave plate : Angle (0 + 90°), LC 1°, Aperture 21mm,
Frame 130mm, Rod 10mm
Fixed slider : Al Extrusion, Base width 50mm, H 115mm
Scope of delivery4 1 Optical bench Triangular4 1 Transverse saddle4 1 Diode laser with adapter4 2 Polarizer / Analyzer4 1 Half wave plate4 1 Light sensor4 1 Data logger4 1 Light sensor holder4 1 Fixed saddle4 1 Software CD (MiLAB)4 1 Sensor cable (mini USB)Learning


Learning Objectives/experiments< To measure the light intensity of plane polarised light as afunction of the analyzer position.< To study the polarization of light by half wave plate.< Produce plane polarised light using half wave plate.

Product Details:

Features1. Halogen light source (35W) with focussing arrangement.2. Saddle can hold rod from 8 to 15mm.3. Precise measurement using Data logger & light sensor withGraph analyser software.4. Heavy, rigid and stable Triangular Optical bench (made of Alextrusion)5. Height and level adjustment screws (made of SS)6. Data logger can collect 1,00,000 samples per sec.Technical dataLight sensor : Range 0 - 600 Lx, resolution 0.15 LxRange 0 - 6000 Lx, resolution 1.5 LxRange 0 - 150K Lx, resolution 37 Lx
Accuracy : + 4% over entire rangeDataloger : Up to 100K SPS, memory capacity 800Ksample, Li polymer rechargeable battery, 6in-built sensor, 4 ext. sensor port (60+sensor available), connectivity port microUSB, 90.2 x 90.2 x 20mm(LxWxH), 120gmHalogen lamp : 12 V, 35 W, horizontal filament,Optical bench : Al exclusion, L=1 mtr., Triangular shape withend stop, 4 point levelling (SS screw)Transversal slider : 25 - 0 - 25mm, LC 0.01mm,Polarizer : Angle (0 + 90°), LC 1°, Aperture 21mm,
Frame 130mm, Rod 10 mm
Quarter wave plate: Circular polarized Angle (0 + 90°), LC 1°,Aperture 21mm, Frame 130mm, Rod 10mmColour filter : Yellow (light) 505 - 515 nm, Dia. 25-30mmFixed slider : Al Extrusion, Base width 50mm, H 115mmPower supply : 230V operated, output, 3,4,5,6,8,10,12,14VDC is full wave rectified, unsmoothed &unregulated, thermal reset switch.
Scope of delivery4 1 Optical bench Triangular4 1 Transversal slider4 1 Halogen light source4 2 Polarizer / Analyzer4 2 Quarter wave plate4 1 Light sensor4 1 Data logger4 1 Light sensor holder4 1 Power supply4 1 Yellow light filter4 4 Fixed saddle4 1 Software CD (MiLAB)4 1 Fixed slider (large width)4 1 Sensor cable (mini USB)4 1 Power cordLearning


Learning Objectives/experiments< To measure the light intensity of plane polarised light as afunction of the analyzer position.< To study the polarization of light by quarter wave plate.< To study the polarization of light by two quarter wave plate.< Produce circularly polarized light using quatre wave plate

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Learning Objectives/experiments< Study of linear motion under low friction and plot of distance,velocity, momentum, energy (kinetic, potential and totalenergy) and acceleration as a function of time.< Study of Newton's Second Law of Motion.< Study of linear motion in an inclined plane.< Study of damped harmonic oscillation in potential well.< Study of dependence of kinetic energy on mass and velocity.< Study of elastic collision: conservation of momentum andenergy.< Study of inelastic collision: conservation of momentum.< Study of explosion : conservation of momentum.< Study of damped harmonic oscillation in horizontal track anddetermination of spring constant.< Study of crash test : Energy absorbed by crumple zone incrash.< Demonstration of air balloon propelling vehicle.< Demonstration of air drag on the motion of vehicle.


Features1. Novel tool for comprehensive studies of motion relatedexperiments both in Linear and Curved Track.2. Two Cars (Primary and Secondary) for collisionexperiments with built-in rechargeable battery.3. Live Data transfer in PC/Android Phone via BluetoothConnectivity: Distance, Speed, Acceleration, Momentumand Kinetic Energy as a function of time.4. Hastle-Free, Noise-Free and easy wireless devicereplacing the conventional air track and light gate timer.5. Recording of very smooth time - distance data.6. Free Dedicated Software with Data Analysis tools.7. Special Provision in software to easily demonstrateConservation of Energy and Momentum in Collisions,Inclined Track and Curved Track experiments.8. Visualisation of Kinetic and Potential energy and theirinterconversion in graphical software interface.9. Experiment in Curved Track : an alternative method todetermine 'g', acceleration due to gravity.


