Nā huahana
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Copper Foil no nā circulits i hoʻopiliʻia (FPC)
Me ka hoʻomohalaʻana o kaʻenehana ma ka Honua ma ke kaiāulu, pono nā mea i loli ka uila, he kope a me nā bigable a me nā māka. This requires the internal conduction material not only to achieve the performance of the traditional circuit board, but also must adapt to its internal complex and narrow construction.
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Copper foil no ka copper copper clad laminate
Flexible copper laminate (also known as: flexible copper laminate) is a processing substrate material for flexible printed circuit boards, which is composed of a flexible insulating base film and a metal foil. Ua hanaʻia nā laminates e pili ana i nā kumukūʻai keleawe, kiʻi kiʻi, adtherliveʻekolu mau lālā i kapaʻiaʻekolu mau laina laina. ʻO ke koho balota copper Laminateʻole me ka adhesive i kapaʻia heʻelua papa keleawe.
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Copper foil no ka slex leki
Ua hoʻokaʻawaleʻia ke kukui kīwī i nāʻanoʻelua o nāʻano haʻahaʻa o ke kukui a me ke kukui paʻakikī i alakaʻiʻia. Flexible LED strip is the use of FPC assembly circuit board, assembled with SMD LED, so that the thickness of the product thin, does not occupy space; hiki keʻokiʻia, hiki ke loaʻa pū me keʻano a me ke kukui.
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Copper foil no ka pale uila uila
Loaʻa iā Copper i ka hana uila uila maikaʻi loa, ke hana pono nei i ka paleʻana i nā hōʻailona electromagnetic electromagnetic. And the higher the purity of the copper material, the better the electromagnetic shielding, especially for high frequency electromagnetic signals.
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Copper foil no ka paleʻana o ka electromagnetic
ʻO ka paleʻana o ka electromagnetic Some electronic components or equipment in the normal working state will generate electromagnetic waves, which will interfere with other electronic equipment; penei, e hoomoeia hoi, e hoomohi ole ma na hana'ē aʻe e electromagleloll electromagnetic nalu wale.
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Copper foil no kaʻokiʻana i ka make
ʻO kaʻokiʻana eʻokiʻia aʻokiʻoki i nā mea i loko o nāʻano likeʻole ma o ka mīkini mīkini. With the continuous rise and development of electronic products, die-cutting has evolved from the traditional sense of only for packaging and printing materials to a process that can be used for die stamping, cutting and forming of soft and high-precision products such as stickers, foam, netting and conductive materials.
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Copper foil no nā mea hiki
ʻElua mau hana i ka manawa kokoke i kekahi, me kahi papa o nā mea hoʻonāukiukiʻole ma waena o lākou, e hana i kahi capacitist. Ke hoʻohuiʻia kahi voltage ma waena o nā poliʻelua o kahi capacitistor, kūʻai aku ka catacitor i kahi uku uila.
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Copper foil no ka pā uila i kāna kiʻiʻoniʻoni
Hiki i ke kīpē i ke kiʻiʻoniʻoni i ke kiʻiʻoniʻoni e hiki ke hana i ka hana pā uila ma keʻano o ka hana haʻahaʻa haʻahaʻa ma ka pae haʻahaʻa haʻahaʻa. Power battery heating film is the use of electrothermal effect, that is, the conductive metal material attached to the insulating material, and then covered with another layer of insulating material on the surface of the metal layer, the metal layer is tightly wrapped inside, forming a thin sheet of conductive film.
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Copper foil no nā papa antin circuit
Antenna circuit board is the antenna that receives or sends wireless signals through the etching process of copper clad laminate (or flexible copper clad laminate) on the circuit board, this antenna is integrated with the relevant electronic components and used in the form of modules, the advantage is the high degree of integration, can compress the volume to reduce costs, in short-range remote control and communication and other nā hiʻohiʻona o ka nui o nā noi.
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