HDTV

Yes. Some Blu-Ray players can even play photo CDs and some can even display data on SD cards
All players can, but not the very early ones (the first ones were manufactured in 2006)
All Blu-Ray players can play DVDs and CDs

No my local channels all but one that is broadcast in both analog and HD digital but they tend to black out a lot. But with a powered antenna the kind you plug into the wall i get a beautiful crisp clean HD picture you can pick a good one up for around 30-40 bucks but don't buy the cheap 15 dollar one's :)

I have a Sony KDL-52XBR4 connected to my Mac-Mini via a DVI to HDMI cable and it works fine. All I did was change the resolution to get it working. I'm pretty sure is in the 1280x800 range (I'm moving and the TV is in transit so I can't check at the moment). BUT, it does work and I use it all the time to watch iTunes & surf on Safari to watch Hulu. There is one quirk, the MacMini will invert the colors periodically, but I found a script someone else wrote that resets the display settings.

Hdmi carries audio and video. You will have to connect every component to the receiver that you wish to have the audio portion routed to your surround sound or stereo system. As for the picture you can route from the component straight to the TV if you are only using the TV as a monitor. You will still have to get the audio to the receiver or just use the TV speakers. I had some concerns about loosing picture quality by making an extra connection at the receiver before going to the TV so since I had the ports available and my components did not favor one signal over the other I went from the components straight to the TV and use optic cables for the audio to the receiver. If you have one long and one short HDMI cable try routing component to receiver to TV then try going straight from the component to the TV and see if you notice a difference in the picture. The easiest connection is route everything through the receiver. If price is the issue Monster cable is only one of the best. You can get the same quality for less than half the cost.

Plastic, steel, glass, silicon, and many other materials make up a flat screen tv.

You currently can't.

However, Sony have announced that they'll be releasing Playtv by the end of 2008. This will enable you to record digital channels, and hopefully High Definition ones as well.

No, Freeview is a terrestial service and receives its signal via a conventional UHF TV aerial. You may be interested in Freesat which is a recently launched service which provides a similar channel line-up to Freeview but via satellite.

The Battle of Somme started with a heavy bang on July 1 and and ended on November 18, 1916 in the somme Department of France, on both banks of the River Somme. There is controversy who won that battle but the losses on both sides were very heavy. In this battle, Britain introduced the tank as a new weapon of war.

Some early flat screen TVs used cathode ray tubes, but the flat faced tubes were harder to make and heaver than the older curved faced tubes. When newer designs (e.g. plasma, LCD, LED) came out that naturally produced flat screens and were lighter weight than cathode ray tubes, they rapidly made flat screen cathode ray tube TVs obsolete.

If the internal capacitors are separate, I mean that there are 4 terminals, a separate positive and negative for each internal cap then you can connect them in two ways. If you connect them in parallel (positive to positive and negative to negative) you just add the values together, so if each is 100UF they total 200Uf and the voltage you can apply is whatever is rated on the body. If you want to increase the voltage so you can apply higher voltage you connect them in series, one of the negatives connects to the others positive and the remaining inputs are connected to the circuit (and if each is equal in value) you divide by two so they would only be 50UF in capacitance but the total voltage you can apply is double the rated level on the body. If the caps are of different values it gets more complicated, you have to calculate the C total buy using the following formula: 1/C total = 1/C1 + 1/C2. Then the voltage dropped across each cap is proportional to the values you calculated above. Remember, the total voltage will be dropped across the caps proportionally so if the caps are rated at 50V for example and they are not equal values, you can't connect them up to 100V because the larger of the caps will have more than 50V across it because of the mis-matched value of each.

The higher the Hz on your TV, the more fluid the pictures will seem to your eye. In general, a higher refresh (Hz) rate is better, but you might not be able to tell much, or any difference depending on what you're watching.

Yes. Due to the fact that they are based on fluorescent (probably spelled that wrong) lighting. Fluorescent lighting uses large amounts of electricity to excite gaseous atoms into plasma, the fourth state of matter where electrons fly free from their nucleus, thus plasma tv's have plasma

1080p and 1080i both refer to the format of a video signal. Any HD television will receive the signal and display it. If the television reports the signal standard being received, it will let you know what the signal is. Therefore, the television cannot be changed from one standard to another as it simply handles the incoming signal.

Currently, broadcast HD signals are almost exclusively 1080i with a few formatted as 720p. Both are considered full HD even though the resolutions are different. 1080p is found on some local sources such as games consoles and Bluray players but has not yet made it to mainstream broadcast services.

A 1080p set has higher native resolution and supplied with 1080i (e.g., from some cable or satellite programs) or 1080p signal (e.g., from Blue-Ray discs) will provide sharper picture, especially visible on bigger sets (42-inch or more) and from up-close. 1080p sets are however way more expensive than 1080i ones. All flat panel HDTVs (i.e., plasma and LCD), as opposed to CRT tube sets, are inherently progressive in nature. For marketing reasons, however, some manufacturers promote 720p (p for progressive) HDTV as 1080i (i for interlaced), mainly to signal, I suppose, that it supports 1080i signal and to improve their sales. The so called '1080i HDTVs' take a 1080i signal and downconvert the picture to the 720p resolution. Additionally, they de-interlace the 1080i signal and display it in progressive scan mode but in 720p resolution. So, a 1080i TV set is in reality a 720p set, but many manufactures designated 720p sets as such as soon as 1080p sets came along. 1080p sets, on the other hand, take 1080i cable or satellite signal and only deinterlace it, creating a progressive scan, meaning the picture is painted from the top to the bottom line (there are 1080 such horizontal lines) in a single pass and this process happens 60 times per second (in the US). This means that same size HDTV sets designated as 720p and 1080i have identical native resolution of the display. Quality of the picture depends only in part from resolution, however, and according to some professionals the most important aspect of picture quality is contrast ratio, the second most important is color saturation, the third is color accuracy, and only the fourth is resolution.

