Hysteresis results in a dissipation of energy, Electrical Engineering

Hysteresis results in a dissipation of energy

Hysteresis results in a dissipation of energy which appears as a heating of the magnetic material. The energy loss associated with hysteresis is proportional to the area of the hysteresis loop.

 

Posted Date: 5/23/2013 8:51:21 AM | Location : United States







Related Discussions:- Hysteresis results in a dissipation of energy, Assignment Help, Ask Question on Hysteresis results in a dissipation of energy, Get Answer, Expert's Help, Hysteresis results in a dissipation of energy Discussions

Write discussion on Hysteresis results in a dissipation of energy
Your posts are moderated
Related Questions
Technical Loss in Electrical Systems Technical loss is inherent in electrical systems, as all electrical devices have a few resistances and the flow of currents causes a power

Time constant Time constant, defines as time for current achieve maximum (IM) if this maintain the early promotion rate current.

Q. Analyze Diode circuit with RLC load? Consider a diode circuit with an RLC load, as shown in Figure, and analyze it for i(t) when the switch S is closed at t = 0. Treat the d

Consider the network shown in Figure containing a voltage-controlled source producing the controlled current i c = gv, where g is a constant with units of conductance, and the con

i have an assignment. please help me.

Q. The input resistance of an ideal op amp with no feedback is infinite. Investigate the input resistance of an op amp with a feedback resistance RF: (a) When there is no resist

Q. Explain Charge-to-Charge Amplifier A circuit is shown in Figure in which there is a capacitor C1 in the - input line and a capacitor Cf in the feedback loop. KCL at node X g

Fixed bias with emitter resistor: Figure: Fixed bias with emitter resistor The fixed bias circuit is changed through attaching an external resistor to the emitter

Next, let us consider the case of a balanced delta-connected load with impedance of 5 45° supplied by a three-phase, three-wire 100-V system, as shown in Figure (a). We shall dete

Questions: a) One common characteristic of Embedded Systems is that they need to be dependable. Name and describe any three aspects which encompass dependability. b) Name