B82793C0474N215

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Common Mode Chokes, also known as EMI Filters, are widely used in the industry for suppressing interference in electronic devices. The B82793C0474N215 is an example of a common mode choke which has a variety of applications and uses an advanced filtering technique for efficient noise suppression.

The B82793C0474N215 is a three-phase, three-wire, common mode choke that ensures high noise attenuation in the lines of an AC or DC power supply. It comes with a built-in filter with a DC to 30MHz frequency range, enabling it to provide excellent power line noise suppression. The choke comes in an insulation case made from polyester plastic and has a current rating of 19.8A.

The choke\'s internal components are specifically designed to provide optimum performance against interference in audio, video, and telecommunications equipment. The filter core consists of several nanocrystalline cores assembled in an interleaved configuration. These cores contain an alloy of ferrite, manganese, and zinc which is capable of providing high levels of inductance, allowing the choke to provide efficient noise suppression with minimal power losses.

The B82793C0474N215 has two distinct operating modes; the Common Mode and Differential Mode. The Common Mode mode uses the inductive filter coils to provide a high level of common mode noise suppression, while the Differential Mode uses two symmetrical filter coils to provide an additional level of noise suppression.

The B82793C0474N215 is an ideal choice for a wide range of applications including: audio systems, motor control, LED lighting, servers, and power supplies. The choke is also well suited for use in industrial and medical equipment where high levels of noise suppression are required.

The choke is also well suited for automotive applications such as automotive diagnostic equipment, solar energy system controllers, home automation systems, electric vehicles, uninterruptible power supplies, and wind power systems. The choke\'s high level of noise suppression also makes it a good choice for military applications, allowing it to be used in communication systems, radar, avionics, and other sensitive equipment which require high levels of noise suppression.

The working principle of the B82793C0474N215 is simple; when an transverse alternating current (AC) flows through its core, it creates an inductive field. This inductive field serves to suppress any common mode noise that may be present. The inductive field is also able to provide high levels of differential mode noise suppression, as it is able to detect and suppress any AC signals that are out of phase with the incoming signal.

This makes the B82793C0474N215 a highly reliable solution for reducing common mode and differential mode noise in a wide range of applications, allowing it to be used in many different industries. The choke\'s high level of performance and low power losses make it an ideal choice for reducing noise in any application.

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