B82793S0513N201 Filters

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Common Mode Chokes (CMC) refer to inductive electrical parts that are used to eliminate the interference of common mode and reduce the level of noise present in transmissive signals. CMC is available in various shapes and sizes, and a variety of materials are available to construct them. B82793S0513N201 is a type of Common mode choke, a double filter element, designed to inhibit the flow of common mode current on signal lines.

The B82793S0513N201 Common Mode Choke is an original part from EPCOS. This CMC is designed to eliminate the noise in systems where a single differential signal is transmitted around a ground loop. It mainly consists of two parts: the core part (made from ferrite material) and the wire winding part. The B82793S0513N201 CMC has the following specific characteristics:

• Ferrite core: L = 50.8mm, O.D.= Ø 7.8mm, with a base winding of 77 turns
• Wire windings: 15.5mm, 37 turns

Application of B82793S0513N201 Common mode Choke mainly finds usage in EMI/RFI suppression applications, owing to the filter’s capability to prevent common mode noise from entering the signal circuit. widely used in communication, military, automotive, computer and other consumer electronics and communications. Moreover, the CMC can be used as a pass-through filter to reduce noise from power lines.

The B82793S0513N201 Common mode choke works on the principle of negatively returning excess noise signals generated by non-linear electrical components to the power input source. This CMC helps in maintaining a proper balance of differential-mode and common-mode signals within a system. The wire windings on the core generate a shielded inductive field, which produces a high flux density within the core to limit the common mode current on the signal line.

In conclusion, the B82793S0513N201 Common Mode Choke is an ideal choice for applications such as automotive, communication, and industrial. This CMC helps in suppressing common mode interference, increase signal clarity and reduce system noise. The CMC also helps in maintaining a balance in different-mode and common-mode signals and properly controlling the current while reducing the induced noise on the signal line.

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