Description
- Product Features
- Diagonal Size - 15"
- Max Resolution - 1024 x 768 / 75 Hz
- Image Brightness - 215 cd/m2
- Contrast Ratio - 350:1
- Response Time - 16 ms
- Help & Support
- Returns Policy
- FAQs
3M Touch Systems envisioned a touch monitor that would set a new standard of excellence. By combining its current and future touch technologies with a monitor form factor that is a breakthrough in display design, a new benchmark for touch displays has been created. This new design combines patent-pending features with the quality, accuracy and durability of 3M touch screen technology to create an innovative touch display solution. It's what you'd expect from a leader in innovation. It's what you'd expect from 3M.
3M Touch Systems knows each touch monitor application has a unique set of requirements. That's why the MicroTouch M150 FPD monitor is offered with a choice of capacitive or resistive touch technology.
MicroTouch ClearTek capacitive touch technology provides accuracy and sensitivity to the user's touch while offering outstanding durability and resistance to contaminants such as dirt, liquids, and harsh chemicals. 3M 5-wire resistive technology not only provides contaminant resistance, but is responsive to the touch of stylus as well as fingernails, credit cards, gloved hands and bare fingers.
3M MicroTouch M150 - Flat panel display - TFT - 15" - 1024 x 768 / 75 Hz - 215 cd/m2 - 350:1 - 16 ms - 0.297 mm - VGA - speakers - black
Jargon
Aspect Ratio
The standard proportion in width to height for a computer monitor is 4:3, but some new displays have a wider format: 16:9 or 16:10, designed for viewing movies or HDTV in wide format. Note that a 17-inch wide-format panel has about the same vertical dimension and vertical pixel count as a normal 15-inch panel, so you get about 120 percent of the viewing area of a 15-inch panel. A 17-inch standard panel, however, has 130 percent of the viewing area of a standard 15-inch screen.
Contrast Ratio
A spec much hyped by manufacturers (be suspicious of their claims), this is the difference in light intensity between the brightest white and the deepest black.
Digital and Analog Connections
LCDs are digital devices and thus have to convert analog (VGA) signals before they can be displayed. A graphics card with a digital video interface (DVI) can send the signal straight to the display in digital format--no conversion required. At this point, most monitors do such a good job of signal conversion that digital connections are not as important as they used to be.
Portrait/Landscape Modes
Some LCDs pivot so that the longer edge can go horizontal (landscape mode) or vertical (portrait mode). This feature can be useful for desktop publishing, Web surfing, and viewing large spreadsheets, but don't pay extra for it if you won't use it.
Luminance
Brightness; a measure of how much light a panel can produce. Luminance is expressed in either nits or candelas per square meter (cd/m�). A measurement of 200 to 250 nits is OK for most productivity tasks; 500 nits is better for TV and movies.
Pixel-Response Rate
This refers to how quickly a pixel can change colors, measured in milliseconds (ms); the lower the milliseconds, the faster the pixels can change, reducing the ghosting or streaking effect you might see in a moving or changing image. In general, manufacturers' specifications rely on best-case scenarios; real-world performance could be slower. A maximum response time of 12ms to 15ms across the spectrum is required for gaming or viewing television and movies without ghosting or streaking. Manufacturers have debuted LCDs with response rates as fast as 2ms.
Resolution
Make sure you are comfortable with an LCD's native resolution before you buy it. Remember, an LCD that scales its image to a nonnative resolution will never look as good.
Viewing angle
The physical structure of LCD pixels can cause the brightness and even the color of images to shift if you view them from an angle rather than facing the screen directly. Take manufacturer's specifications with a grain of salt and make your own observations if possible; viewing-angle issues become more critical as panel size increases.
