Fluorescent lamps can be used in the District of Columbia.
If you were really asking if they can be supplied with direct current, the answer is yes, but they really don't like it. They prefer to be supplied with alternating current, or AC, so you'd have to "chop" the DC or use it to drive an inverter, which will change the DC into AC.
There are florescent lamps and CFL's made specifically for 12 and 48 VDC applications available through specialty alternative energy stores.
Yes, fluorescent lamps may be powered by DC but they need a DC lamp controller instead of an AC ballast and starter. The DC lamp controller is more complex. I have a 12V lantern with fluorescent lamp tubes.
The basic fluorescent light fixture is AC, although there are fluorescent lights powered by DC.
Direct current (DC) voltage from a battery. DC voltage from a solar panel. DC voltage from a generator. DC voltage from a rectifier in an electronic device.
Batteries produce DC because the potential difference is determined by the chemical reaction inside the battery. This voltage is constant.
If a 110 volt lamp is connected to a lower voltage source, such as 24 volts, it will not operate properly. The lamp will likely be dim or not light up at all because it is not receiving the necessary voltage to function at its full capacity. In some cases, connecting a higher voltage rated lamp to a lower voltage source can cause the lamp to heat up and potentially fail.
No.
Yes, fluorescent lamps may be powered by DC but they need a DC lamp controller instead of an AC ballast and starter. The DC lamp controller is more complex. I have a 12V lantern with fluorescent lamp tubes.
Yes, fluorescent lamps may be powered by DC but they need a DC lamp controller instead of an AC ballast and starter. The DC lamp controller is more complex. I have a 12V lantern with fluorescent lamp tubes.
No, fluorescent ballasts are designed to work with AC voltage supplies. They require the alternating current to function properly and cannot operate on a direct current (DC) power source.
A fluorescent light fixture is designed to operate on an AC voltage supply. To have the fixture operate off of a DC supply a power inverter would have to be installed. The power inverter would then change the DC to AC for the fixture to operate. These power inverters are reasonably priced these days and can be bought at most DIY stores.
Depends. Lamps can certainly be built to work on either AC, or DC, or both. But some lamps, particularly those with electronics in them, either a dimmable lamp, or a fluorescent lamp, may only work with one type of electricity.
Yes, if the fan is designed to work on DC voltage, otherwise no.
A high output lamp with a dc recessed base connected to a high output -10 degree ballast. Anything else will not work properly in cold weather.
Fluorescent lights work just fine on DC voltage, BUT one needs a current limited power source to stabilize the circuit against the negative resistance of the gas discharge. This can be done with either a resistor or an electronic circuit. The resistor solution is too lossy because excess voltage from the dc csupply has to be converted to heat across the resistor. Electronic switching supplies could supply a fluorescent light with a dc voltage and current without the losses. But that's technological overkill and most circuits still supply AC.
it creates a dc current
The most common fluorescent lamp found in an exterior commercial sign will be a high output DC recessed base lamp. The ballast will be a zero degree type to allow it to ignite the tube in cold weather down to 0 degrees F.
Yes. Input DC voltage would be root2 times the input AC voltage.