MAGNETIC FIELD DUE TO SINGLE COIL

MAGNETIC FIELD DUE TO SINGLE COIL
MAKE DINESH SCIENTIFIC MODEL DS-608

PRODUCT DESCRIPTION
If we bend the wire into a loop or coil, consider elements along its circumference, dl, and the magnetic field, dB, due to each of these, and then integrate around the loop, we find that at the center of the loop or coil, the field is B = (μ0/2)(Ni/r), where r is the radius of the loop, and N is the number of turns in
FEATURES:
• Low on maintenance
• Smooth functioning
• Ease of usage
To measure the magnetic field along the axis of a circular coil and then find the permeability of air. The complete setup should include
TECHNICAL DATA:
Power Supply Voltage Range 0-50V DC continuously variable
Ripple Greater than 25mV
Current Range 0-10A.
Continuously variable 3% digit LED.
Gauss Meter Range greater 100 Gauss
Resolution 0.1 Gauss at 0-200 Gauss
Potentiometer should be provided to set zero. yes
Hall Probe Axial Hall Probe provided of material InAs, Probe holder.
Optical Bench Hexagonal section
Scale 0-60cm
Least Count 0.1cm.
Induction Coils 5 different sets of coils having different no of turns and length with I 2A, Coil holder.