Virtual Labs

a: Curie point curve Explanation

Explanation

b: Open circuit characteristics Explanation

Explanation

c: Hysteresis loop Explanation

Explanation

d: Magnetisation curve Explanation

Explanation

a: Coercivity of the material Explanation

Explanation

b: Remanence of the material Explanation

Explanation

c: Energy loss per cycle Explanation

Explanation

d: Magnetic permeability Explanation

Explanation

a: The maximum flux density achieved Explanation

Explanation

b: The residual flux density when H = 0 Explanation

Explanation

c: The magnetizing force required to bring B to zero Explanation

Explanation

d: The energy dissipated as heat during magnetization Explanation

Explanation

a: Weber (Wb) Explanation

Explanation

b: Tesla (T) Explanation

Explanation

c: Amperes per meter (A/m) Explanation

Explanation

d: Henry (H) Explanation

Explanation

a: The magnetization when H = 0 Explanation

Explanation

b: The force required to saturate the material Explanation

Explanation

c: The energy lost per cycle Explanation

Explanation

d: The resistance to magnetization Explanation

Explanation

Draw hysteresis (B-H curve) of a specimen in the form of a transformer and to determine its hysteresis loss