đ¨.đĻ. đđŽđĄ đđĩđŽđŋđ´đ˛đŋ đđģđąđđđđŋđ đđŋđŧđđđĩ đđŋđļđđ˛đģ đ¯đ đđŧđēđŊđŽđ°đ đŽđģđą đđŗđŗđļđ°đļđ˛đģđ đĻđŧđšđđđļđŧđģđ
The U.S. GaN Charger Market is expected to reach USD 521.82 million by 2030, growing at a CAGR of 22.8% from 2024 to 2030. GaN chargers, using Gallium Nitride semiconductor technology, enable faster charging, improved efficiency, and reduced heat generation. They are 40% smaller than traditional silicon-based chargers, offering a compact, portable, and cost-effective solution.
The U.S. GaN Charger Market is expected to reach USD 521.82 million by 2030, growing at a CAGR of 22.8% from 2024 to 2030. GaN chargers, using Gallium Nitride semiconductor technology, enable faster charging, improved efficiency, and reduced heat generation. They are 40% smaller than traditional silicon-based chargers, offering a compact, portable, and cost-effective solution.
đ¨.đĻ. đđŽđĄ đđĩđŽđŋđ´đ˛đŋ đđģđąđđđđŋđ đđŋđŧđđđĩ đđŋđļđđ˛đģ đ¯đ đđŧđēđŊđŽđ°đ đŽđģđą đđŗđŗđļđ°đļđ˛đģđ đĻđŧđšđđđļđŧđģđ
The U.S. GaN Charger Market is expected to reach USD 521.82 million by 2030, growing at a CAGR of 22.8% from 2024 to 2030. GaN chargers, using Gallium Nitride semiconductor technology, enable faster charging, improved efficiency, and reduced heat generation. They are 40% smaller than traditional silicon-based chargers, offering a compact, portable, and cost-effective solution.
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