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We all know that Honda accords, irrespective of what model they are, come in a class of very reliable and elegant cars. Over the years Honda has proved to be one of leading producers of vehicles and cars in almost every field of life. Some of the best selling Accords include Accord sedan, Accord coupe and Accord hybrid. Now if you own an Accord and want to upgrade it then its elegance can be enhanced to a greater extent by few of the very simple modifications. These are mainly of two types, first we have the ones which enhance the outlook of the vehicle, then we have those which improve the drive and functioning of your ride. Considering these both types one should opt for that thing which not only gives your ride an exotic sports car look but also provides you better drive and effective functioning. The thing we are talking about is none other than Honda accord HID kit. This kit comes in various ranges depending upon their colors and temperature ranges of HID lights. There are lot many products available in market with many different specifications. some of which include: Accord HID kit 6000k- 30,000 HID kit, Accord HID kit digital HID kit slim ballasts and Accord HID kit Philips HID kit 4300k or 6000k.
Honda head lights come in pairs, one for each side. They light up the track in front of the driver so that he stays alert at all the times and thus avoiding any accident. Honda has been using the lights which are normally sealed beam type, having the reflector, lens array and the bulb all acting as one unit, this means that if some problem occurs with any of the individual element you have to replace the whole piece. Installation and extraction of these lights is fairly easy as it has prongs which fit into the wiring sockets, making it easy to be pulled out and remounted.
Honda head lights come with a compilation of different lights in one package, everyone placed there for a different purpose, mail headlights are for illuminating the road ahead and rest for the stuff like parking, turning and concerning. These lights come with two different configurations one is high beam and the other one is low beam used according to the visibility ahead.
The HID kit comes with all the necessary items required for conversion and an up gradation to the era of modern technology. High intensity discharge (H.I.D) lamps are becoming very famous nowadays and Honda vehicles are no exception. They reflect different types of glows ranging in temperatures, they also emit fluorescence in various materials. HID bulbs are also very energy efficient as they use 40% less electric current then usual bulbs, resulting in less current extraction from the alternator eventually causing less fuel consumption.
The Honda Accord HID kit carries the items such as xenon bulbs, ballasts and plugs. Xenon bulbs, as the name suggests are filled with xenon gas and have much brighter light than standard bulbs which come factory fitted in the Honda Accord. Installation and conversion to such kits is not a big deal, you just require an appropriate kit for your car and it takes less than 25 min to be fixed and get functional for providing you the ultimate experience of driving at night with a clearer view which holds many different benefits. Shifting over to these kits not only give an exotic, sporty and new look to your car but also gives you the self-confidence. Honda Accord HID Kit
Even today, Texas Instruments remains the primary manufacturer of this technology. Many different manufacturers license the technology from Texas Instruments, and build their products around the TI chipset. In addition to its use in televisions and projectors, DLP technology is used in a number of specialized applications such as lithography and imaging.
DLP technology differs from other video technology in that it utilizes a small digital micromirror device (DMD) to tilt more than 1.3 million of these tiny mirrors, each of them smaller than the width of a human hair either toward or away from the light source contained within the DLP device. This process creates the dark and light pixels which appear on the projection screen.
The light is then filtered through a color wheel rotating at 120 times per second, to produce a technology that is capable of producing some 1024 different shades of gray. It is this gradation of color that really makes DLP technology stand out, and these gradations of color are achieved using color filters which are backlit using just the right intensity of pure white light.
There are four major components to the DLP system:
*The DMD chip, which controls the mirrors
*The color wheel
*The light source and
*The optics
In order to produce the picture, the light from the lamp passes through the color wheel filter and into the DMD chip, which then switches its mirrors on or off according to the color which is reflecting off of them.
This digital light processing, or DLP, technology is rapidly becoming a major player in the world of the rear projection TV, and more than two million of these TVs have been sold. More than 50 manufacturers sell at least one model of DLP based television, and as of 2004 the DLP TV had achieved a 10% market share. In addition, small standalone units, known in the business as front projectors, have become popular items both in the world of business presentations and in the world of home theater.
