Solotimberframer
- Sep 26, 2022
- 1
- Joined
- Sep 26, 2022
- Messages
- 1
Ok, so I may be a bit of a layman regarding the finer points of electronics. But the following observations make no sense to me mathematically. Please help.
Observation: 50 count led string lights run for multiple nights on the same 3 AA batteries. Estimated amps required by the string (unsure of information) is 1 amp. Voltage is stated to be 4.5v. Batteries are 1.2v with 2.8 amp hours each in series.
By my math and understanding, these lights should ‘burn out’ after 2.8 hours. So how, WHY do they work for multiple nights without a battery change?
*note: the do of course become dimmer, but still provide sufficient light for the better part of two nights.
( factors that I think may contribute to this conundrum: inaccurate information regarding the amperage/wattage of string lights (can’t find specs))
Observation: 50 count led string lights run for multiple nights on the same 3 AA batteries. Estimated amps required by the string (unsure of information) is 1 amp. Voltage is stated to be 4.5v. Batteries are 1.2v with 2.8 amp hours each in series.
By my math and understanding, these lights should ‘burn out’ after 2.8 hours. So how, WHY do they work for multiple nights without a battery change?
*note: the do of course become dimmer, but still provide sufficient light for the better part of two nights.
( factors that I think may contribute to this conundrum: inaccurate information regarding the amperage/wattage of string lights (can’t find specs))