CM6460R-754

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Common mode chokes (CMC) are components designed to limit common mode voltage between two parts of a system. They are used to reduce noise interference, improve signal integrity, and maintain signal integrity under transient conditions. The CM6460R-754 is a CMC designed for use in power supplies, network devices, and automotive applications. This article will describe the application field and working principle of the CM6460R-754.

The CM6460R-754 is an inductive component intended for the isolation of common mode noise. It provides higher loss at common mode frequencies over 100 kHz, helping to ensure system performance. Its design is optimized for use in a wide range of applications.

The CM6460R-754 is ideal for use in Consumer Electronic Equipment (CEE), Automotive DC/DC converters, PCMCIA cards, and Audio/Video equipment. It can also be used in a wide variety of other applications, including PC power supplies, battery powered equipment, server power supplies, machines, external disk drives, and robotic arms.

The CM6460R-754 features a wide range of operating voltages, from –2.5V to +40V. It also features a high common mode impedance of 22k ohms at 100kHz and a wide operating temperature range of –40°C to +125°C.

The CM6460R-754 is designed to provide effective common mode noise suppression while also meeting a number of requirements associated with power supply efficiency. It is designed for use in applications where the common mode noise needs to be suppressed while maintaining power delivery. Its ability to provide high common mode impedance at frequencies greater than 100kHz makes it an ideal component for power supply applications.

The working principle of the CM6460R-754 is based on the concept of mutual inductance. This is a property of two inductors coupled together, where the current generated in one induces a voltage in the other. In the case of the CM6460R-754, two windings are connected in such a way that an alternating current flowing in one will induce an AC voltage in the other. This voltage, in turn, induces a current in the same winding.

The current in the first winding will be opposed by the current induced in the second, leading to a greater resistance to the alternating current and a significant reduction in the level of common mode noise. The current induced in the second winding can also be used to create a filter inductor which can be used to further reduce the level of common mode noise.

In conclusion, the CM6460R-754 is a Common Mode Choke designed for use in a variety of applications. Its optimized for use in Consumer Electronic Equipment (CEE), Automotive DC/DC converters, PCMCIA cards, and Audio/Video equipment, as well as a wide variety of other applications. Its high common mode impedance at frequencies greater than 100kHz makes it an ideal component for power supply applications. The working principle of the CM6460R-754 is based on the concept of mutual inductance, where two windings are connected in such a way that an alternating current flowing in one will induce an AC voltage in the other.

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