Button battery power, which means the capacity of button battery. Capacity is a commonly used term, but the word "electricity" is not very useful.

The power of button batteries is generally expressed in mAh milliampere hours. Different types of button batteries, because the size of the model specifications are different, so the power consumption of button batteries is not the same.

Alkaline, carbon-manganese dioxide button batteries range from AG1 to AG13, and their battery power ranges from 15 to 140 mAh. Suitable for micro-ampere discharge requirements, mostly used in calculators, electronic toys, hearing aids, lighters, watches and so on. The capacity of zinc-silver oxide button battery is higher than that of alkaline and carbon button battery, which is stable at more than 1.45V. The main uses are: calculators, hearing aids, cameras, watches and so on. Lithium-manganese dioxide button batteries will have a large difference in power consumption. Generally, the smallest power consumption of lithium-manganese dioxide button batteries is 15Ah, CR816, 950mAh and CR2477. However, the R&D team of Shenzhen Power Battery Co., Ltd. led by Ma Gong has made unremitting efforts to develop high-capacity CR2477T in 2013, and even reached 1100mah.

An important performance index of button batteries is the capacity of button batteries. It represents the discharge capacity of button batteries under certain conditions (discharge rate, temperature, termination voltage, etc.) (JS-150D can be used for discharge test). That is, the capacity of button batteries is usually expressed in amperes and hours (abbreviated as A.H, 1A.h = 36000C). The formula for calculating the capacity C of button batteries is C=I_t0tdt.

Button battery power can be divided into actual power, theoretical power and rated power according to different conditions. Button battery power refers to the storage capacity of button battery. The unit of button battery power is "mAh". When the Chinese name is milliampere, 1Ah = 1000mAh. One milliampere hour = 1 milliampere is the unit of electricity.

Button battery power, which means the capacity of button battery. Capacity is a commonly used term, but the word "electricity" is not very useful.

The power of button batteries is generally expressed in mAh milliampere hours. Different types of button batteries, because the size of the model specifications are different, so the power consumption of button batteries is not the same.

Alkaline, carbon-manganese dioxide button batteries range from AG1 to AG13, and their battery power ranges from 15 to 140 mAh. Suitable for micro-ampere discharge requirements, mostly used in calculators, electronic toys, hearing aids, lighters, watches and so on. The capacity of zinc-silver oxide button battery is higher than that of alkaline and carbon button battery, which is stable at more than 1.45V. The main uses are: calculators, hearing aids, cameras, watches and so on. Lithium-manganese dioxide button batteries will have a large difference in power consumption. Generally, the smallest power consumption of lithium-manganese dioxide button batteries is 15Ah, CR816, 950mAh and CR2477. However, the R&D team of Shenzhen Power Battery Co., Ltd. led by Ma Gong has made unremitting efforts to develop high-capacity CR2477T in 2013, and even reached 1100mah.

An important performance index of button batteries is the capacity of button batteries. It represents the discharge capacity of button batteries under certain conditions (discharge rate, temperature, termination voltage, etc.) (JS-150D can be used for discharge test). That is, the capacity of button batteries is usually expressed in amperes and hours (abbreviated as A.H, 1A.h = 36000C). The formula for calculating the capacity C of button batteries is C=I_t0tdt.

Button battery power can be divided into actual power, theoretical power and rated power according to different conditions. Button battery power refers to the storage capacity of button battery. The unit of button battery power is "mAh". When the Chinese name is milliampere, 1Ah = 1000mAh. One milliampere hour = 1 milliampere is the unit of electricity.