Technical data4 Spring Loaded independent wheel.4 Power ON/OFF,4 LED Indicators: Forward , Reverse, Battery Status DataTransmission, Secondary to primary data transfer.4 Neodymium magnet (front and back) for accessory.4 Unrestricted on any linear or curved track4 Motion Encoding : Dual Channel Encoder4 Communication between Cars : Infrared Transmission4 Distance Resolution 2 mm on wheel dia4 Time Resolution 100 microsecond4 Operating Voltage 9V4 Operating system windows via bluetooth.4 Linear and Curved track , SS Material , Length 1.5 meter andCurved 1 meter length.4 Additional weight mass with timing car 150 X 4

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Learning Objectives/experiments< Calibration of magnetic field.< To measure the magnetic susceptibility of a paramagneticsample by measuring the force exerted on the sample by amagnetic field gradient.< To demonstrate the diamagnetic behaviour of glass rod.

Feature1. DC Regulated Power Supplies with short circuit protectionand safety Sockets.2. Power Supplies can be used as constant current andconstant voltage source.3. Stackable power supplies and gauss meter4. Digital Gauss meter with 2k & 20k Gauss capacity andresolution 1 and 10 Gauss.5. High capacity Electromagnet up-to 20KG at 6mm Gap.6. High Precision Analogue Balance with resolution 0.1mg.

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Learning Objectives/experiments< To determine the surface tension of water and otherliquids by ring -pull out method.
Scope of delivery41 Laboratory jack41 'A' shape base41 Stand rod, 75cm41 Bosshead with hook41 Ring41 Beaker (500ml)41 Vernier caliper41 Precision dynamometer41 Perti dish41 Cotton threadSPECIFICATIONS
Feature1. Modular approach.2. Precision dynamometer LC 0.001N3. Shape Edge Aluminum ring.4. Precision Vernier Caliper ( Mitutoyo)5. Smooth functioning laboratory jack

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Learning Objectives/experiments< To find hysteresis loop of an iron core.< To find corrosivity and retentivity of an iron core.< To show the effect of varying voltage and frequency onhysteresis loop.


Scope of delivery41 BH Curve Power Supply41 I Core41 Pair of Coils, 300 turns41 U Core42 pair of Flexible lead Yellow (100 cm)41 Pair of Flexible lead pair (50cm)41 Pair of BNC to BNC Cable41 Power cord41 Digital Multimeter (801 Auto)41 CRO/DSO (Optional)

Features1. No need of external sensors and costly Laptop/PC.2. Variable input Frequency 5 to 500Hz3. Variable Input Voltage 0 to 10V4. Modular approach5. Easy to use.6. Different input and output voltage graph.

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Learning Objectives/experiments
< To study the current vs voltage characteristics of CdS photo-resistor at constant irradiance.
< To measure the photo-current as a function of the irradianceat constant voltage.

Scope of delivery1 Photoresistor in holder (CdS)1 Power supply 12V AC/DC 5 Amp.1 Lamp housing1 Convex lens in holder1 Polarizer/Analyzer (pair)1 Optical bench(1m.)1 Adjustable slit self centering1 Digital multimeter1 Transversal saddle1 Power Supply 0-20V DC, 1A5 Fixed Saddle2 Flexible plug lead, 50 cm (Red)1 Flexible plug lead, 100cm (Black)

Features1. AC/DC power supply with Thermal Safety Switch and safetysockets.2. Multipurpose Power supplies.3. Adjustable Self Centering Slit.4. User friendly design and connections.5. Optical saddles with locking facility and smooth movement.

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Learning Objectives/experiments< To determine Hall Voltage (p or n type).< To determine Hall Coefficient.< To determine the type of Charge carrier .< To determine Charge Density of carriers.< To determine the Resistivity of a given sample.< To determine the mobility of charge carriers.< To determine the Hall angle .


Scope of delivery4 1 Hall Effect apparatus4 1 Dc Regulated Power Supply4 1 Constant current source4 1 Digital Gauss meter4 1 Liner(Screw Driver)4 3 Flexible Plug leads 100cm, Black4 3 Flexible Plug leads 100cm, Red4 1 Flexible Plug leads 50cm, Yellow4 3 Power Cord4 1 P-Type Ge crystal PCB4 1 N-Type ge Crystal PCB(Optional)


Feature1. Dedicated constant current source with Hall Voltage Display,No external meter is rquired.2. Compact Electromagnet arrangement with U-core and yokeproduce magnetic field upto 5K Gauss.3. DC Regulated Power Supplies with short circuit protectionand safety Sockets.4. Power Supplies can be used as constant current andconstant voltage source.5. Stackable power supplies and gauss meter6. Digital Gauss meter with 2k & 20k Gauss capacity andresoltion 1 and 10 Gauss.

