FARADAY’S LAW & INDUCED E.M.F SED1003
Exp-1 Verification of Faraday and Lenz's law of induction by measuring the induced voltage as function of time.
Exp-2 Measurement of the induced voltage impulse as a function of the velocity of the magnet.
Exp-3 Calculation of the magnetic flux induced by the falling magnet as a function of the velocity of the magnet.
- Multipurpose data logger.
- Easy setup with advanced software features.
- Microcontroller based digital timer.
- Faraday & Lenz's law.
- Induced E.M.F.
- Magnetic flux.
- Free fall.
Principle and Working:
An induced e.m.f. (or induced current) is produced across a conductor when it is exposed to a change in a magnetic field. The mathematical law that relates the changing magnetic field to the induced current (or the induced voltage) is called Faraday's Law.
Lenz’s law describes the magnetic flux through the circuit and gives the direction of the induced e.m.f. This gives rise to induced current which opposes the change in magnetic flux.
In the present setup, a permanent magnet falls with different velocities through a coil, the change in the magnetic flux generates an induced voltage impulse. The induced voltage impulse is recorded with voltage probe through a computer interface system Einstien LabMate+. Depending on the polarity of the permanent magnet the induced voltage impulse is negative or positive.
Contents:
| Cat. No. | Item Name | Qty. |
| Einstien LabMate+ | 1 | |
| Einstein Voltage Sensor | 1 | |
| SH319 | Support Base | 1 |
| SH325 | Support Rod | 1 |
| SV190 | Three Fingle Clamp | 2 |
| SW092 | Bosshead | 3 |
| CD121 | Coil N=700, L=75mm, Dia=32mm | 1 |
| CD122 | Coil N=1150, L=75mm, Dia=32mm | 1 |
| SE781 | Cylindrical Magnet | 1 |
| CD120 | Tube 300mm | 1 |
| C8599 | Digital Timer | 1 |
| C8601 | Photogate | 1 |
- Einstien LabMate+
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SPECIFICATIONS Sampling Rate : Up to 100 ksps
Internal memory capacity : 250k samples
Sampling Resolution : 12 bit
Data analysis Software : MiLAB/MultiLab
External Sensor : +65
Battery(Lithium polymer; 1000mAh) : Rechargeable via USB
Connectivity : Micro USB, Bluetooth
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- Digital Timer & Photogate
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SPECIFICATIONS Display : 2 line LCD
Type : Micro controller based
Time resolution : 0.1 milli second
Mode : Time, Speed & Acceleration
Photogate : 2 Nos.
Interface : USB
Operating voltage : 5V DC
Photogate detector : Infra-Red
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- Coil Sets
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SPECIFICATIONSCat No. SWG L(mm) N R(Ω) L(mH) I(A)max CD121 30 75 700 19 13.8 0.3A CD122 26 100 1150 13.5 8.8 0.7A
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- Einstein Voltage Sensor
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- Plastic Tube CD120
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SPECIFICATIONS Tube size : 300x11mm (LxI.D)
Material : Acrylic
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- Cylindrical Magnet SE781
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SPECIFICATIONS Dimension : 50x10mm (LxΦ)
Material : Alnico
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- Universal Clamp SG152
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SPECIFICATIONS Material : Aluminium alloy
Tightening screw : 'T' type plastic knob
Rod : Aluminium length=160 mm
Object : Holds up to 75mm diameter.
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- Bosshead SW092
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SPECIFICATIONS Object type : Square & round shape
Object size : Up-to 13mm dia
Material : Aluminium alloy
Object can be held both vertically and horizontally.
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- Support Base & Support Rod
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SPECIFICATIONSCat No. Dimension Material Base SH319 250x160mm (LxW) Mild steel Rod SH325 1000x12.5mm (LxΦ) Mild steel Threading M10
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* Additionally Required
Computer is not supplied with this setup.
Electricity & Magnetism Experiments
- Ring Launcher
- Microwave Optics System
- Field Lines and Equipotential Lines
- Dielectric Constant
- Permeability & Permittivity of Air Experiments
- Faraday's Law & Induced E.M.F.
- Magnetic Field in Helmholtz Coil
- Biot Savart's Law
- Magnetic Field along the Axis
- Superconductivity Experiment Kit
- Dia-Para-Ferromagnetism
- Study of BH-Curve with Deep
- Quincks Tube Method