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?
The discussion revolves around the effects of increasing voltage from a 3.7V battery to 12V on power consumption and battery discharge rates. Participants explore the implications of voltage changes in relation to power, current, and circuit design, with a focus on practical applications and limitations.
Participants express differing views on the implications of increasing voltage, with no consensus reached on the best approach for powering devices or the effects on battery life. Some participants challenge the understanding of basic concepts, while others provide practical insights.
Limitations include varying levels of understanding among participants regarding electrical concepts, the complexity of voltage conversion, and the assumptions about battery capabilities and circuit design.
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