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Scope of delivery4 1 P-N junction setup4 1 Oven with temperature sensor4 1 Junction transistor4 1 Diode 1N54024 1 CRO probe

Learning Objectives/experiments< Determination of reverse saturation current.< Study of Energy Band Gap of p-n Junction.< Study of Junction capacitance.

Feature1. Built-in Temperature sensor with seven segment digitaldisplay.2. Dual Purpose seven digital display.3. Multi-Turn Pot for fine tunning of Voltage (at junction mode).4. Built-in frequency generator 5k and 20k Hz.5. Oven Temperature control from ambient to 353K.

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Learning Objectives/experiments< To study the relation between frequency and wavelengthand to determine the wave velocity.< Image formation by plane mirror.< Reflection of plane wavefront at straight barrier, concavebarrier, convex barrier and concave barrier.< Refraction using rectangular refractor, convex refractor andconcave refractor.< Diffraction of plane wave at single edge.< Diffraction of plane wave when the slit width is greater thanand less than the wavelength of wave.< Interference using double point dipper and Young's< Double Slit Experiment.< Llyod's Mirror : Interference pattern between waves fromparent source and source produced by reflection.

Feature1. Micro-controller based digital control.2. Compact and completely self-contained unit with featuresto digitally set frequencies.3. Frequency 50-175Hz operation (controllable in 1 Hz step).
4. LED illumination in two ways: Synchronous and Indepen-dent Mode.
5. Individual digital LED display for wave and strobefrequency with membrane keypad for control.6. 13 accessories neatly packed in integrated accessory box.7. To study all the wave phenomena: Reflection, Refraction,Interference and Diffraction.8. Hand book with 15 experiments available.9. Experiment can be performed within minutes.

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Learning Objectives/experiments< To find coefficient of thermal expansion of copper, aluminumand brass using their pipes.

Scope of delivery4 1 Base unit4 1 Copper pipe4 1 Brass pipe4 1 Aluminium pipe4 1 6:1 ratio pinion4 1 Rotary motion sensor4 1 Foam wrap4 1 Surface temperature sensor4 1 Data Logger4 1 Sensor cable (mini USB)4 1 Software CD4 1 Silicone Tubing, 1m4 1 Steam Generator


Features1. Rotary motion sensor with angular accuracy of ± 0.125Degree and max. speed of 1 m/s.2. Data Logger with real time data plotting facility and 100Ksampling rate.3. Free data analyzing software.4. Temperature sensor with resolution of 0.03 °C5. Different samples Like Copper, Brass and Aluminum suppliedwith experiment.

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Learning Objectives/experiments< Determining free fall time of a ball when it is dropped from aknown height and thereby measuring ‘g’, acceleration due togravity.< Study the variation of height, h as a function of both t and t2during free fall where h is the free fall height and t is the free falltime.< Measurement of total time of flight during a projectile motion.

Key Topics4Free fall.4Acceleration due to gravity.4Line of sight & IR.4Bluetooth.

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Learning Objectives/experiments< To determine velocity of sound in air or quantitativeexperiments on resonating columns.
Scope of delivery41 Tuning fork set41 Stand base41 Stand rod42 Clamp assy. (Big)41 Al vessel41 Acrylic tube41 Rubber pipe41 Clamp assy. (small)41 Pinch corkSPECIFICATIONS
Feature1. Transparent tube of 1 meter length with graduation.2. 8 tuning fork of different frequency.3. Water reservoir with height adjustable facility.4. Easy and User friendly design.
Technical dataBase : PVC sheet 12mm, 250 x 250mmTube : Acrylic, L1m, ID 25mm, OD 32mmVessel : Al, 500ml, ID 76mm, H 115mmTuning fork : MS, 256Hz, 288Hz, 320Hz, 341.3Hz,384Hz, 426.6Hz, 480Hz, 512Hz withWooden hammerRubber pipe : Length 1m, ID 5mm, OD 8mm
VELOCITY OF SOUND APPARATUS SV243
Tuning fork set
More Information:Please visit our websitewww.indosawedu.comKey Topic4 Nodes antinodes.4 Tunning fork.4 End correction.4 First resonance length.4 Second resonance length.4 Resonance.4 Velocity of sound with and without end correction.4 Stationary waves.4 Progressive waves.4 Wave length.