All LCD displays use progressive scanning, namely the whole frame is built up line by line rather than odd lines followed by even lines. Therefore, by default, 1080i will be converted to 1080p, but at a frame rate of 25Hz or 29.97Hz. 1080p sets take 1080i cable or satellite signal and convert (deinterlace) it, creating a progressive scan, meaning the picture is painted from the top to the bottom line (there are 1080 such horizontal lines) in a single pass, and this process (in the US) happens 60 times per second. 1080p is normally run at 50Hz (Europe) or 59.94Hz (North America). 1080i is normally half that frequency. Even if the signal is converted from 1080i to 1080p, there is no additional picture information and therefore, little is gained by the conversion. If the television actually does the conversion, it is worth doing a comparison between converted and unconverted to see which produces the most pleasing results.

Surge protectors contain a semiconductor device that in some ways is similar to a special kind of fuse which constantly monitors the incoming voltage for "spikes" of very high voltage which, if not suppressed, could "zap" or destroy the equipment it is protecting.

Computers, televisions - and similar expensive and/or very fragile consumer electronics equipment - is worth protecting from damage from high voltage spikes by using a surge protector.

If the incoming voltage exceeds the rated "highest allowed voltage" of the semiconductor device, it instantly reacts to "clamp" the voltage - doing which may or may not blow the surge protector's internal fuse - thus, protecting the end-user's equipment from permanent damage by the "high voltage spike".

I don't think it has. Bandwidth depends on the diameter to length ratio of the antenna. The greater the diameter of the elements the wider the bandwidth. The inductance goes down and the capacitance goes up, giving the antenna a lower Q. the folded dipole has a greater effective diameter (at least double for the same materials). You can increase a normal dipole's bandwidth by increasing the diameter, hence the old time birdcage aerials.

You should not place a TV on an electric fireplace, unless it is a TV and Media mantle. Most of the standard models are not secured enough to hold the unit. TV and Media Electric Fireplaces and constructed to hold the weight of all of your media.

If these are the exact voltages that you need you will need an auto transformer to obtain these voltages. If these voltages are nominal voltages and are of a three phase four wire configuration, the 220 voltage can be obtained from the three phase legs to the neutral (ground) connection. The equation to use is 400/1.73 = 231 volts.

An LED is a Light Emitting Diode. It is a semiconductor device designed to produce a certain type, wavelength, etc. of light.

As opposed to an LCD which is a Liquid Crystal Display, does not emit light of any real intensity, although excitation methods have been developed for use in TV's, cellphones, etc. More common now than LED's. The major difference is that LED's have to have power all the time to emit. LCD's just need power to change. So, they are more energy efficient.

When it comes to selecting the best antenna for a 42-inch LCD television, there are a few factors to consider. The size of the TV itself doesn't play a significant role in determining the type of antenna you need. Instead, focus on other important factors such as your location, the distance from broadcasting towers, and the signal conditions in your area.

For an indoor setup, you can consider a compact and easily installable antenna like a dipole antenna. These are commonly known as rabbit ears and are suitable for urban areas with moderate signal strength. They are budget-friendly options that can provide satisfactory reception for your 42-inch LCD TV.

If you live in a suburban or rural area, where broadcasting towers are farther away, you might need an outdoor antenna. In that case, you can consider a multi-directional antenna or a Yagi antenna. Multi-directional antennas are designed to capture signals from multiple directions, while Yagi antennas are highly directional and offer better long-range reception. Both types can be suitable for a 42-inch LCD TV in suburban or rural areas.

To determine the specific antenna model or brand that suits your needs, it is recommended to conduct thorough research, read reviews, and consider seeking professional advice. This will help ensure that you select an antenna that matches the signal conditions and requirements of your specific location.

Remember, it's important to assess factors like signal strength, range, frequency range, and directionality when choosing an antenna for optimal TV reception.

No, newer TVs do not need dish or cable, at least not in the US. There may be instances where someone living in a remote locale cannot get any "regular" broadcasts from stations in the area, but most people live in a place where TV signals are still broadcast in a "conventional" way from a local station. There is an issue in that the new regulations have allowed broadcasters to go to a "digital" format, and you'll need a converter if your "newer" TV isn't capable of handling that new TV modulation scheme.

Dish or cable is an option for TV viewers, and the issue centers on whether an individual wants to watch one or a few local broadcasts for free, or wants to watch a whole stream of broadcasting that is only available from a provider who carries all those signals for a price. That's what dish and cable are all about; they offer large numbers of stations and different packages or "groups" of signals to appeal to the family, the sports enthusiast, or the film aficionado. The more you want to watch, the more it costs to get those signals.

The Mark II BB/177 pellgun was made between 1981 - 1986

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