因此,在高功率输出时,增加踏频并不会降低骑行效率。
Therefore, at higher power outputs, increases in cadence may not always decrease cycling efficiency.
由于输出牛在低频率和高功率情况下会产生震动,在铁芯边缘和铜带之间塞入毛毡。
Due to vibration at low frequencies and high power, felt was inserted between the brass bands and the sides of the cores.
并采用优化设计、高导电磁材料制作,致使设备在空载时损耗低、功率输出更强劲、稳定、寿命更长。
And adopting the optimization design, high conductivity, the electromagnetic material production equipment in no-load loss low power output, more powerful, and stability, long service life.
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