AISC-1812H-471K-T

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Fixed inductors are essential components in many electronic applications, such as filter circuits, switching power supplies, power converters, and automatic data processing systems. One of the popular components in this electronic family is the AISC-1812H-471K-T. This component has a feature set which allows it to not only function in a variety of applications, but also provide robust performance in challenging environments.

The AISC-1812H-471K-T is a type of surface-mount fixed inductor that relies on the principles of magnetic fields to store and discharge energy. It consists of a copper core wound with wire, and an insulating component protective shield that prevents energy buildup and extends its life. The winding produces a small magnetic field which then induces a voltage in the secondary coil, thus creating the inductor.

The AISC-1812H-471K-T has a wide range of applications and can be used in most single-layer and multi-layer printed circuit board designs, such as filters, oscillators, and power supply systems. It is also widely used in communication, aerospace, automotive, computer, consumer, and medical devices. For its size, the AISC-1812H-471K-T is relatively inexpensive and provides excellent capacitor characteristics. Understanding the functionality of a fixed inductor can help define where and how it can be used.

The purpose of the AISC-1812H-471K-T is to reduce the fluctuation in current or voltage and minimize signal distortion. This is accomplished through inductance, which is the ability of a conductor to resist changes in current. By storing energy in its magnetic field, the inductor is able to increase the time associated with signal transitions, making for smoother operation. In addition, inductors perform well in high-frequency damping applications for audio systems, radio transmitters, wind turbine control systems, and other applications.

In a fixed inductor, inductance is determined by the core material, number of turns, and geometry of the components. For the AISC-1812H-471K-T, the core material is copper, and the number of turns is 300. By increasing the number of layers, the total inductance is also increased. The geometry also influences inductance, as a winding of equal diameter will have higher inductance than a winding of different diameter.

When it comes to determining the performance of a fixed inductor, it is important to consider its inductance and its self-resonant frequency, which is the frequency at which the inductor losses all of its inductance. The AISC-1812H-471K-T has an inductance of 471nH, and a self-resonant frequency of 2.75MHz, which is extremely high. This allows it to be used in applications with high frequency signals without any performance loss.

The AISC-1812H-471K-T is also very reliable, as it is rated to withstand temperatures up to +125°C with no impact on performance. This kind of reliability is essential in applications that involve high temperatures and where the component needs to be reliable in the long term. Moreover, the component is RoHS compliant and is available in a variety of packaging styles.

In conclusion, the AISC-1812H-471K-T is an ideal component for many different applications, from filters and oscillators to high frequency damping systems. It has excellent characteristics, such as high self-resonant frequency, reliable and temperature resistant operation, and is relatively inexpensive. Thus, it is an excellent fixed inductor for designers to consider when looking for an efficient and reliable way to reduce fluctuation and minimize signal distortion.

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