Difference between revisions of "What Is an LCD?"

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LCDs are used in a wide range of real-world applications, from LCD TVs and monitors to alarm clock and calculator displays. LCDs can display images as well as video, they are so energy efficient they can be powered by batteries which allows for light and compact applications. Although they have a limited viewing angle  and have a relatively slow response time which may cause motion blur, LCDs can be used effectively in many applications which can also help mitigate some disadvantages, for example, aircraft cockpit displays are specifically set up so the user can clearly see the LCD(s) and sheltering them from direct sunlight, mitigating the limited viewing angle and allows for a clear display.
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LCDs are used in a wide range of real-world applications, from LCD TVs and monitors and projectors to alarm clocks, watches and calculators. LCDs can display images as well as video, they are so energy efficient they can be powered by batteries which allows for light and compact applications.
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Although they have a limited viewing angle  and have a relatively slow response time which may cause motion blur, LCDs can be used effectively in many applications which can also help mitigate some disadvantages, for example, aircraft cockpit displays are specifically set up so the user can clearly see the LCD(s) and sheltering them from direct sunlight, mitigating the limited viewing angle and allows for a clear display.
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Another example would be gaming and mobile devices which allow the user to easily move the device to clearly see the display, already reducing the limitations of the viewing angle, strong back-lighting is used to mitigate motion blur and allows the user to clearly see the display, some devices also have a "Gaming mode" which disables all or most procession to reduce perceivable input lag.
 
Another example would be gaming and mobile devices which allow the user to easily move the device to clearly see the display, already reducing the limitations of the viewing angle, strong back-lighting is used to mitigate motion blur and allows the user to clearly see the display, some devices also have a "Gaming mode" which disables all or most procession to reduce perceivable input lag.

Revision as of 09:06, 15 July 2013

<sidebar>Sidebar: What Is a Component?</sidebar> A liquid-crystal display (LCD) is a flat panel display which can electronically display images and sometimes videos, in this case it is mainly used to display numbers and letters using variables which can also be controlled or changed by other components to input data to display on the LCD.


LCDs in Flowcode can be used in numerous ways to display data using different methods and techniques, LCDs can print (display) data using as variables and can display ASCII symbols, numbers/digits, strings and even raw data. The components have the functionality to display scrolling text/data to convey a message larger than the maximum number of characters the LCD can physically display.


LCDs are used in a wide range of real-world applications, from LCD TVs and monitors and projectors to alarm clocks, watches and calculators. LCDs can display images as well as video, they are so energy efficient they can be powered by batteries which allows for light and compact applications.


Although they have a limited viewing angle and have a relatively slow response time which may cause motion blur, LCDs can be used effectively in many applications which can also help mitigate some disadvantages, for example, aircraft cockpit displays are specifically set up so the user can clearly see the LCD(s) and sheltering them from direct sunlight, mitigating the limited viewing angle and allows for a clear display.


Another example would be gaming and mobile devices which allow the user to easily move the device to clearly see the display, already reducing the limitations of the viewing angle, strong back-lighting is used to mitigate motion blur and allows the user to clearly see the display, some devices also have a "Gaming mode" which disables all or most procession to reduce perceivable input lag.


The default LCD components available in Flowcode consist of data displays.