PLT10HH9016R0PNL Filters

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Common Mode Chokes are a type of electrical components, commonly used to reduce noise in high speed and medium-to-low-frequency range. PLT10HH9016R0PNL is a type of high Common Mode Choke that is designed to reduce or eliminate interference generated by conducted or radiated electrical noise. This type of Common Mode Choke is employed in a wide variety of applications, each of which involve noise reduction or interference rejection.

The applications of PLT10HH9016R0PNL Common Mode Chokes include but are not limited to:

• Noise reduction in computer systems.
• Interference rejection in communication systems.
• Voltage sensitive equipment protection.
• Sound system interference elimination.
• Preventing surges and spikes.
• Signal integrity noise attenuation.

The working principle of PLT10HH9016R0PNL Common Mode Chokes is the principle of electromagnetic induction. Electromagnetic induction states that when a wire carrying electric current is situated in a changing magnetic field, the electric current in the wire must change in response. This change induces an electromotive force (emf) in the wire. The emf due to this working principle is referred to as the induced emf and this is the principle on which Common Mode Chokes work.

In PLT10HH9016R0PNL Common Mode Chokes, two windings with an air gap are wound onto a magnetic core. The windings are linked and therefore, any current in one winding will induce an emf in the other in the same direction. The air gap in the core prevents direct magnetic coupling and forces the current to be induced within the winding itself. The closing of the winding ensures that the induced voltage is in the opposite direction to the original induced emf, and therefore reduces or eliminates any interference signal.

PLT10HH9016R0PNL Common Mode Chokes offer excellent noise cut-off characteristics, wide frequency operation range up to 10GHz, low DC resistance, and low insertion loss. It is a reliable and high-precision component that is widely used in the field of communication, computing, audio equipment and other noise sensitive applications. It is a highly effective and efficient way to reduce noise and interference signals.

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