100-561H

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Fixed inductors refer to the inductors whose inductance does not change with external signals such as current, voltage, and frequency. The 100-561H is a kind of fixed inductor, and it offers excellent performance and reliability in harsh conditions. This article will cover the applications and working principles of the 100-561H.

Applications of the 100-561H

The 100-561H provides wide-ranging applications, mainly in following aspects:

• High Tempterature Environments - The core material and coating of the 100-561H can withstand temperatures up to 250 degrees Celsius. This temperature resistance feature enables the 100-561H to be used in extremely high temperature environments without suffering any damage.
• High Voltage Inputs - With its maximum DC shielding voltage up to 200V, the 100-561H can tolerate very high voltage inputs. This feature makes it suitable for applications such as converters, current transformers, and power supplies.
• Resonance and Filtering Circuits - The 100-561H inductors exhibit excellent resonance characteristics. This makes them ideal for use in resonance and filtering circuits, such as radio frequency (RF) and audio filter implementation.

Working Principle of the 100-561H

The 100-561H works in a manner similar to other inductors. It uses a wire coil to create a magnetic field, resulting in a voltage drop across the inductor as current passes through it. This voltage drop, in turn, causes a decrease in the current flow. The amount of voltage drop the inductor develops is influenced by the total inductance; and the 100-561H has an inductance range of 0.1 to 3 mH.

In addition to the voltage drop, the 100-561H also exhibits a resistance and capacitance in its internal components. This resistance and capacitance affects the frequency response of the inductor, which is important in resonance and filtering circuits. The 100-561H can also be used in DC power supplies, due to its high voltage and current ratings.

In conclusion, the 100-561H is a highly versatile inductor, offering a range of useful applications. It is suitable for use in high temperature environments due to its temperature resistance feature; and it provides excellent filtering and resonance properties due to its resistance and capacitance characteristics. Moreover, its high voltage and current ratings make it suitable for use in DC power supplies.

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