CC2824E113R-10

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Common Mode Chokes are an essential component used in a variety of electrical systems, primarily to reduce interference. The CC2824E113R-10, manufactured by Coilcraft, is a particularly suitable choice for many applications due to its high current and voltage capabilities and its low core losses.

The CC2824E113R-10 is a high current and voltage common mode choke used primarily for reducing conducted noise (EMI) generated by a power supply in common mode. It also can also be used to suppress common mode noise injected from outside sources, which are common in industrial and automotive applications, and resulting from common mode signals common in highly integrated systems. The CC2824E113R-10 is designed with tight flux control to reduce common mode noise from device to device in system-level designs.

The core of the CC2824E113R-10 is made up of a toroidal ferrite core, providing effective common mode noise suppression without sacrificing power dissipation. This is one of the main benefits of the CC2824E113R-10 over other common mode chokes available on the market today. The CC2824E113R-10 also contains a range of enhancements providing superior performance in terms of current capability and heat dissipation.

The CC2824E113R-10 is designed for use in a variety of applications, including motor control, power supplies, telecommunications, computer and audio equipment, automotive systems, and all those applications requiring the reduction of electromagnetic interference or conducted noise in a signal path. It is suitable for use in high current, low voltage applications, and is suitable for operating temperatures up to 105°C. In addition, the CC2824E113R-10 meets the requirements of the CQR specification for poor line conditions and is fully qualified for telecommunications applications with the Global Certification Program according to UL 1951.

The working principle of the CC2824E113R-10 is simple. It works by passing the current through the core of the inductor, which creates an opposition to changes in the current. This opposition, commonly called inductance, effectively reduces both common-mode and differential-mode interference. The inductance is dependent on the number of turns of the wire used on the core, the size of the core, and the magnetic properties of the core material. As the current passes through the inductor, it reduces voltage spikes and noises, providing a cleaner power signal for the device.

The CC2824E113R-10 is an effective and reliable common mode choke, suitable for a wide range of applications. It provides superior performance in terms of its current capability and heat dissipation, and is ideally suited for high current, low voltage applications, making it a popular choice for many applications.

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