Today's consume₽∞"rs demand that electr¶&δ↓onics are smaller, lighter, che≠¶ aper, more powerful, and ru♦'∏n longer. The circuit board is≠φ also packed with a ←→≥♣large number of electrε₹ ∏onic components, makiδ£↑ng it increasingly dense, so i® t is increasingly importan≥£ t to suppress noise radiating from the φ←£ IC or cable. This type of radiated no>§£≥ise is difficult to predict d≈σα©uring the design phase, so in many cas♥ es countermeasures are taken durin<©₹∏g the manufacturing phase. To add" ress these conflicting nee$∞ds, researchers need to develop new ma✔↓₹£terials that miniaturize existin®<g equipment and improve eq±→≤uipment efficiency. Efforts to r☆♣∏≥educe power consumption and improve de≥™vice density and performan¶λce have led to researchλ$ into graphene and ot★←→↕her two-dimensional (2-D) solid and δεsoft magnetic materialsπ÷ and nanoscale devices with hi'β<gh carrier mobility.←™
WAVE-VECTOR researches λβand develops a variety of anti-elect∑±¶φromagnetic interference β<¥products, mixing fine powders of soft m'∑≤δagnetic metal materials (flat powders) <σwith resins and processing them intβ× εo electromagnetic shie✔↓∏lding materials for flexible sheets™&§ ¥. Attaching it to th←☆e source of radiated noise, or to arβδ•eas susceptible to radiated noise, can ©£$exert an extremely effective noise★""Ω suppression effect. It is easy to stam'''Ωping, shearing, can be proc§✘"₽essed into various shapes,♠<± but also can be used for flexible cu±♦↕'rved surfaces and flexible cables (F£≈¥PC/FFC) and other occasions.
WAVE-VECTOR™ produc♠©ts suppress emitted noise ©•≤emitted by electronic devices over a♦♥→ wide frequency range. Because it is δ♣a soft and processable shee€&™↑t, it can be easily installed on portφable devices such as notebook c¥<★"omputers and digital cameras and mob€♦ile phones. ComparedΩ☆"♦ with ferrite sintered bodie'εs, it is lightweight and has excellent→∞ impact resistance. At the same time, bδ>y adding a metal layer, a thinner pr≠" oduct line that can suppress noise ove™←♣"r a wide frequency band has beeλ✔εn expanded.
