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FHS-021 High stability anti-electromagnetic interference shunt

FHS-021 High stability anti-electromagnetic interference shunt

The FHS-021 High stability anti-electromagnetic interference shunt is a high-performance component designed for electronic equipment to solve electromagnetic interference (EMI) problems and improve circuit stability and reliability. Its core function is to protect sensitive components in the circuit from high-frequency noise by suppressing electromagnetic interference. This type of flow divider uses advanced materials and precision manufacturing technology to ensure performance under various complex environmental conditions. FHS-021 high stability anti-electromagnetic interference shunt has the following significant technical features: 1. High anti-interference ability: It can effectively resist ±4kV electromagnetic interference, suitable for industrial and automotive electronics fields, ensuring stable operation of equipment in harsh environments. 2. Low-loss design: The wide electrode structure and low-loss materials enable it to perform well in high-power and high-current applications, while reducing the impact of heat on performance and extending service life. 3. High reliability: After strict quality control and aging tests, the shunt is ensured to maintain high accuracy and stability in long-term use, and is suitable for high-demand power systems and communication equipment. FHS-021 high stability anti-electromagnetic interference shunt is widely used in various scenarios, including but not limited to: - Automotive electronics: used to suppress electromagnetic interference generated by engines, generators, and other components to ensure the stable operation of vehicle electronic systems. - Industrial equipment: In industrial control systems, it is used for filtering and demagnetization to improve the anti-interference ability of equipment and reduce the impact of electromagnetic interference on signal transmission. - Communication equipment: In communication base stations, it is used to suppress high-frequency noise and improve the clarity and quality of signal transmission. - Power system: In power transmission, it is used to suppress harmonics and high-frequency noise and improve the stability and efficiency of the power system. FHS-021 high high-stability anti-electromagnetic interference shunt has become an indispensable key component in electronic equipment due to its performance and wide range of application scenarios, providing users with efficient and reliable solutions.

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About Us
Zhejiang Fanhar Electronics Co., Ltd.

Zhejiang Fanhar Electronics Co., Ltd. is a national high-tech enterprise specializing in R&D, manufacturing, and sales of relays. Our products are widely applied in smart home systems, photovoltaic new energy, charging piles, smart meters, industrial control, and other fields.
Currently, we have a professional team of nearly 500 employees and operate 30 fully automated production lines, with 40% of our products exported to over 20 countries worldwide. To better serve our customers and meet market demands, we continuously improve our products and manufacturing technologies, investing 6%-8% of annual sales revenue in R&D and innovation.
With a strong emphasis on technological innovation, we have been recognized as a National High-Tech Enterprise and Provincial R&D Center, holding more than 40 national patents. Our products have obtained international certifications, including ISO9001、ISO14001 and ISO45001, as well as authoritative UL、TUV and CQC certifications, fully complying with EU ROHS/REACH directives. 
Maintaining a 98% delivery satisfaction rate, our products serve global industry leaders such as Huawei, Bull, and Eaton in smart home, industrial control, new energy, and power meter applications. Looking ahead, Fanhar Electronics will continue expanding production capacity and deepening our presence in the new energy market, striving to become a provider in the relay industry.

Certificate Of Honor
  • ZL 2018 2 0494989.X A connection structure between a push card and a moving spring in a relay
  • ZL 2018 2 1136911.7 Low heat generation and long life electromagnetic relay armature structure
  • ZL 2018 2 1246154.9 Electromagnetic relay armature rotation structure
  • ZL 2018 2 1264750.X Electromagnetic relay  terminal structure
  • ZL 2019 2 0010814.1 A snap-on magnetic latching relay electromagnetic system
  • ZL 2020 2 0218533.8 Forked reed double contact magnetic latching relay structure
  • ZL 2020 2 0222377.2 Small size magnetic latching relay for smart home
  • ZL 2021 2 1301933.6 Driving structure of high current carrying relay
  • ZL 2021 2 1303900.5 Connection structure between push card and base of normally open relay
  • ZL 2021 2 1340326.0 Compression spring detachable connection structure for relay
  • ZL 2021 2 1692871.6 A drop-resistant magnetic latching relay
  • ZL 2022 2 2394096.7 A relay yoke positioning mechanism
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