4726-33

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Fixed inductors, also known as inductors, are components that convert electrical energy into magnetic energy, for storing and releasing energy in magnitude-changeable electric circuits. The 4726-33 provides a range of fixed inductors designed for the industrial, commercial, and consumer markets, with an application field in transformers, filters, and rectifiers. This article will discuss the functionality and applications of the 4726-33 in more detail.

Fixed inductors are most commonly used in power supplies, transformers, and motors. In power supplies they store and release energy, providing even voltage spikes. In transformers, inductors are used to step up or step down voltage, while in motors, inductors provide stability for the stator’s magnetic field. The 4726-33 is a high-reliability inductor designed for use in applications where high accuracy and precise voltage levels must be maintained. It is designed to handle a maximum current of 10 Amperes.

The 4726-33 is a fixed inductor with a relatively low number of turns and a relatively high number of cores. The inductor is constructed from a durable, long-lasting material that is fully resistant to corrosion and oxidation. It also features a special winding configuration that ensures highly accurate operation, which reduces the number of possible failures. This configuration also enables high-frequency operation, making it suitable for many applications, including power supplies and motor control systems.

The 4726-33 is designed to function within a specific frequency range, which is determined by its number of turns. The operating frequency of the inductor can be adjusted to match the needs of the application, as it can be tuned by varying the number of turns. The 4726-33’s output power is proportional to the number of turns, with the maximum power being achieved with the highest number of turns.

As with all inductors, the 4726-33 works on the principle of inductance. This means that when a current flows through the winding, an electromotive force (EMF) is induced and stored in the magnetic field surrounding the coil. This force is proportional to the rate of change of current through the coil, and is proportional to the strength of the surrounding magnetic field. This stored EMF is then released as a voltage spike when the current flowing through the coil changes.

The 4726-33 is a highly reliable inductor designed to provide high accuracy and stable operation. Its versatility makes it suitable for a wide range of applications, from power supplies and signal filtering, to motor control and transformers. The 4726-33’s special winding configuration ensures high accuracy and precise voltage levels, which makes it suitable for many applications. Its relatively low number of turns and high number of cores make it highly resistant to corrosion and oxidation, providing durability as well as a long service life.

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