ACM1513-551-2PL-TLHF Filters

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Common mode chokes are often used in the fields of electrical and electronic engineering. They are used in a variety of applications to provide a reliable electrical signal blocking or attenuation for a variety of reasons. The ACM1513-551-2PL-TLHF is a common mode choke that is designed to provide reliable signal blocking, attenuation, and power line noise suppression for a range of AC and DC signals.

Common Mode Chokes are composed of two or more inductance coils wound in the same direction around a common core. These coils react with each other when the AC current is applied, creating an opposing magnetic field, thus reducing the high-frequency noise in the power line. The ACM1513-551-2PL-TLHF is a combined common mode choke with dual cores. It offers improved noise suppression for applications such as motor control and digital communication.

The working principle of the ACM1513-551-2PL-TLHF common mode choke is such that it is designed with two cores and two coils, which block the AC and DC common mode noise and allow only the desirable differential mode signals to pass. The differential mode signals are coupled through the common cores and then conducted through the windings. The common mode noise is blocked by these windings because of the opposing electromagnetic fields generated by the two coils in the core.

The ACM1513-551-2PL-TLHF is well suited for applications where AC/DC common mode noise needs to be suppressed. It is especially effective for suppressing noise induced by gear motors, AC and DC digital communication applications, and power line applications. The device is designed for a wide range of AC/DC input voltages and recommended load currents. It is also designed to provide long-term stability and reliable operational performance.

In conclusion, the ACM1513-551-2PL-TLHF is a high-performance common mode choke that is specially designed for AC and DC applications with high levels of noise suppression. It is an excellent choice for applications that require reliable performance over a wide range of AC/DC input voltages and load currents. Furthermore, it provides long-term stability and is also designed for high-frequency filtering to protect from external noise sources.

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