B82141A1153J000

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Fixed inductors are passive components used in electronics primarily to add inductance into electrical circuits. Fixed inductors exist in a variety of forms such as inductors with fixed core material, inductors with magnetic cores, toroid inductors, inductors with adjustable inductance, and inductors with air cores. Fixed inductors are designed to maintain their electrical values in all types of environments for as long as possible, and they must meet certain electrical parameters to ensure performance. One such inductor is the B82141A1153J000. This section will provide an overview of the B82141A1153J000 application field, working principle, and design considerations.

B82141A1153J000 is a fixed inductor that is designed for applications in the DC/DC converter industry. This device is engineered to reduce electrical noise and interference in power supplies and power converters. It is a multi-layered device that is used for power conversion because of its high inductance and low DC resistance. It is also constructed with multiple layers to reduce the radiated noise. The device is rated to handle test currents of up to 1.5A DC, and it has a low resistance of 2.3 Ohms maximum. The device is also designed with a 2.4mm x 1.2mm case size and a height of 1.3mm.

The working principle of the B82141A1153J000 fixed inductor is simple and relates to the process of induction. All inductors work using the principle of induction, which states that when a varying current passes through a conductor it creates a varying magnetic field around the conductor. This varying magnetic field then induces a voltage in the conductor, which is proportional to the rate at which the current is changing. Thus, fixed inductors are devices that are designed to maintain the electrical characteristics of the inductor over time. This is accomplished by creating a longer time constant for the varying current, which in turn keeps the voltage induced in the conductor at a desired value.

In addition to the working principle of the B82141A1153J000, there are several design considerations that must be taken into account. The physical properties of the inductor must match the desired application, ensuring proper inductance as well as stable electrical parameters. For example, the B82141A1153J000 is designed to be a low profile inductor, so it has a lower inductance value due to its small size. The device should also be designed with proper shielding to prevent interference and noise, as well as with a low DC resistance for improved power efficiency. Furthermore, the inductor should be designed with an appropriate inductance rating that is suitable for the desired application.

In conclusion, the B82141A1153J000 is a fixed inductor designed for applications such as power conversion for DC/DC converters. It works on the principle of induction, maintaining its electrical characteristics over time by creating a longer time constant. Additionally, the device should be designed with proper electircal and physical parameters, including low DC resistance, proper shielding, and an appropriate inductance rating. This ensures that the device performs as intended in its application field, providing noise and interference reduction in power supplies and power converters.

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