Faradays Law Induced EMF
To verify the Faraday and Lenz's law ofinduction by measuring the induced voltage as function of time.To Calculate themagnetic flux induced by the falling magnet as a function of the velocity ofthe magnet. The complete setup should include
Data Logger-: Computer connection : Micro USB& Bluethooth, Sampling rate : minimum 100,000 samples per second or above,Inputs channels : 4, Power : Micro USB, Memory : Up to 250 k samples or above,Resolution sampling : less than 15 bits.
Digital Timer & Photogate-: Display : 2 lineLCD, Type : Micro controller based, Time resolution : not greater than 0.1milli second, Mode : Time, Speed & Acceleration, Photogate : 2 numbers,Interface : USB, Operating voltage : 5V DC or above, Photogate detector :Infra-Red
Coil Sets of different length.
Voltage Sensor Input voltage range : 25V orabove, Input Voltage : AC or DC, Accuracy : maximum 3 % over entire range,Sample Rate: above 10,000 samples per second.
A cylindrical pipe of lenth minimun 30 cm.Cylindrical Magnet of material AlNiCo and and diameter suitable to pass throughthe pipe and coil.
Universal Clamp:-Material : Aluminium alloy,Tightening screw : 'T' type plastic knob, Rod : Aluminium Object can be hold both vertically andhorizontally.

Price:
Price 25000 INR / Piece
Minimum Order Quantity : 1 Piece
Application : Optical experiments and nodal point analysis
Material : Metal structure with opticalgrade glass components
Voltage : 220V AC
Equipment Materials : Metal and opticalgrade components
Price 75000 INR / Piece
Minimum Order Quantity : 01 Piece
Application : Hall Effect experimental studies
Material : Durable labgrade materials
Voltage : 220V / 110V compatible
Equipment Materials : Metal and plastic
Price 1365 INR
Minimum Order Quantity : 01 Piece
Application : Used for cutting cork rubber or similar materials in laboratories
Material : Metal (Steel)
Equipment Materials : German steel
Price 13000 INR / Piece
Minimum Order Quantity : 01 Piece
Application : concrete Lab
Material : Mild Steel
Voltage : 220 Volt (v)