Bh-Curve With Deep Lite Software

Item Code: S1010

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 turns in primary, I is the current in primary coil of transformer.
The corresponding magnetic induction B is obtained through integration of the voltage V2 induced in secondary coil as:
B=(1/N2.A). V2.dt
where A: Cross-section of iron core, N2: Number of turns in secondary. In the present setup, the magnetization curve and Hysteresis curve as function of the magnetic field strength H is plotted.




  • Auto identification of Voltage and Current sensors.
  • Live data transfer and Graph plotting
  • Programmable delay in data acquisition
  • Free data Analysing Software
  • Automatic mode of demagnetization.
  • Automatically determining the relative Pearmeability of Ferromagnetic material

  • To study BH-Curve.
  • To determine the relative permeability μ in the magnetisation r curve and the hysteresis curve as function of magnetic field strength H.

  • Data logger : 4 input channels, 6 PIN BT connector, resolution 12 bit ADC @ 100 ksps, Analog I/P 0-5 V, O/P channels 12 bit DAC, Analog O/P ± 12 V max 10 mA, Current booster 1A Power connector 3 PIN, DIN, USB cable.
  • Power Supply : 220V, 50Hz AC, output ± 12 V, 3PIN DIN
  • Voltage Sensor : ±1V, 4mm socket, 6 PIN BT connector
  • Current Sensor : ±1A, 4mm socket, 6 PIN BT connector
  • Coils : Coil 300 turns, Wire Cu. 19SWG,
  • Sample : Ferromagnetic core, U-Core 150 x 130mm (LxH), 40 x 40mm, I-Core 150mm (L), 40x40mm.
    • 1 DEEP Lite B-H Curve Software
    • 1 Data Logger with built-in Current Booster
    • 1 Traco Power Supply for data logger
    • 1 Voltage Sensor ± 1V
    • 1 Current Sensor ± 1A
    • 1 I Core
    • 1 U Core
    • 1 Coil 300 turns (pair)
    • 1 Resistance Module 5Ω , 5 W
    • 3 Flexible lead pair (50 cm)
    • 2 Flexible lead pair (25 cm)
    • 1 Pair of Sensor Cables
    • 1 3 pin Signal Cable
    • 1 USB Cable
    • 1 Power Cord
    • 1 Digital Multimeter
    • 1 Compatible Laptop/Desktop (Optional)