Vector control of an induction motor, also known as field-oriented control (FOC), is a clever method for precisely controlling torque and speed. Because torque and flux are connected in a typical induction motor, control is less flexible. This is resolved by vector control, which divides the current into two components: one that regulates the torque … Read more
A 3-phase induction motor’s straightforward design, sturdy construction, and great efficiency make it one of the most used electric devices in both daily life and industry. It operates on the electromagnetic induction principle, which states that when a three-phase current passes through the stator (stationary section), a rotating magnetic field is produced. The rotor, or … Read more
By altering voltage levels, a transformer is a crucial electrical component that facilitates the flow of electricity between circuits. It is frequently utilized in power systems and operates on the electromagnetic induction principle. By stepping up or stepping down voltage, transformers make electricity safe and effective to use. For instance, transformers lower the high-voltage electricity … Read more