PG0936.682NLT

PG0936.682NLT is a type of fixed inductor mainly used in power applications, which is mainly composed of coils, corona resistors, and magnetic cores. The working principle of this type of inductor can be explained as follows.

The inductor works by using the principles of inductance and resistance. The coils of the inductor create a magnetic field which interacts with the corona resistor. When an electric current passes through the coils, a magnetic field is generated which creates a circular electric field. This electric field then interacts with the corona resistor, causing a voltage to be generated. This voltage is referred to as inductor voltage. This inductor voltage is then used to power other components within the device or circuit.

The corona resistor is the second component that is necessary for the inductor to work. It works by providing a path for the inductor current to flow through. When a voltage is applied to the corona resistor, it creates a change in the current density of the coils of the inductor. This change in current then creates a change in the magnetic field, and consequently, the frequency of the coil.

The magnetic cores are the final component of a fixed inductor. They are made from magnetic materials and attract and repel the magnetic field. This interaction between the cores and the magnetic field causes a change in the inductor voltage. This change can be used to generate an output voltage, and is what makes fixed inductors one of the most commonly used components in power applications.

In summary, fixed inductors, such as the PG0936.682NLT, are used in power applications to provide a path for current to flow through. They work by creating a magnetic field, which interacts with the corona resistor to generate a voltage. This voltage is then further regulated by the magnetic cores to create an output voltage. This type of technology is what makes fixed inductors such an essential part of our modern power applications.