1331-223H

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Fixed inductors, or also known as chokes, are an essential component of a wide variety of electrical systems and power management applications. The 1332-223H, is a high wattage, high efficiency and high performance fixed inductor from market leader SMMD, ideal for general-purpose power management in high-current power systems such as automotive, medical, industrial and consumer solutions. This article will explain the application field and working principle of the 1332-223H.

Application Field

The 1332-223H fixed inductor is suitable for a wide range of applications. It is ideal as an input rectifier filter inductor, as well as for high power boost inductor, and also works well as an output capacitor discharge circuit. The 1332-223H is a great choice as a synchronous rectifier inductor, developed for use in various types of devices, such as dc-dc converters, non-isolated dc-dc converters and low-dropout regulators.

The 1332-223H is also an ideal inductor choice for inductive motor control applications, such as in active voltage clamp circuits. It is also well suited for start-stop engine control and sensorless motor control systems, which require accurate control signals. It has also been used in wireless power transfer designs. Moreover, it also provides for accurate power management in battery charging systems.

The 1332-223H provides a reliable performance in a wide temperature range, from -20°C to +105°C. The inductor also provides great arc resistance, excellent high temperature performance and an ultra-low DC resistance for maximum efficiency. This ensures that resistive losses are kept to a minimum, thereby optimizing performance.

Working Principle

The 1332-223H fixed inductor works on the basic principle of electromagnetic induction. An electrical current running through the inductor’s conductor will generate a magnetic field around the conductor. This magnetic field will, in turn, induce a current in the neighboring conductor. This is known as self-induction.

The 1332-223H inductor works in the same way as any other inductor. An alternating current (AC) is applied to the inductor, which induces a current in the inductor’s conductor. This current is then driven through the circuit, creating a magnetic field in the process. This magnetic field then induces a current in the neighboring conductor. The frequency of the induced current is then dependent on the amount of inductance in the inductor.

The 1332-223H fixed inductor also has the added advantage of a high current carrying capacity and a great high temperature performance. This enables it to handle a wide variety of applications and helps maximize the efficiency of the system. The high current carrying capacity also ensures the inductor stays cool under heavy load and helps extend its lifetime.

The 1332-223H fixed inductor can be used to provide a variety of power management solutions, allowing designers to create efficient and reliable systems. It is ideal for applications where precise current control and efficient power conversion is required, such as in automotive, industrial, consumer and medical solutions. Moreover, the ultra-low DC resistance and high temperature performance means this inductor can be relied upon even in the most demanding of applications.

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