(I keep in mind being very alarmed, considering that I might have blown up our bus or one thing) and ripped the battery pack apart immediately. Sorry I don’t know why the amperage isn’t going up in your circuit but please don’t use the word battery if you imply cell.
I would extremely suggest trying AA Ni-MH LSD (low self-discharge) rechargeable batteries. They are rated for 1500 recharge cycles (that’s a lot of flights!). I think you would possibly see as much as 4x extra flight time as properly based on my tests of compact photograph flashes. I can’t say for certain if you're going to get the identical efficiency, however it's positively value a try.
In my previous publish about batteries in parallel and amperage “configuration” and “noticeable” were misspelled. If so, you wish to wire the batteries in parallel, + to +, - to -. I’m not sure what’s inflicting one cell to turn into weak but over stressing a battery will certainly present the issues you've. In phrases of voltage, the more you could have in sequence the better…for data sake. similar to connecting 2 battery packs collectively, pink to purple, black to black.
It’s typically considered a greater technique to stick with either collection or parallel and guarantee certainly one of your necessities is greater than you want. Pos to Pos, Neg to Neg is how to connect a second battery in parallel, which is what you’d need. Stick with the identical batteries, identical type and similar voltage to ensure safety and correct operation. As far the general circuitry is worried, then yeah the electric subject contained in the conductor carrying the current, does certainly enhance.
The - and + connector I showed above was a poor try at showing the “grasp” connections the place one financial institution of sequence batteries is linked to the following bank of sequence batteries however only on the ends…not within the middle. It’s by no means a difficulty to have more capacity than you want because the system you’re powering will merely last longer. SImply wiring 4x 1.2v in parallel provides you with the four.8v you want. As each of them is 2500 mAh, your whole will capability might be greater than 5000mAh meaning the light will stay on longer.
This thought of doubling the output time with out having to double the number of batteries is compelling. As a end result, in series will give better engineering outcome than in parallel.
What had occurred to me was that though the batteries have been in parallel, a number of of them was letting the electricity move via causing a closed circuit (quick) and they heated up. The bag sat on the bus all day lengthy and when I received back to it on the end of the day, the 9V battery pack, which I purposely left disconnected from the cellphone, was EXTREMELY HOT!
This is principally due to the increase in small amount of charge that gets deposited close to the surface of the conductors, which in flip guides the flow of the electrons through it. if you're goin to connect the battery in parallel connection ye sit will increased the general amps. for my part its higher to use a battery with the same rating. using battery with different rankings may overheat the opposite battery with small scores.