Noise Countermeasures - メーカー・企業と製品の一覧

Noise Countermeasuresの製品一覧

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The basic concept of noise countermeasures using a "noise cut transformer."

We will introduce the basic features of the noise barrier transformer and key points for noise countermeasures!

The disturbances caused by high-frequency noise propagating through power lines can sometimes lead to serious consequences. For example, in production equipment that generates high-value-added products like semiconductors, a single abnormal stoppage can result in losses of tens of millions of yen. Additionally, malfunctions in equipment handling large forces and energies, such as in railways, aviation, automobiles, and robotics, can lead not only to financial losses but also to personal accidents. Noise countermeasures for power lines are essential to prevent such situations from occurring. In this blog, we will introduce the noise-cutting transformer "Noise Cut Transformer," developed to prevent such noise disturbances, along with its usage and points to consider. Please take a look. *You can view the detailed content of the blog through the related links. For more information, feel free to contact us.*

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Book: Development of Electromagnetic Wave Absorbing and Shielding Materials (No. 2244)

Available for preview - Supporting Beyond 5G/6G communication, EV/HEV, autonomous driving, and power electronics.

Book Title: Development of Electromagnetic Wave Absorbing and Shielding Materials and Countermeasures for Electromagnetic Noise --------------------- ■ This book includes the following information: - Concepts for designing electromagnetic wave absorbing materials compatible with 5G/Beyond 5G - Film formation and lightweighting of broadband electromagnetic wave absorbing materials - Development of frequency-selective metamaterial wave absorbers for broadband applications - Research and development of gigahertz and terahertz wave absorbers - Selection methods for electromagnetic wave shielding materials and applicable technologies - Electromagnetic wave shielding technology using conductive polymers - Development of lightweight electromagnetic wave shielding materials using carbon nanotubes - Providing shielding properties through electromagnetic wave shielding plating technology for lightweight materials - Development of simulators for quantifying electromagnetic noise - Analysis techniques and EMI simulation using electromagnetic field simulators - Three-dimensional transient electromagnetic field analysis using the FILT method and physical optics approximation - System-level modeling and analysis methods to achieve equipment noise suppression design - Countermeasure technologies in electronic devices, semiconductors, power electronics, automotive electrification, autonomous driving, EMC issues, communication devices, and IoT.

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