đđĩđļđģđŽ đđ˛đŽđąđ đđĩđ˛ đĻđĩđļđŗđ đđŧ đđŗđŗđļđ°đļđ˛đģđ đđŽđĄ đđĩđŽđŋđ´đ˛đŋđ
China’s GaN charger market is set to grow, driven by Gallium Nitride (GaN) technology that enhances charging efficiency. GaN chargers, 40% smaller than traditional silicon-based models, offer faster charging, reduced heat, and higher efficiency. Their portability and cost-effectiveness come from eliminating bulky heat sinks or cooling systems.
China’s GaN charger market is set to grow, driven by Gallium Nitride (GaN) technology that enhances charging efficiency. GaN chargers, 40% smaller than traditional silicon-based models, offer faster charging, reduced heat, and higher efficiency. Their portability and cost-effectiveness come from eliminating bulky heat sinks or cooling systems.
đđĩđļđģđŽ đđ˛đŽđąđ đđĩđ˛ đĻđĩđļđŗđ đđŧ đđŗđŗđļđ°đļđ˛đģđ đđŽđĄ đđĩđŽđŋđ´đ˛đŋđ
China’s GaN charger market is set to grow, driven by Gallium Nitride (GaN) technology that enhances charging efficiency. GaN chargers, 40% smaller than traditional silicon-based models, offer faster charging, reduced heat, and higher efficiency. Their portability and cost-effectiveness come from eliminating bulky heat sinks or cooling systems.
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