SOFT GLASS IS USUALLY USED & COME IN VARIOUS SHAPES

A MIXTURE OF NITROGEN & ARGON

COPPER WIRE THAT CARRIES ELECTRIC CURRENT TO THE FILAMENT

AIR IS EXHAUSTED THROUGH THIS TUBE DURING MANUFACTURE

PROTECTS THE LAMP & CIRCUIT BY BLOWING OFF IF THE FILAMENT ARCS

MADE OF BRASS, ONE LEAD-IN WIRE IS SOLDERED TO THE CENTER CONTACT & OTHER TO THE UPPER RIM OF THE BASE SHELL

REDUCE THE CIRCULATION OF HOT GASES INTO THE NECK OF THE BULB

A LAMP FROM WHICH LIGHT IS EMITTED WHEN A TUNGSTEN FILAMENT IS HEATED TO PRODUCE RADIANT LIGHT BY AN ELECTRIC CURRENT

A LOW PRESSURE ELECTRIC DISCHARGE LAMP WHEREIN UV LIGHT IS CONVERTED TO VISIBLE LIGHT WITH THE PASSAGE OF AN ARC THROUGH A MERCURY VAPOR & PHOSPHOR COATED TUBE

MOST RAPID TECHNOLOGICAL ADVANCES IN LIGHTING IN RECENT YEARS HAVE BEEN THE DEVELOPMENT OF NEW MINIATURIZED FLUORESCENT LAMPS

IS A TYPE OF ELECTRIC LAMP WHICH PRODUCES LIGHT BY MEANS OF AN ELECTRIC ARC BET. TUNGSTEN ELECTRODES HOUSED INSIDE A TRANSLUCENT OR TRANSPARENT FUSED QUARTZ OF FUSED ALUMINA ARC TUBE

THIS COMBINES THE COMPACT FOCUSABLE SHAPE OF AN INCANDESCENT BULB WITH THE ARC DISCHARGE OF THE FLUORESCENT LAMP

is basically a mercury lamp with alterations to its arc tube to overcome the color problem of mercury lamp.

It works on exactly the same principle as the incandescent bulb but with the introduction of halogen gas for a better performance.​

THE PINNACLE OF LIGHTING​

An electrical current passes through a microchip, which illuminates the tiny light sources we call

• These chips represent the latest development in LED technology.​

• chips are the original LED chips and what many recall when they think of LED lighting.​

• hese are mounted and soldered onto the circuit board, and are probably the most common type of LED chip available. ​