Magnetic field inside a conductor with digital function generator
A current is passed through an electrolyte producing a magnetic field. This magnetic field inside the conductor is measured as function of position and current by determining the induction voltage.
- Measure the magnetic field inside of liquid electrolytes
- Large unique hollow cylinder with conductive wire mesh prevents the influence of disturbing fields
- Easy frequency setting thanks to digital function generator
Hollow cylinder, PLEXIGLAS
Search coil, straight
PHYWE LF amplifier, 220 V
PHYWE Digital Function Generator, USB
Hydrochloric acid 37 %, 1000
Glass beaker, short, 5000 ml
Graduated cylinder 100 ml, PP transparent
Glass rod,boro 3.3,l=300mm, d=7mm
Safety goggles, all-round vision
Disposable gloves, 100pcs,medium
Filter funnel, d = 75 mm, PP
Tripod base PHYWE
Support rod, stainless steel, 500 mm
Plate holder
Scale, l = 750 mm, on rod
Cursors, 1 pair
Meter scale, l = 1000 mm
Distributor
Digital multimeter 2005
Connecting cord, 32 A, 250 mm, red
Connecting cord, 32 A, 250 mm, blue
Connecting cord, 32 A, 500 mm, blue
Screened cable, BNC, l 1500 mm
Adapter, BNC socket/4 mm plug pair
Right angle clamp expert
Barrel base expert
Beaker, 5000 ml, low-form
Determine the magnetic field inside the conductor as a function of
- the current in the conductor and verify the linear relationship.
- the distance from the middle axis of the conductor and determine the position where the field inside the conductor vanishes.
- Maxwell’s equations
- Magnetic flux
- Induction
- Current density
- Field strength
- Electrolyte