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The 315 application field and working principle behind the lamps of type Incandescents, Neons and other related lamps that fall in this category are widely used in various applications. These include lighting of roads and streets, household lighting, safety lighting, stage-shows and other entertainment events. The functioning principle of the lamps in this category remains the same even though there are subtle design differences in the products.

Incandescent lamps are basically a type of light bulb which produces light by way of a wire filament. A high current is passed through the filament which then heats it to a very high temperature. This in turn causes the filament to glow with visible light. The wattage rating of the bulb found on the product label is an indication of the amount of energy that is consumed by the bulb. The number of lumens that a bulb produces indicate the amount of light emitted by it.

Neon lamps are a type of glowing discharge lamps consisting of a sealed glass tube filled with a low-pressure gas. An electric current is passed through the tube which causes the neon gas to light up and emit visible light. This light is usually of a deep, rich hue which is why it is used extensively in decorative lighting applications. As compared to incandescent lamps, neon lamps have much higher wattages and consume considerably more power.

Other related lamps include mercury vapor, metal halide and halogen. Mercury vapor lamps are filled with a mercury vapor atmosphere and work on the principle of a passing electric current which causes the mercury atoms to become excited and emit visible light and also ultraviolet radiation. Metal halide lamps are a type of arc discharges lamps which makes use of a mixture of metal halide salts which radiate energy in the visible and ultraviolet light spectrum. Halogen lamps are yet another type of incandescent lamps which contain halogen gas and as compared to other types of incandescent lamps they have higher lumen output and serve to be more efficient.

The 315 application field and working principle behind the lamps of type Incandescents, Neons and other related lamps are very important to understand as these provide the basic understanding about the nature and behavior of the products. With the proper execution of the working principle these lamps can prove out to be very efficient light sources in a number of applications.

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