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Learning Objectives/experiments< To measure the current voltage characteristic of thephotoelectric cell.< To determine the value of Planck's constant h.
Scope of delivery4 1 planck constant setup power supply4 1 Photocell in Holder with stnad4 1 Five color filter in one assembly4 1 Light Source with Stand
Feature1. High quality imported grating (100,300,600 line/mm).2. Electrical safety tested high voltage power supply withoverload current protection.3. Tube filed with research-grade gasses & vapors.Technical data
Current measures : Range 10^(-8) -10^(-13) A, 6 measure-ment ranges, Digital display on 4 digits,
Zero drift
Cell supply : 2 voltage ranges, -2V/+2V ; -2V/+30V,Digital display on 4 digits, Resolution 0.01V Stability <0.1 %
Photocell : Spectral response 340 to 700 nm, Nickelanode, Sensibility ≥ 1 μA/lm, Dark current I≤ 2.10^(-12) A(-2V ≤ UAK ≤ 0V)Filters : 5 filters on a cylinder 365,0 nm, 404, 7 nm;435,8 nm; 546,0 nm; 577,0 nm.Diaphragm 2 / 4 / 8 mm.

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Learning Objectives/experiments< Determination of material Constant h.< Determination of Temperature Coefficient of Current.< Determination of Planck's Constant by LED method.
Feature1. Variable Voltage source 0-2V , Resolution 1mV.2. Measuring Current meter 0-20mA, Resolution 0.001mA.3. Built-in Temperature sensor in Oven.4. Variable temperature control unto 65° Celsius.
Technical dataPlank constant : V-I and T-I mode, In V-I mode Display 31⁄2digit, 7segment LED, Voltage Range 0.000-2.000V, Current Range 0-2000mA In T-Imode, Display 31⁄2 digit, 7segment LED,Current Range 0-20mA, Temp. Rangeambient to 65.0°C,
Oven : Temp. sensor Pt100, Heating Element 20ΩHeater at pin 4 & 5, Temp. sensor at pin 1 & 2,Oven Connector 5 Pin DIN type, LEDConnector 3 Pin, DIN type
Sample LED’s : Yellow, Dia. 5mm, Wave length 590nm Red,Dia. 5mm, Wave length 700nm Orange, Dia.5mm, Wave length – nm
Scope of delivery4 1 Planck’s constant apparatus4 1 Oven4 1 LED red4 1 LED yellow4 1 LED Orange4 2 LED Green4 1 Power cord

Learning Objectives/experiments< To measure the transition temperature of a hightemperature superconductor.

Scope of delivery4 1 Superconductivity measurement unit4 1 Bismuth Sample with Four Probe arrangement4 2 Sensor Cable



(mini USB)4 1 Liquid nitrogen Experiment Chamber4 1 Data logger with micro USB4 1 Software CD4 2 Voltage sensor4 1 Power Cord4 1 Liquid Nitrogen Transport container(Optional)

Feature1. Bismuth superconductor with four probe arrangement &thermocouple.2. Voltage probes for temperature & voltage measurement.3. Data logger with 100k samples per second capacity.4. Data Logger with 6 bulit-in sensors5. Free data analyzing software.

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Experiments :
An electromagnet, which is battery operated, attracts a ball (monkey). After firing the projectile, the electromagnet circuit breaks.

The monkey falls and accelerates downwards at g. The bullet starts off travelling along the aiming line, but it is also accelerated downwards at g. So its motion as 'falling below the aiming line'. At equal times, it will fall below this line by an amount equal to the distance fallen by the monkey. At the time when both have the same horizontal position, they will both have fallen the same distance. The monkey and the bullet collide.


Special Features :

• Parabolic Collision with minimum setup time.
• Projectile and target fall at the same rate, they collide.
• Electromagnet operated by 1.5 V dry cell holds a plastic ball(Monkey).
• Angle Mirror for adjusting sight.
• Demonstration of collision & parabolic trajectories.
• The tube (hunter’s gun) is a spring loaded launching piston allowing to adjust launch angle of ball.

Product Details:

Experiments:

• Exp-1 To determine the specific heat capacity of solids (Copper, lead glass ).

Salient features:

• High quality Dewar flask.
• Digital thermometer & weighing scale.
• Three Samples (copper, lead & glass)
• Multipurpose A base can be used in other experiments also.

Learning Objectives/experiments< To determine the heat capacity of the calorimeter.< To study the thermal conductivity of copper and aluminumat a constant temperature gradient.< To determine the electrical conductivity of aluminum andcopper by plotting a current-voltage characteristic curve.< To verify the Wiedmann-Franz law and find out the< Lorenz number.

