LAV35VBR22M

Fixed Inductors are built from coils of wire, with the purpose of creating a magnetic field known as inductance. They are used in a variety of applications, from sensing devices for measuring current, to power supplies for supplying power to electric motors.

The LAV35VBR22M is a type of fixed inductor designed for applications that require a high voltage input up to 22V. It has a maximum current handling capability of 14A. It is a high-quality inductor, designed to provide accurate inductance levels with little variation over the specified voltage range.

The LAV35VBR22M consists of a copper core with a tapped winding design. The external parts of the coil are insulated and tightly wound with enamel-coated copper wire. This helps to prevent any shorts between the winding and the core, while providing a stable inductance level. The winding is also designed with a particular number of turns that creates the desired inductance.

In most devices containing the LAV35VBR22M inductor, it is used as an inductor in a rectifier circuit. The rectifier uses the inductor to turn alternating current (AC) into direct current (DC). It does this by creating an electromagnetic field which increases in magnitude when a current is passed through it. The inductor then filters the current, transforming it to a less volatile form. This transformation is a key part of the rectification process and helps to protect components of the circuit from excessive current or voltage surges.

The inductor is also used in other applications, such as filters for radio frequency (RF) circuits, and switching power supplies. In both cases, the inductor acts as a filter, allowing only DC signals of a certain frequency or voltage range to pass through. This helps to reduce interference and noise, while also helping to make sure that the correct voltage or current level is maintained.

In summary, the LAV35VBR22M is a fixed inductor designed for applications where a high voltage input up to 22V is required. Its design includes a copper core with a tapped winding for increased stability, and an external insulation to prevent shorts and maintain accurate inductance levels. The inductor is used in rectifier circuits, for filtering and in switching power supplies to help maintain stable current and voltage levels.