As One Electromagnetic Wave Absorbing Sheet (for Low Frequency Reduction) 210 x 297mm, 3-9886-05

Electromagnetic wave absorbing sheets for low-frequency reduction are specialized materials designed to absorb and attenuate electromagnetic waves, particularly those in the low-frequency range. These sheets are used in various applications to reduce electromagnetic interference (EMI), electromagnetic radiation, and to enhance electromagnetic compatibility (EMC). Here are some key points about electromagnetic wave absorbing sheets for low-frequency reduction: 1. Low-Frequency Range: Low-frequency electromagnetic waves typically refer to those with frequencies below 1 MHz. This includes extremely low-frequency (ELF) and very low-frequency (VLF) ranges. These frequencies are often associated with power distribution systems, electric motors, and some communication systems. 2. Material Composition: Electromagnetic wave absorbing sheets for low-frequency reduction are composed of specialized materials that have unique properties for absorbing and attenuating electromagnetic waves in the low-frequency spectrum. These materials often contain a combination of magnetic and conductive materials, such as ferrite composites, conductive polymers, or other proprietary formulations. 3. Applications: EMI Shielding: These sheets are used to shield sensitive electronic equipment from external low-frequency electromagnetic interference, ensuring that the devices operate correctly. Electromagnetic Compatibility (EMC): They are employed to achieve EMC compliance in electronic devices and systems, particularly when low-frequency interference can disrupt their performance. Medical Devices: In medical equipment where precise electronic signals are critical, such as magnetic resonance imaging (MRI) machines. Automotive: To reduce interference in vehicle electronic systems, ensuring the proper functioning of safety and communication systems. Consumer Electronics: In devices susceptible to low-frequency EMI, like audio equipment and radios. Military and Defense: For military applications where electromagnetic interference can compromise communication and surveillance systems. 4. Absorption Mechanism: These sheets work by converting electromagnetic energy into heat through a combination of magnetic and conductive losses within the absorbing material. This process reduces the amplitude of the electromagnetic waves, effectively attenuating them. 5. Thickness and Design: The thickness and design of these sheets can vary depending on the specific application and the desired level of absorption. Thicker sheets are often more effective at absorbing low-frequency waves, but their design should consider space constraints and other factors.

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