The Sunbeam Bug Zapper SB982 typically operates on a voltage of 120V and uses around 0.1 to 0.2 amps. In terms of power, this translates to approximately 12 to 24 watts. Always refer to the specific product manual for exact specifications, as they can vary by model.
You need to mention the voltage to calculate the wattage
0.016 volt
For the electricity at your home and where you work. Electricity goes through several step down transformers between the power plant and your home. The electrical lines on the street in front of homes carry voltages of several thousand volts. The transformer on the pole in front of most homes in the U.S. step the voltage down to a total of 240 volts between three wires, two "hots" and a "neutral". The voltage between the two hots is 240 volts, usually for large appliances.The voltage between one hot and the neutral is 120 Volts used for everything else. There are also transformers in most electronic devices such as T.V.s and computers. These transformers are made to step the voltage down from 120 volts to whatever the operation voltage of the device is. A cell phone charger has both a transformer and a rectifier. The transformer first steps the voltage down from 120 volts to a much lower voltage. Most cell phones now charge at 5 volts so they can be compatible with USB ports on computers, which uses 5 volts. The rectifier (and a filter circuit) then convert the 5 volts AC to 5 volts DC to charge the phone. Another interesting fact: DC voltage cannot pass through a transformer.
A three phase panel will not give you 110 and 220 volts. A three phase four wire panel will, but not at these voltages. The nearest voltages will be 120 and 208 volts. The 120 volt is the wye voltage of 208 volts. 208/1.73 = 120 volts. A single phase three wire panel will give you 110 and 220 volts.
4 volts = 4,000 mV.
Automobile battery is 12 volts. If it is fully charged you should actually read 12.6 volts.
4.5~5.3
No, an automobile battery charger outputs 12 Volts. This is far too many volts to charge a 5 Volt battery. You would destroy the 5 Volt battery with this charger.
5 volts
To determine the watts needed to run a 12-volt drill charger, you can use the formula: Watts = Volts x Amps. If you know the amperage of the charger, you can multiply it by 12 volts to find the wattage required.
No, it must be charged with a battery charger plugged into 120 volts AC which converts it to 12 volts DC.
The CMZ984 takes 6 volts DC at about 850 ma or 0.85 Amp. The problem is finding a plug that will attach to the Coleman charging port. Use the Radio Shack universal DC power supply. This is a little unit that comes with an assortment of plugs and has a number of switches on the Radio Shack DC power supply. (1)-Find a plug inside of the Universal DC power supply that fits without forcing, (2)-set the voltage to 6 volts and (3)-the polarity to "+". When the universal power supply is plugged into the bug zapper and the universal DC power supply set at 6 volts, turn on the BUG ZAPPER. If the lights inside turns on when the battery is dead then you probably have all switches set correctly. At yard sales, this UNIVERSAL power supply sells for about $1. It comes with a number of different plugs. Don't forget to write the voltage and polarity on the bottom of the bug zapper for the next time.
12 volts.
That depends on the battery, and the charger. my charger has different settings for higher amps to give a faster charge or jump. A fully charged battery will show 12.6 volts. The charger will read it's maximum amperage if the battery is totally discharged. A fully charged battery will read 12.6 volts with a digital DC volt meter. If it reads 12 volts it has less than 25% charge.
where did you get a battery charger that charges 1.5v cells. non rechargeable batteries are 1.5 volts. rechargeable batteries are 1.2 volts. i would throw that thing away and get a new charger.
You cannot charge 108.5 volts with a 12 volt charger. What are you charging that has that kind of voltage?
You have to compare the Output of the charger. The voltage is most important. For example: If the ES55 charger puts out .5 Volts and the iPod charger puts out .5 Volts then the voltage is compatible. Both the iTouch charger and Samsung Galaxy Appeal puts out .5 Volts. The Amperage should be near similar, but is not so important since a battery does not draw more than it can handle. The next question is connecting capability. Just try it out if the voltage and amperage match.