A cold cathode fluorescent lighting is a very useful system that uses specific characteristics of electrons. At an operating temperature of approximately 200 degrees of C, the electrode is not so hot, at least comparing it with the operating temperature of the usually used F lamp, which is up to 900 degrees of Celsius. This makes them very useful when it comes to various temperature sensitive devices.
They still operate on almost the same principle. Lamps are filled with gas, and neon lamps use coated tungsten coil to discharge it. These types of lamps produce thermionic emission, while CCFL doesn't need so high temperatures to do the same thing, because they don't operate in thermionic manner.
These lamps emit very pleasing, but bright white light, although they are quite thin and significantly smaller than regular ones. Besides, they have significantly longer life, and that makes them perfect for using them for back lights.
Thanks to the fact they don't produce so high temperature, they can be used very close to different electronic components that are very sensitive to high temperatures. That's why these lamps are just ideal for back lights behind your laptop's or TV's screen. The light gets diffused by the panel behind the screen.
Regular fluorescent lamps and these special CCFL are quite similar, but they use a little different type for discharging the electrons. Regular lamps discharge electrons and during this time they heat the electrodes, while CCFLs discharge electrons without doing it. Their low power consumption reduces lamp temperature.
In order of developing ultraviolet light, this system uses an electron discharge in mercury vapor. The inside of the lamp is coated with reflective coating, and this coating emits visible light. It can be used for many different purposes, for example inside your car, your home or in your backyard. It all depends on the diameter.
Thinner tube diameter results in longer lifetime and cooler running. Another advantage is that frequent switching on and off does not affect the product. Usual fluorescent lamp loses three hours of its life every single time you switch it on, and this really is a welcome improvement. It means this particular bulb actually lasts even longer than you thought.
These lamps produce very appealing white light. They have many other advantages. They can be very long and curved as you like. It means you can use them for different purposes and adapt to your needs. They have longer life and never flick. As long as they get power, their light remains the same, without flicking.
Cold cathode fluorescent lighting costs more than other designs. The main problem might be to find the replacement once they worn out, because they are not as widely available as neon or other lamps. Maybe it costs more to install, but it has so many advantages over other lighting systems that you can really benefit from choosing them.
They still operate on almost the same principle. Lamps are filled with gas, and neon lamps use coated tungsten coil to discharge it. These types of lamps produce thermionic emission, while CCFL doesn't need so high temperatures to do the same thing, because they don't operate in thermionic manner.
These lamps emit very pleasing, but bright white light, although they are quite thin and significantly smaller than regular ones. Besides, they have significantly longer life, and that makes them perfect for using them for back lights.
Thanks to the fact they don't produce so high temperature, they can be used very close to different electronic components that are very sensitive to high temperatures. That's why these lamps are just ideal for back lights behind your laptop's or TV's screen. The light gets diffused by the panel behind the screen.
Regular fluorescent lamps and these special CCFL are quite similar, but they use a little different type for discharging the electrons. Regular lamps discharge electrons and during this time they heat the electrodes, while CCFLs discharge electrons without doing it. Their low power consumption reduces lamp temperature.
In order of developing ultraviolet light, this system uses an electron discharge in mercury vapor. The inside of the lamp is coated with reflective coating, and this coating emits visible light. It can be used for many different purposes, for example inside your car, your home or in your backyard. It all depends on the diameter.
Thinner tube diameter results in longer lifetime and cooler running. Another advantage is that frequent switching on and off does not affect the product. Usual fluorescent lamp loses three hours of its life every single time you switch it on, and this really is a welcome improvement. It means this particular bulb actually lasts even longer than you thought.
These lamps produce very appealing white light. They have many other advantages. They can be very long and curved as you like. It means you can use them for different purposes and adapt to your needs. They have longer life and never flick. As long as they get power, their light remains the same, without flicking.
Cold cathode fluorescent lighting costs more than other designs. The main problem might be to find the replacement once they worn out, because they are not as widely available as neon or other lamps. Maybe it costs more to install, but it has so many advantages over other lighting systems that you can really benefit from choosing them.
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