About 2 hours. Check every 10 - 30 mins as, it should get warm but not hot. If it gets hot then unplug as soon a possible.
There are multiple battery sizes for electronic cigarettes. The batteries are measured in milliamps hour (mAh). Most batteries come in sizes 650 mAh, 900 mAh, 950 mAh, 1000-1200 mAh. The higher the mAh, the longer the battery will last after being fully charged. Therefore, if you have a larger mAh battery, you will be able to get a greater puff amount before having to recharge the battery.
Yes as long as both the 2450 mAh battery and 600 mAh battery have the same voltage. The larger one will just last longer and take longer to charge up (I am assuming these are the solar powered type lights).
For a very simple circuit, using only the solar cells and batteries and possibly a DC/DC converter to keep the voltage at safe levels for the batteries, placing the solar cells in parallel will yield higher current and shorten the charging time of the batteries. In the example you used by placing the five solar cells in parallel you obtain a theoretical maximum current of 220 mAh. This would bring the charging time to 2500/220 or 11.36 hours. This calculation assumes that for the full duration of charging the current is kept constant at 220 mAh.
D5318 IS THE STYLE OF BATTERY. MAH STANDS FOR MILIE AMP HOURS AND IS THE RESERVE POWER OF THE BATTERY, THE HIGHER THE NUMBER THE LONGER THE BATTERY WILL GENERATE POWER. OF MAIN IMPORTANCE IS THE VOLTAGE IF THE OLD BATTERY IS 11.1 VOLTS, THE NEW MUST BE THE SAME, NOT HIGHER OR LOWER
up to 5 hours max depending on laptop battery consumption rate
About 2 hours.
You simply divide the MAH of your battery the MAH of your charger. For example my battery is 1500 MAH and my charger is 250 MAH. 1500/250=6 which means I have to charge my battery for six hours.
It means that the charger is built to be used together with a battery that has a 500 mAh (500 milli ampere hours) capacity.
You should check the instructions for the answer. But an easy way of calculating the time needed is this super easy equation:Battery Capacity/Battery Charger Rate=Time to charge (in hours)For Example, a 1500 mAh Battery with a 250 mAh per hour charging rate will take 6 hours to fully charge.1500 mAh divide 250 mAh = 6 hrs.Or be the smarty pants and do it this way:the battery capacity x battery's mAh rating divided by the charger output (mA) x 1.4 (for NiCad batteries) = time (in hours).(1.5 for NiMh batteries)
You need to have a 7.2 or higher battery charger
No, not unless it has a voltage or current regulator or series resistance to limit the current (built in somewhere).
probably, yes. imagine putting twice a much AA's in your radio or whatever.
What's up out there? My question is how much time will a 2160 mah battery give me on my camcorder?
It depends on the charging rate of the charger. Here's how to calculate it: Battery capacity divided by the charger's rate = charge time in hours Example: Charging rate = 1000 mah 1100 / 1000 = 1.1 hours Example: Charging rate = 600 mah 1100 / 600 = 1.83 hours However the actual output of these adapter chargers is never what is printed on the label so you would need to measure voltage and current to be more accurate.
A smart charger is a lot better for your airsoft batteries. It charges your batteries in less than half the time it would take for your batteries on a wall charger. They are also a lot better for your batteries because batteries have memory. Say you have 2000 mAh of energy inside your battery. You use it until it has 1500 mAh left. If you plug it into a standard wall charger, by the time it's done charging, you won't have 2000 mAh of energy, you will have 1500 mAh. A smart charger prevents this. A smart charger also goes on trickle charge when your battery is done charging, so your battery doesn't overcharge or overheat. Trickle charge is when the smart charger creates a equillibrium of battery to charger, so that the charger charges the battery at the same rate that the battery uses energy. To sum it all up: A smart charger is better for your batteries and charges them faster, without damaging them. I personally have one, and it is well worth the money. Also: mAh stands for milliamps. This is the amount of energy storage the battery has. The higher the mAh, the longer the shooting time.
yes
Maybe you mean mAH (milliAmpere/Hour) ? Whereas it seems obvious in terms of autonomy, and probably last 20 times longer than the 300 mAH battery would as the drain is much less, there might be issues if protection circuits can only handle for instance 500 mAH, and also the charger might not be adequate as the charging current and the internal impedance of the new battery (and chemistry) might be different. It's not to say it cannot work, but there are more considerations than just capacity.