CM6594R-253

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Common mode chokes are passive electronic components used to restrict common mode voltage and filter ripples from DC power supply circuits. The CM6594R-253 is an ideal common mode choke featuring an extended temperature range of -55℃ to +125℃. This choke provides high performance in a range of customizable applications.

The CM6594R-253 features a wide frequency range, from 10 MHz to 5GHz, with a current rating of up to 25A. It is designed to provide precision RF design with minimal out-of-band ripple and low insertion loss. This common mode choke has excellent power handling ability, making it suitable for power management in smart grids, high power LED displays, and motor controls.

The CM6594R-253 features a monolithically integrated transformer design that helps to reduce size and power losses. It has a rugged Litz wire construction to ensure a reliable connection and improved temperature stability. The integrated shield reduces EMI and RFI and the shielded winding improves temperature and moisture stability. This choke can also be customized for applications requiring either Epoxy or Silicone conformal coating.

The operating principle behind the CM6594R-253 is to reduce noise from the power supply and prevent interference to other circuits. The choke consists of two sets of parallel coils connected such that they generate a low-impedance path for common mode currents. Any differential currents are strongly attenuated. The windings are symmetrically combined to minimize the effects of external electromagnetic fields.

The CM6594R-253 also features a low-profile design, which is an ideal feature for use in high-density applications. This common mode choke can be used in various applications including switch mode power supplies, data and telecom systems, and automotive electronics.

In summary, the CM6594R-253 is an ideal common mode choke for use in a range of applications. This choke offers a wide frequency range, high current rating, and low insertion loss, making it an appropriate choice for power management, high-density applications, and noise attenuation. With its integrated transformer design and low-profile construction, the choke is designed to provide reliable and efficient power delivery.

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