RN116-1.3-02-6M8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes are electrical components that are primarily used to reduce common mode (CM) noise, either to suppress emissions or to suppress susceptibility to interference. One of the most reliable and cost-effective CM chokes on the market today is the RN116-1.3-02-6M8. This particular CM choke has a wide variety of applications and can be used in both analog and digital circuits.

The RN116-1.3-02-6M8 is an ideal choice for applications involving power supplies, electric motors, inverters, digital relays, and any situation involving high current and voltage. The wide variety of parameters available with the RN116-1.3-02-6M8 make it extremely versatile and customizable. It has a maximum current of 8A, a maximum voltage of 25V, and a resonance frequency of 30-400kHz.

The RN116-1.3-02-6M8 works by providing a high impedance loop path for CM currents, allowing only the intended signal current to pass through. This allows the choke to suppress the flow of out-of-phase CM currents, effectively reducing CM noise. This attenuated noise reduces the unnecessary currents caused by CM interference, improving the overall signal integrity and reducing distortion.

The RN116-1.3-02-6M8 is also designed to maintain protection over a wide temperature range. This is accomplished by its use of built-in thermistors that respond to the increased temperature in the system, allowing the choke to automatically adjust the insulation resistance to compensate. This ensures the choke can efficiently reduce CM noise and keep the system running smoothly.

The RN116-1.3-02-6M8 is a reliable and cost-effective solution for applications requiring reduction of common mode noise. It is an ideal choice for digital and analog circuits, offering parameters and protection that makes it suitable for a wide variety of applications. This makes it an ideal choice for any situation involving high current and voltage, providing excellent signal integrity without breaking the bank.

The specific data is subject to PDF, and the above content is for reference