Faqs

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.

At its most rudimentary level, LED stands for Light Emitting Diode. This is light produced using a semiconductor in a process called electroluminescence. The process is much more effective than what’s used by outmoded incandescent lights and has a much elongated lifecycle. Its small size and moderately cooler operating temperature means that it can be used in shapes and forms that would have been unmanageable to light with obsolete bulbs.