120
Ballast is a device used in fluorescent lighting fixtures to regulate the electric current flowing through the light tube. It helps to stabilize the electrical current and control the voltage to ensure the proper operation of the light, including starting and maintaining its brightness. Without a ballast, the tube light would not function correctly.
The best replacement is a new fluorescent light tube of the right voltage and power.
A T8 LED tube has to be used with a ballast to bring the correct voltage to the tube for it to operate correctly. Removing the ballast from the circuit will prevent the tube from operating.
0.2 amps in general by 40 wattts tube. if u want to find it than u divide watts by voltage.
If a fluorescent light only lights up at both ends, it typically indicates that the gas inside the tube is ionizing at the ends but not along the length of the tube. This can happen due to a faulty ballast, insufficient voltage, or a problem with the tube itself, such as a partial gas leak or a burned-out phosphor coating. Additionally, the ends of the tube contain the electrodes that initiate the ionization process, so when the light fails to ignite properly along the tube, it can cause this specific lighting pattern. To resolve the issue, consider replacing the tube or checking the ballast.
11000
The function of a tube light ballast in a lighting fixture is to regulate the electrical current flowing through the fluorescent tube, providing the necessary voltage to start and maintain the light output.
To determine the voltage required for an x-ray tube to emit x-rays with a minimum wavelength of 30 picometers (pm), we can use the formula ( E = \frac{hc}{\lambda} ), where ( h ) is Planck's constant, ( c ) is the speed of light, and ( \lambda ) is the wavelength. The energy ( E ) in electron volts (eV) corresponds to the voltage ( V ) applied to the x-ray tube, since ( E = eV ). For a minimum wavelength of 30 pm, the required voltage is approximately 41.3 MeV, which is equivalent to 41,300,000 V.
The amp and bass tube should both have a label on them which indicates their power input, both in voltage and amperage. Go with those guidelines.
Starters in tube light uses capacitors to produce a momentary high voltage of 400V due to discharging of capacitor. This momentary high voltage will start the gaseous discharge to priduce light by initial flickering . now,if capacitor is not used , the power supply from the main cannot start the gaseous discharge .
Voltage x Current = Power So Power / voltage = current Now you do the math
http://en.wikipedia.org/wiki/Fluorescent_lamp
25 thousand volts
The small cylindrical thing that You see (generally on a side of the choke coil) is the "starter " of the tube light. This is the capacitor used in tube light. And is used to provide a momentary voltage rise of nearly 400V to start up the tube light hence Starter.
ceiling fan approx 80w and tube light 40w
A tube bulb works by passing an electric current through a gas or vapor inside the tube, which causes the gas particles to become excited and emit light. The tube is coated with a phosphor material that absorbs this light and re-emits it as visible light. The specific type of gas, voltage, and phosphor coating determine the color and intensity of the light produced.
Ballast is a device used in fluorescent lighting fixtures to regulate the electric current flowing through the light tube. It helps to stabilize the electrical current and control the voltage to ensure the proper operation of the light, including starting and maintaining its brightness. Without a ballast, the tube light would not function correctly.