T8005NLT

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Common Mode Chokes, as their name implies, are components capable of reducing or attenuating common mode noise in power supplies, motors, transformers, and other power line equipment. This article will discuss the application field and working principle of the T8005NLT Common Mode Choke, and how it works to reduce common mode noise.

The T8005NLT is a three-phase Common Mode Choke which provides an optimal balance of filter performance, high current rating, and cost effectiveness. Designed for high voltage application, the T8005NLT is housed in a hermetically sealed molded case that provides excellent protection. This Common Mode Choke provides up to 25 Amp continuous current, and a wide operating temperature range increasing its dependability in harsh environments.

The T8005NLT is suitable for a variety of applications such as power supplies, motors, drives, and transformers. It is also suitable for use in offshore and mobile applications, where thermal and environmental considerations make the hermetically sealed enclosure a worthwhile choice. The Common Mode Choke also provides good EMI performance, meaning it is useful in applications that process high frequency signals.

In terms of its working principle, the T8005NLT Common Mode Choke works by creating a filter that attenuates common mode noise up to a certain frequency. It achieves this by creating a magnetic field around the components, which can be broken down into two parts. The first part is a core, usually made of ferrite. This core creates a magnetic field which draws the common mode currents away from the internal components, reducing their effect. The second part is a conductor, usually in the form of a copper wire winding. This conductors interacts with the magnetic field created by the core, creating a low-impedance path for the common mode currents, reducing their effect.

The Common Mode Choke also works to provide a balanced filter, meaning it can provide an even attenuation of noise along with its frequency range. This is achieved through the interaction of the core and conductor as described above, which creates a set of frequency-dependent impedances which attenuate the higher frequency components of the noise, while allowing the lower frequencies to pass. The final result is a filter that provides a balanced attenuation experience throughout its frequency range.

In conclusion, the T8005NLT Common Mode Choke is an ideal choice for a variety of applications requiring low common mode noise levels. Its hermetically sealed enclosure provides excellent protection at a competitive price, making it an attractive choice for both commercial and industrial applications. Its working principle, based on the interaction of a ferrite core and a coil winding, provides a filter that provides a balanced attenuation effect across its frequency range, proving over and over to give superior EMI performance.

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