Scope of delivery4 1 Conductivity Cu & Al rod4 1 Lower Calorimeter Vessel4 1 Calorimeter Vessel with heater4 1 Laboratory jack4 1 Digital weighing balance4 3 Temperature sensor - Sk01974 1 Data Logger with free Software CD - Sk01974 2 Three finger clamp4 1 Support base & Support rod4 Digital temperature thermometer - Sk0684 1 Power supply 0-30V, 20amp4 1 Micro voltmeter4 2 Connecting lead(Red & Black)4 1 Accessories: Glass beaker (500 ml),2 Heat conductive paste, 1 Laboratory gloves, Verniercalliper, 1 Plastic beaker (2000ml), 2 Bosshead

Features1. Digital Weighing scales with maximum capacity of 5 kg ormore.2. PT-100 based digital thermometer with accuracy of 0.1degree Celsius.3. Test samples Like Copper and Aluminum with insulatedcover.4. Data Logger with real time data plotting facility and 100Ksampling rate.5. Free data analyzing software.6. Temperature sensor with resolution of 0.03 °C.7. DC Regulated power supply with safety sockets and dualtemperature controlled exhaust fan.8. Water heater with built-in steam generator.

Learning Objectives/experiments< To investigate the elastic and plastic extension of metalwires.

Technical dataABase : Cast iron, Length 200 mm, Support rod
upto 8-14 mm
Metal Wire : Copper 34 SWG, Constantan 34 SWGScale : Acrylic, 1 div=0.25mm, Pointer
Aluminium,length = 200 mm
Double Hooke : Brass, Chrome Plated, Fixed double typeMass hook, Capacity 50g.Boss Head : Aluminium alloy, Type Square & round,Object size Up-to 13mm diaSupport Rod : Mild Steel L=100cm, L=50cm, L= 25cm
Dia. 10mm


Features1. A precision pointer indicator measures the change inlength Δs, i. e. the extension.2. Modular Approach.3. Different wire material.4. Double hook weight increase the weight in stepscorresponding measure the wire extension .5. Different length of wires can be used.

Features1. Hydrogen atom filled spectrum tube (USAmake).2. High Voltage spectrum tube (5kV) with safety door andthermal switch.3. Four Vernier used to remove eccentric error (almost fully)4. Least count 20 sec. for precise measurement5. Highly stable spectrometer body (weight 8.5 kg approx.)
Technical dataSpectroscope : Observation tube moveable, with lockingscrew, slidable eyepiece, Objective 18mm / 160 mm, Symmetrical slit Slit tube,Objective 18 mm / 160 mm, StationaryScale tube, 200-division scale, Eyepiece18mm aperture, 90 mm Fl, Prism Flintglass (60°), Dispersion C-F 2°, Height 25cm (approx.)
Spectrum Tube : Input 220V, 50 Hz AC, Output 0-5000 V,power supply Overload 2mA (Max.) Spring loaded
socket
Spectrum Tube : Hydrogen Gas, Violet 420, 440nm, Blue
490nm, Red 70nm
Diffraction Grating : Size 89 x 38 mm, Aperture 16 x 9 mmRulings 100,300,600 lines/mm
Scope of delivery4 1 Spectrometer (L.C. = 20 sec)4 1 Diffraction grating4 1 Spectrum tube power supply4 1 Hydrogen tube4 1 Allen key4 1 Magnifier with LED4 1 Prism EDF
Learning

Features1. Hydrogen atom filled spectrum tube (USAmake).2. High Voltage spectrum tube (5kV) with safety door andthermal switch.3. Spectra of any light source can be analysed.4. Different spectrum: ray spectrum, continuous spectrum,fluorescent spectrum can be analysed.5. USB operated, no need of external power supply.
Technical dataCCD Spectrometer : Range 350- 900nm, Accuracy 0.5nmResolution 1.5 nm, Transmission from 0to 100 %, Resolution 0.1%, Opticalsetting Czerny Turner, Sensor linearsilicium CCD sensor
Spectrum Tube : Input 220V, 50 Hz AC, Output 0-5000 V,power supply Overload 2 mA (Max.) Spring loaded
socket
Spectrum Tube : Hydrogen Gas, Violet 420, 440 nm, Blue
490 nm, Red 70 nm
Scope of delivery41 Spectrometer41 Spectrum tube Power supply41 Optical Fibre 2m-5041 Hydrogen tube41 USB Cable41 Power cord41 Software CD
Learning Objectives/experiments< To determine the wavelengths of Balmer series in thevisible region from hydrogen emission, spectrum.< To determine the Rydberg constant.