This seems like a question from an electrical course, and is probably best answered by your course materials. It's your test question, not ours, and there won't always be someone else to ask for the answer. Earn your diploma.
it all depends on the voltage the light bulb can sustain.
Fluorescent light emit a small amount of electrical noise, which can be picked up by external wires if they are too close.
The maximum level of voltage allowed for a person to be exposed safely.
Because the two voltages are out of phase, that means that individually they peak at different times in the AC cycle, so in general if they are measured separately their sum will exceed the supply voltage, possibly by up to 41%.
A good laboratory to test out high voltage experiment should be a government owned laboratory, or one that is government approved.
it all depends on the voltage the light bulb can sustain.
The voltage present on the secondary side of the ballast (transformer) varies as to the type of fluorescent tube or bulb that is in the fixture. The voltage will always be higher that the applied line voltage that supplies the ballast.If the fluorescent bulb screws into a lamp type of fixture, then there is no way to measure the voltage at the bulb as the tube and ballast are a combined sealed unit.
The best replacement is a new fluorescent light tube of the right voltage and power.
The voltage of your area is what determines the operating voltage of all equipment. Equipment from other countries usually has to use a transformer to get the correct voltage. The voltage on a fluorescent fixture is printed on the ballast of the fixture. See if the voltage on the ballast matches the supply voltage of the system that you are going to use to operate the fixture.
- S2 starters for ignition of low-voltage fluorescent TL lamps and series/single application in high voltage for lower wattages (4 - 22W) - S10 starters for ignition of high voltage fluorescent TL lamps for wide range of wattages (4 - 65W)
Basically it takes a higher current to start a fluorescent lamp that it does to sustain the arc. (It's higher current, not voltage. The voltage is constant.) The ballast regulates the current flow through the lamp. Removing the voltage from devices requiring power will turn any device off.
Fluorescent fixtures can be used with a variety of voltages.
To answer this question the voltage has to be given. I = W/E. Amps = Watts/Voltage.
A pin based fluorescent light fixture is the type of fixture that takes fluorescent tubes. On each end of the fluorescent tubes there are contact pins. These pins are used to hold the tube in the fixture and to supply the voltage to the tube from the fixture's ballast.
Fluorescent light bulbs can not be connected to a constant voltage power supply, or they will self destruct. They must use a ballast in order for this not happening. This way they can operate under 430 mA, with a drop of 100 volts. The larger the bulb, the more voltage needed (going all the way up to 1.5 A).
No, mica is a metamorphic rock. It is an excellent high voltage insulator.
The correct voltage should be printed on the light bulb.