RN112-0.8-02-10M

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Introduction

Common Mode Chokes, also known as Common Mode Inductors, are widely used components in electronic systems and devices. RN112-0.8-02-10M is one type of Common Mode Chokes. The product is designed with robustness and flexibility. It features excellent performance on differential-mode filtering and continuous current leveling.

RN112-0.8-02-10M Application Field

RN112-0.8-02-10M has a wide range of application fields. For example, it can be used in common-mode filter for electronic equipment, and Common-mode choke for electronic ballasts. Also, it can be used in Common-mode filter for power line network communications, electromagnetic compatibility in places requiring higher current, and Common-mode choke for multi-channel communication systems.

Other applications include high speed analog and digital signal circuits, Constant-current charge and discharge circuits, and High frequency signal differential wiring circuits.

Working Principle of RN112-0.8-02-10M

RN112-0.8-02-10M is a Common Mode Choke with 0.8Ω core resistance and rated differential voltage up to 10kV. Its working principle is similar to common mode inductors. It consists of two wire coils which are connected in series with a core and a shield.

The two wire coils are interconnected in such a way that they both induce a balanced field. When a differential current flows through the two coils, the field will cancel out any noise signals that are present. This reduces the amount of common mode noise that is present in the circuit.

When a common mode voltage is present in the circuit, the two coils will oppose each other, creating a stronger field. This will effectively block any common mode noise signals from entering the circuit, while allowing the desired differential signals to pass through.

Conclusion

In conclusion, RN112-0.8-02-10M is an effective common mode choke which can be used in a wide range of electronic systems and devices. It features excellent differential-mode filtering and continuous current leveling. It works by reducing common mode noise while allowing the desired differential signals to pass through.

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