ZJYS51R5-2PLT-01 Filters

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Common Mode Chokes, a type of electrical component, can effectively reduce noise interference and carry out signal filtering. ZJYS51R5-2PLT-01 is one such component. This article will provide an overview of its application field and working principle.

Application Field

The ZJYS51R5-2PLT-01 common mode choke is often used to suppress common-mode noise in various communication applications, such as data lines, power lines, Ethernet, and high-speed signal lines. It is also widely used in other electrical circuits where noise reduction and signal filtering are required. This component is ideal for applications where space is limited, since its mounting size is very small and the inductance value and attenuation rate are both high.

Working Principle

Common-mode chokes are inductors with two windings, one of which couples the circuit to the power source, or “primary” winding, and the other couples the circuit to the load, or “secondary” winding. During operation, the noise currents emitted by the circuit or the environment will flow through the inductor coil due to inductive coupling, but won’t be delivered to the load. This action is known as “common-mode noise rejection”, which prevents noise from affecting the normal operation of the circuit and ensures signal quality.

The ZJYS51R5-2PLT-01 is a common mode choke that combines an external bifilar winding with an internal multi-layer winding to realize wide-band noise suppression. In addition, the use of high-temperature ferrite material also increases the component\'s temperature resistance, making it ideal for high-frequency, high-temperature applications.

Conclusion

The ZJYS51R5-2PLT-01 is a common mode choke with a bifilar winding and multi-layer winding, which makes it an effective component for suppressing common-mode noise in various applications, such as data lines, power lines, Ethernet, and high-speed signal lines. Not only does it have a wide band noise suppression, but it also has a high temperature resistance and a small mounting size. It is an ideal component for applications that require noise reduction and signal filtering.

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