CM04RC02T Filters

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Common Mode Chokes are widely used in many different types of electronic circuit boards and devices. The CM04RC02T is a type of Common Mode Choke designed for use in high frequency applications.

The CM04RC02T is a very efficient Common Mode Choke, offering up to 40dB of rejection at 100 kHz, and up to 50dB of rejection at 1MHz. It also offers a high-efficiency design, allowing it to operate with low levels of heat dissipation. This makes it an ideal choice for high-end applications such as military and consumer electronics.

The CM04RC02T is designed for use in boards with a 9V to 12V power supply. It features an inductance range of 0.9uH to 1.6uH, and an operating temperature range of -20C to 85C. The device is manufactured on a reliable high-frequency ferrite substrate, and can be used in either differential or single-ended applications.

The working principle of the CM04RC02T is based on the principle of magnetic flux linkage. This device works by generating a magnetic field which affects the flow of electrons within a circuit, allowing high-frequency signals to pass without being interrupted. The magnetic field is created by the indented core, which is wrapped around with permanent magnets. The core also helps to limit any interference that may occur between signals.

The CM04RC02T is a versatile Common Mode Choke, and can be used in a variety of applications. These include: automotive applications, power switching systems, motion control, PLCs, inverters, AC/DC power supplies, and other high-frequency circuits. The device has a low profile, allowing it to fit into tight spaces on circuit boards.

The CM04RC02T is a reliable Common Mode Choke that can deliver excellent performance in any application. Its high-efficiency design allows for minimal heat dissipation, making it ideal for applications where space and energy efficiency are a priority. Good rejection at both high and low frequencies makes it suitable for a range of applications, and its high-frequency ferrite substrate ensures durability and reliability.

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