It takes 10-12 hours to charge a 10000 mAh battery with a 5v 2.1 amp input voltage.
To charge any battery the voltage of the input must be more than the battery's output.
howmani voltage input in a complputer
you need to have a small enough voltage drop to still charge the battery with above 12 V input from your alternator. The voltage drop depends on wire size and distance, with bigger wires you will have less voltage drop which is due to the wire resistance.
This is due to the fact that the Li-ion needs to be charged while the computer is running. The charger will input a higher voltage to charge the battery while the 19v is pushed through a buck converter on the motherboard that outputs a regulated 12v to power the motherboard. This is neccessary to efficiently charge you laptop battery.
You should not use a power adapter with a higher voltage output than the input rating on the computer. It can cause damage to the computer and the battery. You can use a lower voltage. If you do and you are using your computer, it might not charge but it will prolong the time you have before it runs out. If you do not use it, then it will charge but slower than with the correctly rated power adapter.
No, by doubling the input voltage to the charger which is just a transformer you will be doubling the output of the charger. Batteries like to be charged at about a volt and a half above their working voltage.
The voltage and current are stepped in proportion to the turns ratio, 10000 / 100. I am assuming the 120 volts is connected to the secondary. Then:120 volts * (10000/100) = 12000 volts on the primary side.The current will change in opposite way, 100 / 10000
If you're using the same input voltage, as the battery charger was designed for, then a simple socket adapter will make absolutely no difference to it's function. On the other hand, using a different input voltage to that which the battery charger was designed for, will make a considerable difference to the output voltage and current. Hence a 120 V automotive battery charger, if plugged into a 220 V socket will deliver nearly 24 V to a battery instead of 12 V, although the current supplied will be half it's normal value.
AT89C51 can have a maximum of 6.6v as input voltage
no the camera is not able to be charged with the usb because the battery has a input on the camera but no output the battery needs to be in the wall charger
RATING 5.2V-2.3W, battery. 3.7V adapter, input: 5.2-450mA not sure what that means, but it may answer your question.
Transformers only work on a.c. This is because it's necessary to have a changing primary current in order to induce a voltage into the secondary winding.If you connect a battery across a transformer, it will not work. Furthermore, if the voltage of the battery matches that of the rated primary voltage, the resulting very large d.c. current is likely to overheat the primary windings and even burn it out.