Faraday Induction Simulator – SINFOWAP DIGITAL
Katihar, Bihar, India +919525394220 admin@sinfowap.com
Faraday's Law of Electromagnetic Induction - CITS Electrician
⚡

Faraday's Laws & Lenz's Law CITS Electrician Special

Craft Instructor Training Scheme (CITS) - Trade Practical & Theory Visualizer

Flux (Φ): 0.00 Wb
e = -N(dΦ/dt): 0.00 V
Magnetic Flux (Φ) Induced EMF (e) Live Oscilloscope Plot

🎛️ Parameter Controls

20 turns

Higher N increases induced voltage directly ($e \propto N$)

1.0 Tesla
1.5 Hz

📚 CITS Electrician Key Concepts

Faraday's 1st Law:

Whenever the magnetic flux ($\Phi$) linked with a closed circuit changes, an Electro-Motive Force (EMF) is induced in the circuit.

Faraday's 2nd Law:

The magnitude of induced EMF is directly proportional to the rate of change of magnetic flux linkages.

$$e = -N \frac{d\Phi}{dt}$$
Lenz's Law (Direction of Current):

The direction of the induced current is always such that its magnetic effect **opposes** the change in flux causing it (represented by the negative sign in the formula).

💡 Exam Tip for Instructors:
  • Static Magnet = Zero relative motion = 0 Volt induced.
  • Faster motion = Higher rate $d\Phi/dt$ = Brighter bulb.
  • Reversing motion direction flips current polarity on Galvanometer.