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隔磁材料（亦简称隔磁片或吸波材料）
无线充电作为一种安全、时尚、便捷的新型充电方式，越来越受到广大消费者的青睐，在手机、游戏机等消费类电子产品领域迅猛发展。 无线充电器是由220V电源变成交感电磁场，然后交感电磁场再产生一交感电磁场后，由交感电磁场变成电流充电；交感电磁场遇到金属，则会产品电子涡流，电子涡流会对金属产生趋肤效应，在金属上产生热能，降低了充电效率，浪费电能，因此存在充电效率低、充电时发热量大等缺陷。为了提高充电效率、确保使用安全，目前的主流解决方案是在无线充电器发射端和接收端线圈背面贴加隔磁吸波材料，通过高磁通量，给交感磁场提供回路提高效率。
Wireless charging as a safe, stylish, convenient charging mode, more and more get the favour of broad consumer, in the
mobile phone, games and other consumer electronics products development. Wireless charger is composed of 220V power
becomes sympathetic electromagnetic field, electromagnetic field and electromagnetic field to produce a sympathetic
sympathetic, from sympathetic electromagnetic fields into current charging; sympathetic electromagnetic field meeting
metal, will be products electronic eddy, eddy current to produce electronic metal skin effect, in the metal to produce
heat energy, reduces the charging efficiency, energy waste, therefore presence of low charging efficiency, charging, heat
and other major defects. In order to improve the charging efficiency, ensure the use of safety, the mainstream of the
current solution is in the wireless charger transmitter and receiver coil back affixed with the magnetic absorbing
material, high magnetic flux to the magnetic field, sympathetic circuit to provide improved efficiency.
- 深圳市卓驰电子有限公司 [加为商友]
- 联系人胡生(先生) 市场销售
- 地区广东-深圳市
- 地址宝安区福永镇大洋开发区
