CTX20-1-52M-R

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Fixed inductors are important components used to store electrical energy and control the flow of current in circuits. CTX20-1-52M-R is a fixed inductor that has a range of applications as well as an efficient working principle.

The CTX20-1-52M-R has a wide range of uses and is suitable for many applications, including EMC filtering, power supply, DC-DC converters, wireless communication systems, and more. It is particularly suitable for use in high-frequency switching power supplies. The product is also widely used in the manufacture of lighting and other electrical apparatus, because its properties provide excellent performance under varying load conditions.

In terms of its physical characteristics, the CTX20-1-52M-R has a copper-clad steel core and a copper winding. It has a maximum temperature rating of 125° Celsius and an operating temperature of -30° to + 85° Celsius. The inductance of the CTX20-1-52M-R ranges from 510uH to 5.2μH, enabling it to handle up to 20Amps of current. The inductor is in a TO-220 package and has DC resistance from 14.7mΩ to 290mΩ, depending on the specific product chosen.

The working principle of a CTX20-1-52M-R fixed inductor relies on Faraday\'s law of induction. When the current in the winding of the inductor is reversed, the inductor stores energy in its magnetic field and releases it when the current is removed. This process of storing electrical energy is known as induction and is used in a variety of electronic circuits. The CTX20-1-52M-R has the ability to restrict and shape currents, helping to reduce noise and create a stable output. This capability is useful in a variety of applications and for keeping oscillations under control.

CTX20-1-52M-R fixed inductors are a reliable and efficient component used in many different applications. Thanks to their high temperature rating and high current capacity, they are suitable for a variety of power applications. Their application of Faraday\'s law of induction makes them an excellent choice for controlling and stabilising currents.

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