IS01BCCF

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The major application field and working principle of IS01BCCF are LCD, OLED and Graphics. IS01BCCF is based on a solid-state technology that makes use of light emitting diode (LED) as an illumination source. This technology has been used in the fields of data acquisition in medicine, public safety and other critical operations. The major advantage of this smart display system is its robustness, low power consumption and narrow size.

The display module of IS01BCCF consists of LCD and OLED screens and is compatible with several kinds of systems. Moreover, the IS01BCCF can provide two different versions, namely, color and B/W images. The LCD display module provides clear and colored images with a viewing angle of 180˚. When power is off, the IS01BCCF shows a dim image and, when power is on, it illuminates bright and clear images.

The OLED display module is innovative and efficient display type. It generates images with high contrast and wide viewing angles. An analogous with the LCD panel, when power is off, the images displayed with OLED display module will be darker, once power is on, the images will look brighter. In addition, the display module provides excellent power saving performance with low operating temperature.

The graphic display module of IS01BCCF is a discreet display technology and it is suitable for displaying graphical detail with high resolution. It has several usage modes, such as single-pixel, dual-pixel or multi-pixel formats. This display module provides the highest image quality when the right combination of parameters is selected.

The working process of IS01BCCF could be divided into two phases. In the first stage, the edge of the object is detected through the LED light signals. Then the edges are enhanced and converted into a grayscale engine which generates a parallel output geometry. In the second stage, the parallel output geometry is used to generate a composed image.

The IS01BCCF system also makes use of a microcontroller to control the operation status. The system program code is written in an adjustable language known as the Assembly language. This code is used to control the operation of integer, fractional and logic operations. Furthermore, the program code can also be used to control the mapping, decoding, and encoding of the display images.

In summary, the IS01BCCF display modules which consists of LCD, OLED and graphics display modules are a highly valuable and efficient display system. Its illumination source of LED provides extensive applications in the fields of data acquisition in medicine and public safety. Its robustness, low power consumption and narrow size are highly praised by its users. The working process of IS01BCCF can be divided into two phases and the system used a microcontroller to control the operation status using Assembly language.

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