Capacitance, inductance and Resistance of Electrical Circuit Explained

3D Animation Tech

Capacitance, inductance and Resistance of Electrical Circuit Explained...  Like❣️ comments Share . #capacitance #inductance #resistance #electricalcircuits #3danimation #3delectronics #3delectrical #diyelectronic #diyelectronics #diyelectronica #diyelectronicsprojects #diyelectronicproject #diyelectronicguru #electronic #electronics #electronica #electronicwork #electronicworks #electronicstudent #electronicstudents

Transcript

00:00When an alternating current flows into a resistor, the voltage and current at both ends of it travel equally fast and linearly.

00:07This is the resistance of the resistor.

00:10The magnetic field generated by the inductor coil being energized hinders the flow of the current.

00:16The voltage leads the current.

00:18This is the inductance of the inductor.

00:20Walking to the two ends of the capacitor, the capacitor has the characteristics of storing energy and charge.

00:26So the speed of the voltage slows down and the current lags behind the voltage.

00:31This is the capacitance of the capacitor.

00:33The three different phases of voltage and current can easily damage the equipment.

00:38This is why general inductors and capacitors often appear in pairs for power factor correction.

00:43Remember to like and follow.

Category

Transcript

Recommended