VI-415-DP-FC-S

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VI-415-DP-FC-S displays are one type of display module used in many applications. They come in a variety of sizes, from character and numeric displays to full color LCDs and OLEDs. This type of display module is often used in industrial and medical devices, as well as in consumer electronics.

These displays offer excellent resolution and brightness, as well as high contrast ratios for providing excellent visibility in any environment. They are also very energy efficient, consuming less than half thepower compared to other traditional LCDs.

VI-415-DP-FC-S displays work on the principle of refraction. Light waves entering the display\'s lens are refracted and bent by a special liquid crystal material into an image on the screen. This material has the capacity to switch between different states in response to an external electric field. When an electric field is applied to certain areas of the liquid crystal material, it changes its molecular alignment, which in turn changes the refraction angle of the light wave, causing different regions of the display to light up.

To produce clear, bright images on the display, it must be properly calibrated. This is accomplished by the setting of special values called “gamma correction” which adjust the display\'s brightness, contrast and other parameters. Gamma correction helps to ensure that the display produces the same character or image color for different voltages.

VI-415-DP-FC-S displays are used in many different devices and applications. Some of these include industrial control panels, medical equipment such as monitors and scanners, and consumer electronics, such as cell phones and digital cameras. These displays are also very popular for displaying information in public signage, such as airports and train stations.

Display modules like the VI-415-DP-FC-S are highly sought after due to their excellent resolution, brightness and contrast, as well as their low power consumption. With their easy calibration process, they are quickly becoming a popular option for many applications requiring a reliable, high quality display.

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