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Kussy
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If we boost voltage from 3.7v to 12v, is this will affect on watt we consumption from the battery or make your battery discharge faster?
Kussy said:If we boost voltage from 3.7v to 12v, is this will affect on watt we consumption from the battery or make your battery discharge faster?
Kussy said:I have blower 12V 280mAh the power source Battery Li ion 3.7V 2200mAh
Kussy said:If we boost voltage from 3.7v to 12v, is this will affect on watt we consumption from the battery or make your battery discharge faster?
phinds said:Ok, that's nice, but you didn't answer my question. Do you understand simple circuits? Do you understand Ohms Law? Do you know the equation for power?
I understand that you think you are asking a very simple question, but you are not. It depends on more than you seem to think it does and you have given no indication of your level of understanding of electronics.
If you buy a module to achieve this it will drain about 1000mA from your battery. So your battery will soon go flat.Kussy said:I have blower 12V 280mAh the power source Battery Li ion 3.7V 2200mAh
Increasing voltage in a battery will also increase the wattage produced. This is because wattage is equal to the product of voltage and current. As voltage increases, the current also increases, resulting in a higher wattage output.
Increasing voltage beyond the recommended level can damage the battery. This is because the battery is designed to operate within a specific voltage range, and exceeding this range can cause overheating and potentially lead to permanent damage.
Increasing voltage can decrease the overall lifespan of a battery. This is because higher voltages can lead to increased stress and wear on the battery's components, resulting in a shorter lifespan.
It is generally more efficient to increase the voltage rather than the current in a battery. This is because increasing the voltage will result in a higher power output without increasing the current draw, which can lead to a longer battery life.
Yes, increasing voltage can improve the performance of a battery in certain situations. For example, in high-power applications, increasing the voltage can provide a higher wattage output, resulting in improved performance. However, it is important to ensure that the battery is designed to handle the increased voltage to prevent damage.