Looks correct to me.crom1 said:
Plot the voltage waveform accordingly and find its effective value. Do you know the general formula for finding the rms value?crom1 said:
You've got the right idea. the quantity ##dI/dt## is a signed quantity. So it'll determine the sign of the voltage at the output. The inductor "dots" are an indication of how the flux linkage between the inductors is oriented with regards to the ends of the inductors. By convention, an increasing current entering into the dot end of one inductor produces a potential across the other inductor which tries to increase the current flowing out of its dot end.crom1 said:
Inductance is the property of an electrical circuit that causes a voltage to be induced in that circuit when the current through it changes. It can be a problem because it can cause voltage spikes and other undesirable effects.
Inductance can cause voltage spikes, ringing, and other disturbances in electronic circuits. It can also affect the performance and efficiency of electronic components.
Some common causes of inductance include long wires or traces, high currents, and the presence of magnetic materials near the circuit.
Inductance can be reduced by using shorter wires or traces, avoiding high currents, and using shielding materials to block magnetic fields. It can also be eliminated by using components specifically designed to mitigate inductance, such as capacitors or inductors.
Inductance can be measured using an inductance meter or by using a multimeter in conjunction with known resistors and capacitors. It can also be calculated using formulas such as the formula for the inductance of a solenoid coil.
