SHARP DEBUTS 17-INCH ULTRA-HIGH CONTRAST LCD MONITOR.: An article from: Imaging Update
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This digital document is an article from Imaging Update, published by Worldwide Videotex on January 1, 2003. The length of the article is 1540 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available in your Amazon.com Digital Locker immediately after purchase. You can view it with any web browser.
Citation Details
Title: SHARP DEBUTS 17-INCH ULTRA-HIGH CONTRAST LCD MONITOR.
Publication: Imaging Update (Newsletter)
Date: January 1, 2003
Publisher: Worldwide Videotex
Volume: 14 Issue: 1 Page: NA
Distributed by Thomson Gale
Buy SHARP DEBUTS 17-INCH ULTRA-HIGH CONTRAST LCD MONITOR.: An article from: Imaging Update at Amazon
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if easily offended do not read…but 4 the rest of u happy imaging!
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Definately Skip Jones. C1931, Chris King way too recent, for that old blues croak used in this tune. Big respect for both Skip & Lincoln.
home from school…:)
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How about a Constitutional Republic. Our forefathers knew Democracies didn’t work. So much so that the word itself isn’t even mentioned in the Constitution, or, The Declaration of Independence.
HI, CAN YOU WALL MOUNT THIS MONITER?
You must be from detroit!
これは良い画像ですね
instead of insulting the guy maybe try helping him.
Damn, sorry to hear about it, I hope it can be fixed soon
TFT is a type of LCD monitor, basically the type that virtually all modern LCD monitors are. Thin-film transistor, or active matrix, which allows it better contrast and viewing angles than passive-matrix LCDs, which is what 1990s-era LCD monitors used, and what is used for LCD clocks and the like.
To be perfectly honest, I would advise against a LCD monitor for anything requiring color accuracy. The fluorescent backlight cannot produce precise wavelengths of light that consistently correspond with what the liquid crystals can block or let through, so as a result some colors may be distorted slightly, and most importantly the contrast is limited (true black cannot be achieved).
I would suggest using a CRT monitor if at all possible. They provide excellent contrast, accurate colors, and are capable of displaying true black, which are one reason why they are a favorite among many graphic designers and video editors. The main problem: there are no CRT monitors still being produced for the consumer market. So I'd suggest buying a slightly-used model, but testing it first with test patterns such as the Nokia Monitor Test ( ). NEC and Mitsubishi DiamondTron models were very good, particularly the MultiSync line (I own a 22" one myself and can say it's probably the best monitor I've owned). Trinitron models made by Sony, some sold under Dell or Apple brand names, were also very good aperture-grille CRT monitors, in fact Trinitron was the original aperture-grille CRT. Samsung SyncMaster, Panasonic, and larger ViewSonic CRT monitors were also highly-rated CRT monitors.
If you do need a new monitor, go with a LED monitor. They offer better color fidelity and contrast than standard LCD monitors, but not quite as good as CRT monitors. For LED monitors, Samsung and Dell are going to be your best bets.
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Very informative discussion by Dr. Sean Mackey, assistant professor of anesthesia at the Stanford University Medical Center. Thank you.
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It’s hard to know what we’ll do with ultrahigh speed broadband. We have to build the infrastructure first before others can invent those uses.