S1D13705F00A200

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Part Status:	Active

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S1D13705F00A200 Application Field and Working Principle

Linear - Video Processing

Introduction

S1D13705F00A200 is a display controller and video interface IC, developed by Silicon Image, Inc. It is designed to support several video systems including LCD panels, PCIe inputs and standard video outputs. This integrated circuit is used primarily in LCD display applications to provide crisp, clear images. It has a high performance architecture with minimal demands on power supplies. In this article, we will look at the application fields of S1D13705F00A200 and delve into the working principle of the IC.

Application Field

The S1D13705F00A200 is suitable for a range of applications. It can be used in a variety of LCD and gaming displays, as well as automotive monitors, projectors, and imaging systems. The device is capable of supporting resolutions up to 1600x1200, and utilizes external RAMDACs to optimize image quality. As a result, it provides exceptionally clear and vivid images for high-resolution displays.The controller is designed to be embedded into a variety of video and graphics adapters. It can easily be integrated into both PCI and PCIe systems, making it a popular choice for many displays. Furthermore, it is designed to support a broad range of resolutions, from VGA to UXGA, and consumer video formats like ITU-R BT.656, EDTV, SMPTE 259M and HDTV.

Working Principle

The working principle of the S1D13705F00A200 is relatively simple. It consists of three main components: the video input interface (VIP), the RAMDAC, and the memory c ontroller unit (MCU). The VIP takes in data from the various sources, converts the information into a digital format, and stores the data in its buffers. The RAMDAC then takes the digital data and processes it according to the user\'s settings. It also outputs the image data to the display device. Finally, the MCU acts as a middleman, managing the data flow between the other two components.The S1D13705F00A200 also supports several video interfaces including 9-bit, 10-bit, and 16-bit LVDS, as well as LVTTL. The device further supports a range of analog and digital timing standards, such as discontinuous refresh (D-ref) and sync-on-green (SOG). As a result, the device can easily be integrated into any existing system. Furthermore, its support for a variety of synchronization modes and LCD image formats makes it a great choice for wide range of display applications.

Conclusion

In conclusion, the S1D13705F00A200 is a highly advanced display controller and video interface device. It is designed to be used in a variety of LCD, projector, automotive, and gaming displays. The device is capable of supporting resolutions up to 1600x1200, and utilizes external RAMDACs to optimize image quality. Furthermore, it supports a broad range of video inputs, output formats, and synchronization standards. All these features make the S1D13705F00A200 an ideal choice for video applications.

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