the supplied power will be mainly increased with the help of a choke.....and the starter will be present inside the tube light...the main function is to make and break the circuit.....instead of a stater a small wire can also be placed in the place of a starter.......the ionization mainly takes place in the tube light...
A tubelight glows when an electrical current passes through mercury vapor inside the tube, causing it to emit ultraviolet light. This UV light interacts with the phosphor coating on the inside of the tube, producing visible light.
a tubelight consists of filaments at each of its respective ends. the function of the starter is to develop ionic discharge inside the tube to make the current flow. therefore once the tubelight is switched on and it glows. the function of the startea ceases and thus it can be removed. on removing a starter from the glowing tubelight the tubelight will continue to glow unless switched off. but once switched off the tubelight will require the starter to glow again on being switched on.
tubelight
tubelight require a high initial voltage to ionise the inert substance present in vapour form inside the discharge tube and that roll is played by the inductance coil(chowk coil )
Vidyut prakasha parikaramu
Tubelight : प्रकाश नलिका prakaash nalikaa
The word for "tubelight" in Sanskrit is "प्रकाशकठी" (prakāśakaṭhī).
A tubelight buzzes because it is filled with an inert gas and some mercury.
No, the tubelight will not glow if the starter is removed. The starter is necessary to provide the initial surge of voltage needed to ionize the gas inside the tube and establish the electric arc that produces light. Without the starter, the circuit will not be able to function properly.
Yes, a tubelight is luminous because it emits light when an electric current passes through it.
A tubelight operates using a fluorescent mechanism that involves a low-pressure mercury vapor and a phosphor coating inside a glass tube. When an electric current passes through the tube, it ionizes the mercury vapor, producing ultraviolet (UV) light. This UV light then excites the phosphor coating, which emits visible light. A typical diagram of a tubelight would show the tube, ballast, starter, and electrical connections. Here's a simple diagram representation: +-----------------------+ | | | Tubelight | | | +-----------------------+ | | | | Ballast Starter | | | | Power Supply
A tubelight gets fused when its filament or gas discharge tube fails, often due to factors like age, overheating, or electrical surges. When the filament inside the tube breaks, or the gas within the tube becomes depleted or contaminated, the circuit is interrupted, preventing the light from functioning. Additionally, a faulty starter or ballast can also contribute to a tubelight fusing. Regular maintenance and timely replacement can help prevent these issues.