回收电子电路板电话18950070107电子板件回收厦门和成旧电路板回收网在目前的LED行业中，散热问题一直制约着行业整体技术的革新和发展。厦门和辉旧电路板回收网因此，解决当前企业生产中存在的LED热病问题，一直是行业内探讨、研究的重要方向。记者从本次高工LED照明展展会现场了解到，深圳市儒为电子有限公司(以下简称“儒为电子”)展出型号为DTS-1的新型分离式热电分离电路板，引起业内同行的广泛关注。厦门和辉旧电路板回收网买家前来咨询据悉，此型号的电路板能够解决目前LED光源的散热难题，并且减少光源产生光衰的现象。自去年起，儒为电子开始研发此类的分离式热电分离电路板以解决目前LED行业的散热难题。据悉，厦门和辉旧电路板回收网目前此项产品已经获得相关专利，并且导热系数高达200W/m.k。“我们推出的这款分离式热电分离电路板，实现了金属散热基板与导体在同一个平面上的需求。”简玉苍在现场接受采访时告诉记者。
同时，简玉苍还表示，厦门和辉旧电路板回收网使用这类电路板在进行SMT加工时，其灯珠等元器件的电气引脚是直接焊接在导体的PAD上，厦门和辉旧电路板回收网同时散热座则直接焊接在金属散热基板上，因此产生的热量可以随时快速地传导出去。儒为电子-宣传栏“由于实现了热电分离结构，使用我们这款产品的LED灯具，绝缘层可以做到足够厚，因此成品光源设计师们再也不必为电与热之间的矛盾而烦忧。”简玉苍最后提到厦门和辉旧电路板回收网。
Recycling of electronic circuit board telephone 18950070107 electronic board member recovery of Xiamen and the old circuit board recycling network in the current LED industry, the problem of heat dissipation has been restricting the innovation and development of the industry''s overall technology. Xiamen and Hui old circuit board recycling network therefore, solve LED fever problems existing in enterprise production, has been an important direction of research, in the industry. Reporters from the high LED lighting exhibition site,Shenzhen Confucianism as electronic Co. Ltd. (hereinafter referred to as "Confucianism as electronic") exhibited type new typethermoelectric separation of DTS-1 circuit board, caused widespread concern in the industry peer. Xiamen and Hui old circuit board recycling net buyers advice it is reported, circuit board this model can solve the problem of LED light source heat dissipation, and reduce the light source generating light attenuation phenomenon. Since last year, Confucianism is a separation type thermoelectric electronicbegan to develop such separation circuit board to solve the heat dissipation problem of LED industry. It is reported that Xiamen and Huiold circuit board recycling network at present, this product has been patented, and coefficient of thermal conductivity of up to 200W/m.k."We launched the separation type thermoelectric separation circuit board, realize the demand metal radiating substrate and conductoron the same plane." Jian Yucang interviewed at the scene told reporters.
