In most countries of Europe, South America, Africa and Asia, they use 220 VAC, usually at 50 Hz.
The voltage issue is solved by transformer of a voltage converter.
Transformers must be used with electronic devices (cameras, DVD players, answering machines, etc.) . A transformer will reduce the voltage from 220 VAC to 110 VAC, which is what the US equipment use.
Voltage converters can ONLY be used with hair dryers, hair straighteners, most small appliances (mixer, can opener, drills, etc.) Voltage converters provide 220 VAC to the appliance. However, because the converter only conducts current a fraction of each cycle, the power applied to the appliance is reduced by 50%.
Transformers are quite heavy and are marked with a "VA" (volt-ampere) figure, which is roughly the power withdrawn by the equipment. In addition, they usually exhibit a body made of iron laminations, easy to spot.
Voltage converters are very light and have holes for ventilation in their aluminum body. In addition, the power they can handle isualy indicated in watts (W).
Again, NEVER connect an electronic equipment to a voltage converter. Use a transformer instead.
Better yet, travel with electronic equipment and appliances with dual voltage settings. Even better if they detect the voltage automatically, like most laptop power supplies.
A zener diode has a voltage when it reachesbreak over it may be 5v 12vor other voltage as manufactured. The manufacture will produce a 5v zener or is it? This voltage can change from device to device but the mean or nominal voltage will be as close as 5v as possible. So when buying a 5v zener do not expect 5v absolute but a nominal 5 v ZENERS are designed for a specific voltage [ THEREFORE NOMINAL] as mentioned above . depends on the voltage required it can be bought within a specific voltage -/+ a % of the breakdown
The average household voltage varies by country; in most of North America, it is typically 120 volts, while in many other parts of the world, including Europe and Asia, it is usually around 230 volts. This voltage standard is crucial for the compatibility of electrical appliances and safety. Households often have circuits rated for 15 to 20 amps, allowing for various household devices and appliances to operate efficiently.
If you use the definition of electricity as; The supply of electric current to a house or other building for heating, lighting, or powering appliances, then any voltage will fit into this range.
In North America 120 volts, in the UK and Europe 240 volts.
A lamp will only operate at its rated power if it is subjected to its rated voltage. Increase that voltage will increase the power of the lamp -in other words, it will operate more brightly. This is how 'photoflood' lamps operate -they are deliberately designed to operate at overvoltage. Of course, this reduces the life of the lamp.
1) That way, all appliances have the same voltage, which doesn't depend on the number or the characteristics of other connected appliances. This is important for the correct operation of the appliances. 2) That way, switching off one appliance won't disconnect other appliances.
1) That way, all appliances have the same voltage, which doesn't depend on the number or the characteristics of other connected appliances. This is important for the correct operation of the appliances. 2) That way, switching off one appliance won't disconnect other appliances.
Most small appliances should not be exposed to more than 110V. Larger appliances like stoves, washers, or a refrigerator usaully run on 220V. Any voltage other than the specified voltage can ruin electronics or appliances as they are calibrated to run at very specific power levels.
It is best to run the appliance at the voltage for which it was designed. Frequently Stoves, Clothes dryers, Air conditioners, Heaters, and a few other appliances with their own circuits run on 240. Most household appliances that are plugged in run on 120. Outside of Baltimore, Maryland, one subdivision heated houses with 480 volts. One man worked on his own heater. He was electrocuted. What he did would have caused a spark with 120 volts, not an electrocution. Higher voltage usually costs less to run if the appliance is designed for higher voltage.
Appliances have to be connected in a parallel circuit to keep the voltages the same for each appliance (they were designed to work with one voltage) , this does not mean that the power output will be the same, the more appliances there are the more current (i.e. power) will be needed to for the appliances and this can go on until the grid cannot supply any more (and you blow a fuse)
No. This typically means that you have lost a neutral connection somewhere. And this voltage imbalance could damage some of your appliances. It is possible that the utility companymiswired a transformer and it is affecting your home. connecting and disconnecting appliances will cause the voltages to shift. It is best to turn off power until the problem is located. Good luck.
Technically speaking, voltage does not run through anything, current does. Voltage is the difference in electric potential energy per unit charge between two points. A voltage applied to a load (e.g. appliance) in a closed circuit will cause current to flow and make the load "work". If you apply a different voltage to something other than what it was designed to run on, it will most often not work or burn up. The amount of current that will flow through a device operating from a fixed voltage (like that coming out of the wall in your house) is directly proportional to the resistance. Lower resistance = higher current.
Convert AC to Dc or current to another voltage so you can use appliances made for other countries.
There are two reasons. Parallel circuits apply the same voltage (the supply voltage) across each branch, which ensures that every appliance in a residence shares the same voltage (their rated voltage) in order to operate at their rated power. With a series circuit, the voltage across each appliance would be less than the supply voltage, and the appliances would not be able to develop their rated power. The second reason is that, with a series circuit, if one appliances stops working, there will be a break in the circuit, so all the other appliances will stop working too!
A zener diode has a voltage when it reachesbreak over it may be 5v 12vor other voltage as manufactured. The manufacture will produce a 5v zener or is it? This voltage can change from device to device but the mean or nominal voltage will be as close as 5v as possible. So when buying a 5v zener do not expect 5v absolute but a nominal 5 v ZENERS are designed for a specific voltage [ THEREFORE NOMINAL] as mentioned above . depends on the voltage required it can be bought within a specific voltage -/+ a % of the breakdown
A zener diode has a voltage when it reachesbreak over it may be 5v 12vor other voltage as manufactured. The manufacture will produce a 5v zener or is it? This voltage can change from device to device but the mean or nominal voltage will be as close as 5v as possible. So when buying a 5v zener do not expect 5v absolute but a nominal 5 v ZENERS are designed for a specific voltage [ THEREFORE NOMINAL] as mentioned above . depends on the voltage required it can be bought within a specific voltage -/+ a % of the breakdown
The blender itself has no voltage. It's designed to operate best and last longest when it's plugged into an outlet that supplies a specific voltage, depending on the country where the blender is marketed. In the US, that's around 120 volts AC. If the blender will be sold in other countries, it may be designed for different voltage.