CM6460R-154

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Common Mode Chokes (CMCs) have become an increasingly important component in the design of low-noise, high-frequency circuits. They are used for power supplies, for signal transmission and reception, and for signal integrity. The CM6460R-154 is a common mode choke with an operating frequency range of 0.0-154MHz and a rated current of 1A. It also offers excellent insertion loss (10dB typical) and harmonics rejection (60dB typical).

The CM6460R-154 has a number of applications in the field of radio-frequency (RF) engineering. It is used for suppressing differential and common mode noise in power lines, for suppressing EMI in audio systems, and for suppressing interference signals in a variety of other applications. In addition, it can be used as a filter for signal-integrity purposes, such as attenuating unwanted high frequency noise or undesirable signals in power lines.

The working principle of the CM6460R-154 is based on the use of magnetic cores. The device is essentially a transformer, with two coils wound on the same core, free to move relative to each other. The two coils are magnetically coupled to each other, and the device operates as an inductor. The common mode choke is designed to attenuate current signals (or noise) in the common mode, while allowing desirable current signals in the differential mode to pass through.

The CM6460R-154 consists of two symmetrically wound coils around a magnetic core. The two symmetrically-wound coils have very low inductance, allowing high frequency signals to pass through with minimal attenuation. When a signal is present in the common mode, a flux is established in the two coils, resulting in a "self-coupling" effect. This self-coupling effect causes the CM6460R-154 to attenuate the common mode current signal, while allowing the desirable, differential-mode signal to pass through.

The CM6460R-154 is a versatile device that is suitable for a wide range of applications. It can be used in power supplies, audio systems, RF circuits, and communication systems, as well as in automotive and medical applications. It is well-suited for EMI filtering, signal integrity applications, and differential noise suppression.

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