What Is A Hid Light Bulb

Hid lamps have an arc which passes between two electrodes in a pressurized tube causing various metallic additives to vaporize and release large amounts of light.

What is a hid light bulb.

Used for creating as much visible light as possible hid high intensity discharge light bulbs are most often seen in places like gymnasiums large retail spaces stadiums and warehouses but you can also see hid light bulbs utilized in street lights automotive lights and home flood lights. A high intensity discharge hid kit is a type of headlight that was initially designed for luxury cars. These hid lights work just like fluorescent lights but they let you use xenon bulbs rather than incandescent or halogen headlights. Unlike traditional halogen headlight bulbs that burn out with around 500 hours of use quality high intensity discharge hid bulbs can last anywhere from 6 000 to 8 000 hours.

Hid or high intensity discharge light bulbs and lamps are a family of gas discharge arc lamps which create light by sending an electrical discharge between two electrodes and through a plasma or ionized gas. Hid stands for high intensity discharge which is a description of the way the bulbs generate light. Those applications are d2s d2r d1s d1r d4s d4r d3s and d3r hid bulbs. High intensity discharge lamps hid lamps are a type of electrical gas discharge lamp which produces light by means of an electric arc between tungsten electrodes housed inside a translucent or transparent fused quartz or fused alumina arc tube.

Light is generated when an electrical discharge is sent through an ionised gas. For vehicles that came equipped with hid lights from the factory they use specific hid bulb applications. The electricity first enters through the ballast in the fixture containing an hid lamp. They were introduced into the market back in the 90s.

This tube is filled with noble gas and often also contains suitable metal or metal salts. Hid stands for high intensity discharge. This description fits a number of other light bulbs including neon lights. It differs to both halogen and leds in that the source of its light is an electric arc that takes place between two tungsten electrodes.