Advantages of DLP Technology
There are a number of important advantages to television sets that use DLP technology to produce their displays. Some of these advantages include:
*Images that are smooth and free of jitter
*No possibility of screen burn in
*Good contrast
*Good depth of color
In addition, DLP rear projection televisions are generally smaller, thinner and lighter in weight than traditional CRT televisions of similar size. Another potential advantage of the new DLP technology is that the light source is replaceable, which may be able to provide a longer lifespan than either traditional CRT or new plasma screen displays. The light source of the DLP unit is much easier to replace than that in an LCD model, and many models of DLP television feature light sources that are easily changed by the end user. Of course no one wants to replace the light source before its time, and the newest LED light sources on the market, introduced in April of 2006, have been shown to last 20,000 hours before needing to be replaced.
Disadvantages of DLP Technology
Of course there are some disadvantages to DLP television technology as well, and it is important for those in the market for a new TV to be aware of these potential pitfalls. For instance, in some single chip DLP designs, viewers may be bothered by the so called "rainbow effect", which affects how colors are displayed on the TV and perceived by the viewer.
In addition to this rainbow effect, some possible disadvantages of DLP technology include:
*Not as thin or as sleek as LCD or plasma displays, even though the weight is comparable
*Some models have noisy fans
*The replacement bulbs can be quite expensive, ranging from 0 to as much as 0
Competing Technologies
The main competitor to DLP in the market for rear projection televisions is known as LCoS (liquid crystal on silicon). This technology creates its images by using a stationary mirror which is mounted on the surface of a chip, and then uses a liquid crystal matrix to control how much light is reflected to create the image. These competing standards are still being worked out, so it is important to shop carefully and to read lots of reviews before making a final purchase.
When shopping for a DLP television, it is important of course to learn as much as you can about the new technology, and it is just as important to shop around for the best possible price. When shopping for a new DLP TV, it is important to look carefully at the kind of tuner the unit uses. Many modern television sets are designed to be multisystem devices, meaning that not only are they capable of reading the NTSC signal used in North America and Japan, but they will also be able to deal with competing standards such as PAL and SECAM. This can be an important consideration, so it is important to make sure you understand these various formats and how they affect you as an end user.
It is important as well to look at the type of components that can be connected to the new DLP television. Most modern TVs are built to accept signals not only from cable TV and satellite TV boxes but from DVD players, VCRs, and even computers. The presence of a VGA or DVI connection will allow the unit to function as a computer monitor as well as a television, but it is important to use caution when using any kind of rear projection TV for this purpose. While plasma TVs can often make excellent computer monitors, technologies like DLP may struggle to provide the depth and resolution that computer users are used to.
Even though the prices of televisions in general, and DLP televisions in particular, have become a lot more affordable in recent years, these TVs are still major purchases, and it makes sense to give that purchase the consideration it deserves. As with any purchase, shopping around carefully will help you get not only the lowest price but the best overall value as well.
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The television is one of the indispensable electronic devices found in almost every home today. The rapid technological advancement that has taken place in the last few decades has thrust a range of sophisticated electronics equipment, and TV's are no exception. These days we have a variety of models available in the market. The television sets that incorporate the Digital Light Processing technology are being produced by a number of companies and are fairly common in the market. This article is a guide to Digital Light Processing lamps, an essential component of DLP Tv's.
A television that comes with digital light processing gives better picture quality, and we have a rising number of manufacturers such as Sony and Panasonic producing a range of DLP Tv's. A DLP television has the DLP lamp, which is a mercury vapor arc lamp. This lamp has a limited life, and usually this is between 1000 and 2000 hours of usage depending upon the rating of a particular lamp. Therefore, a lamp needs replacement between one and two years on average, depending upon usage. This specific maintenance required in the DLP technology does not override the benefits of a DLP TV and all that's important is to know when and where to look for the digital light processing lamp.
It becomes fairly obvious when your television set needs to replace this particular component. The picture tends to fade as the lamp nears replacement time. This does not mean that you have to get it replaced as soon as the picture starts fading, rather it will take some time to fade away completely. You should start looking for the lamp once you observe the change in the picture quality though.
DLP Tv lamps are widely advertised on the internet. There are many authorized dealers of different companies that specialize in this specific component. A DLP lamp costs between 100 and 200 hundred dollars. This depends upon the ratings again so it is advisable to go for a higher rating lamp of say 2000 hours if you want to avoid replacing it too frequently for your liking. It is important to learn how to install the lamp in your set, and its best left to an expert if the installation is complex.
If you buy the lamp from any local dealer it might be costly. It is better to research the different types thoroughly on the internet before selecting such components.
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