Higher Physics Lab Soild State Physics

STUDY OF BH-CURVE WITH DEEP S1010

 

Exp-1 To study BH-Curve.
Exp-2 To study permeability curve

  • Auto identification of sensors
  • High speed data transfer
  • Programmable delay in data acquisition
  • Programmable sampling frequency
  • Graphical Analysis
  • Automatic & manual mode of demagnetization
  • Magnetic induction.
  • Magnetic flux.
  • Magnetic field strength.
  • Hysteresis.
  • Remanence.
  • Coercive.

Principle and Working:
A Magnetic field is generated in a U & I shape iron core by continuous (Sin or Triangular) wave to primary coil which generates the magnetic field strength H as

H=(N1/L).I1

where L: Effective length of iron core, N1: Number of turn.

The corresponding magnetic induction B is obtained through integration of the voltage V induced in second coil as:

B=(1/N2.A). V.dt

where A: Cross-section of iron core, N2: Number of turn.
In the present setup, the magnetization curve and Hysteresis curve as function of the magnetic field strength H is plotted.

Contents:

Cat. No. Item Name Qty.
C1713 DEEP_ BH Software 1
CD433 Data Logger with Current Booster 1
C7994 Power Unit 1
CD861 Voltage Sensor ± 1V 1
CD860 Current Sensor ± 1A 1
C0608 I Core 1
SW178 Coil 300 turns(pair) 1
CD511 Resistance Module 10Ω , 10 W 1
C0610 U Core 1
LP18 Flexible lead (100 cm) 4 Set
R9964 USB Cable 1

* Additionally Required
Computer not supplied with this setup.

Solid State Physics Experiments