HDTV

nope need some source of phantom power...try a preamp

10~20 $ but they are getting are more rare at the moment

if your computer can plug into your tv and is good quality then its not worth buying a computer monitor however if you cannot connect to your tv then you will need a computer monitor

The driver is not supposed to be able to see the screen to be legal.

its a cable that allows you to use a HDTV for your monitor. most of the time you need a good graphics card to use it.

Being better depends totally on the experience you wish to have. Active 3D can provide a clearer image if you stay exactly in one spot in a fixed area and maintain your battery charge. Passive 3D provides the same quality image with more options as far as viewing position. Their glasses arent battery-operated neither. If you want a recommendation, there is a type of passive 3D TV which uses cinema 3D tv technology (same technology as the cinema) and it delivers 10/10 for me. I'm not familiar with all the features so you'll have to google it.

Standard definition discs with 480 or 576 lines of data are limited resolution. Using an upconverter or scaler to increase the signal resolution to 720 or 1080 cannot add any more resolution. In fact, any scaler will reduce the image quality slightly rather than enhance it. However, all LCD and plasma screens have internal scalers to convert the incoming signal to the native resolution of the screen itself. Most LCD televisions have a native resolution that is not the same as broadcast resolution. 768, 900 and 1024 lines are common and no broadcast signal use those line counts. Now, as scalers have different performance characteristics, it may be the case that an external scaler can give better results than a TV's internal scaler. This could well be the case if the external scaler can convert to the TV's native resolution. If the external scaler can only convert to 1080, for example, and the television's native resolution is 1024, there will be two conversions happening, each with their own slight loss of quality. Therefore, the answer to the question depends on the television's resolution, the output of the external scaler and the quality of the scaler being used.

Nidor was a brand manufactured in Switzerland by M.S.R., a federation of several manufacturers includiing Revue Thommen, Buser Freres, Phoenix, Vulcain and Marvin. The name probably derives from the headquarters town of Buser, Niederdorf.

Practicall forever. I tore down my 87 305 at 100,000 miles and there was practically no wear at all, just some dried up valve seals.

Outside commercial facilities, raw HDTV signals do not travel on co-ax. In a production studio, an HD signal will travel up to 500 feet as an uncompressed full bandwidth HD signal. This signal format is not seen outside the studio. Once the signal has been prepared for broadcast, it is in a compressed format and carried to a transmitter, satellite base station or put onto a cable for distribution to homes. In the case of cable operators, the main trunks are normally fiber optic with the drops to each house either on co-ax or fiber. Whatever solution is chosen by the cable company, it is engineered to provide reliable service to each home using specific cables and connectors.

Once the signal has been received by a cable, satellite or terrestrial receiver, it is output as an HDMI signal. There is virtually no equipment that will output HD in any other format.

HDMI is a multiple twisted pair cable rather than co-ax and has a maximum length approaching 100 feet. In terms of the best HDMI cable to use, it is important to use a cable that has been tested and approved by the HDMI organization. If the cable passes that quality test, it will work as well as any other cable, regardless of cost or any other claim by cable manufacturers. If an HDMI cable works, it will deliver the signal without any corruption, so claims by manufacturers that they offer the "best quality" image are without substance. In essence, the cable either works or it doesn't.

Many LCD and plasma televisions are labelled as HD ready. What it means is that the television will display an HD signal but the image may not be HD quality. All LCD and plasma televisions have a native pixel count. Many are 768 lines for example. In order to display an HS signal, the HD format of 1080 line or 720 line needs to be changed to fit the screen. While the loss of resolution from 1080 to 768 lines isn't particularly significant, there is still a loss of quality.

There have been LCD televisions sold as HD ready despite the fact that they only have 480 lines. Although the HD signal will be displayed, it is less than half the number of lines of 1080. As 480 line is the standard definition NTSC format, the quality can only ever be SD quality.

It is generally accepted that a true HD television will have 1080 lines (or sometimes, 720 lines). When displaying a 1080 image on a 1080 screen, there is no loss of quality but if the size needs to be changed, the conversion process always has an adverse effect on the image, even if very slight.

Beware - some retailers will suggest that a television is true HD even though it does not have a 1920 x 1080 pixel format. ALWAYS ask to see the specification before committing to spending a lot of money. If the retailer cannot or will not tell you the native resolution of a display, walk away and find another retailer. And a different answer, I think the HD ready set does not have a built-in tuner and needs to be connected to a cable or satellite converter box. The HDTV is a complete television set with a built-in tuner.

1480 METERS

The Wii outputs standard definition video so it will work on any television with a suitable video input. Standard definition televisions should work just fine with a Wii as will an HD TV.

NO

HDMI cables do not need to be expensive and some of the most expensive can be purchased for huge discounts when on sale. If you do consider $20-35 expensive then you should also consider the whole 1080P system expensive, which it is when compared with the older 480i standard system and even the 720P / 1080i systems.

It's possible that the existing antenna will work for digital TV. Digital signals are less tolerant of poor signals. When the signal is of sufficient quality, the received image will be as good quality as it will ever be. If the quality of signal drops below a certain point the image will fail completely.

Because an RV is likely to be in a variety of locations, the signal strength may also vary. With an analog signal, poor reception results in more noise on the image, seen as snow or perhaps a ghost image. In the same conditions, a digital signal is likely to fail completely. The difficulty is that there is no way to find out until you arrive at the destination. It might be worth talking to aerial installers who know the region well and will be able to advise on the best type of aerial to use.

It's very hard to guarantee that a specific aerial will work but with a little research and forward planning, DTV should be possible in most locations.

We can start over again guitar solo oh berr nough sour dough bread mate gets all the girls so yeh im the big topp dawg. if you make me cream i'll make you scream.

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If half of your TV screen isn't working, it's most likely your tuner. If you have had your TV for a long time, and/or you use it alot, it is probably the tuner.

You can find detailed instructions on how to repair burn marks on a flat screen TV on ehow.co.uk/how_5749492_fix-marks-flat-screen-tv.html

how do we soppost ot know that you need to learn how to have a wedsite with good information sorry but you stink

No, the Sony KV-32FX68U is an older CRT model. It was a fine model when it was released but it was made before HDTV was making an impression.

Yes, but you will not have HD quality

Rs. 1500-2000

Consumer reports described the new "Full HD" Hitachi TV as "promising." Although its updated technology can negatively affect the quality at times, overall the image quality is much improved in comparison to its previous lower resolution variants.