PLY17BN2921R2B2B

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 a type of electrical components that are used in applications related to power supplies, telecommunications, motors, and other machines working in accordance with electromagnetic forces. They are designed to prevent the interference of high-frequency noise from AC/DC systems. PLY17BN2921R2B2B is a model of such chokes that has been developed by Nissei Sangyo, a famous Japanese component manufacturer.

The PLY17BN2921R2B2B Common Mode Choke is an isolation transformer. As it restricts signal transmission within the core that is used to prevent the disturbance between two device arms, it is used to reduce common-mode noise levels when installed between two electronic devices. This model specifically works well when dealing with high-frequency noise. Additionally, it is also suitable for applications that require higher accuracy due to its high-temperature performance.

The working principle of the PLY17BN2921R2B2B Common Mode Choke is based on the flux saturation characteristics of the core material. The core material is used to effectively reduce or suppress the current. The higher the permeability of the core material used in the choke, the higher its effectiveness in suppressing the current. This specific model of the Common Mode Choke is also designed to ensure an even and uniform distribution of the flux, thus allowing for higher performance.

The practical application of a PLY17BN2921R2B2B Common Mode Choke is quite varied. It can be used to reduce interference in AC/DC power supplies, unattended VHF/UHF monitoring systems, telecommunications systems, and motor control systems. It can also be used as an inductor or an isolation transformer for electronic device measurement. Other applications for this device include video transmission, automotive applications, and medical equipment.

The PLY17BN2921R2B2B Common Mode Choke is a great example of a reliable and efficient component that comes with a variety of practical applications. It is designed to reduce common-mode noise levels when installed between two electronic devices, ensuring a better performance and higher accuracy. It can be used in power supplies, telecommunications systems, and other devices or systems that rely on electromagnetic forces, helping to ensure that they operate properly without interference.

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