High Voltage Filter

Product Overview

The High Voltage Filter is an efficient power filtering device designed for 10kV high-voltage systems, used to filter out high-frequency noise and harmonics. The filter utilizes high-quality capacitors and inductors, making it suitable for a wide range of power systems to ensure stable current and eliminate harmful interference. It boasts strong voltage withstand capabilities and excellent frequency response, operating across a frequency range of 70MHz to 3GHz, and supports peak current capacity of up to 80A.

Features

• Efficient Filtering Performance: Effectively suppresses high-frequency noise and harmonics in the 70MHz to 3GHz range, ensuring improved power quality.
• Strong Voltage Withstand Capacity: Test voltage up to 30kV, ensuring stability in extreme working environments.
• Low Voltage Drop Design: Rated voltage drop of only 1V RMS, ensuring high-efficiency operation.
• Ultra-Low Insertion Loss: Insertion loss greater than 110dB, significantly reducing signal interference within the power system.
• High Peak Current Capacity: Rated peak current capacity of 80A, meeting the demands of high-load environments.
• Stable Reliability: Even under harsh conditions such as high voltage and large currents, the product maintains stable performance over long periods.

Applications

• High Voltage Power Systems: Used in high-voltage power systems to effectively filter out high-frequency noise and harmonics, improving power quality and system stability.
• Industrial Equipment: Widely used in industrial equipment to protect against electromagnetic interference and high-frequency noise.
• Communication Systems: Suitable for communication equipment, reducing harmonics and noise, ensuring clarity and stability of signal transmission.
• Power Transformers and Electrical Facilities: Applied in power transformers, switchgear, and other electrical facilities to improve operational conditions and extend equipment lifespan.
• Research and Experimentation: Ideal for research areas requiring high-frequency signal processing, ensuring experimental accuracy and stability.