ACM2012E-361-2P-T00

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Common Mode Chokes are designed to reject electromagnetic interference (EMI) or to reduce the potential of conducting electromagnetic noise from one circuit to another. The ACM2012E-361-2P-T00 is one such type of common mode choke, specifically designed to reduce EMI in applications.

The ACM2012E-361-2P-T00 consists of two ferrite cores, each withexternal windings, connected in a specific configuration to reject conducted emissions.Both cores can be filled with different types of ferrite material to meet different levels of EMI filtering requirements.The windings are optimized for best performance over certain frequency band and depending on shielding material or insulation system, it can be used for up to 2Ghz operation.

The typical working principle of ACM2012E-361-2P-T00 utilizes inductive reactance to reject EMI, as both cores oppose each other and cancel out any common mode noise. This has the effect of reducing or eliminating noise that is picked up or conducted from the power and ground planes. At high frequencies, the windings act like a transformer and will attenuate noise, while at low frequencies, the inductive reactance acts as a filter and eliminates noise.

The ACM2012E-361-2P-T00 can be used in a variety of applications. They are often used in power supply and communication system designs as a means to reduce conducted noise. They can also be used for signal and power line filtering, ESD protection or as a source of inductance in a variety of electrical circuits.

In summary, the ACM2012E-361-2P-T00 common mode choke is designed to reduce EMI in power and signal applications by utilizing two ferrite cores with windings optimized for best performance over certain frequency band. This type of choke utilizes inductive reactance to reject EMI and can be used in a variety of applications, such as signal and power line filtering, ESD protection or as a source of inductance in a variety of electrical circuits.

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