DLW5BTH101TQ2K

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Common Mode Chokes are widely used in industrial, military and consumer applications for power line filtering. In the industrial field, they are used for motor power-line inputs, high-voltage and lightning protection. They also provide electrical safety and isolation while reducing the presence of high frequency noise. In the military field, they are used to provide signal and power line noise immunity for various types of instrumentation.

DLW5BTH101TQ2K is a high-temperature, SMD\'s common-mode line chokes. With high accuracy performance, its excellent attenuating effects make it ideal for automotive or industrial use. It can operate in temperatures up to +125°C and provides excellent noise reduction and noise-coupling prevention capability. The chip includes two 15.6µH common-mode chokes, each wound with a high-density core of Ni-Zn ferrite material.

The DLW5BTH101TQ2K is designed to reduce high-frequency noise on the power line from the motor or other sources of noise in the environment. It works by creating a magnetic flux field with the windings which impedes the flow of high-frequency noise. The chokes are also designed to reduce the level of common-mode voltage across the components. This reduces the risk of component damage from voltage spikes stemming from external sources.

The DLW5BTH101TQ2K also features excellent thermal protection which helps to protect the components from damage due to excessive heat. The choke is also designed for high power ratings, with current ratings up to 20A and peak power ratings up to 80W. This makes them suitable for many industrial and automotive applications.

The DLW5BTH101TQ2K is an ideal choice for automotive, industrial and military applications that require power line filtering. The chokes offer excellent noise reduction and thermal protection, making them suitable for a wide variety of applications. The high power ratings and high accuracy make them suitable for use in high-voltage and high-power applications, as well as for noise-coupling protection applications. They are UL recognized, and with a high temperature rating of +125°C, they can be used in automotive and industrial applications in extreme environments.

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