2007SID Symposium Digest of Technical PapersRequires access

66.2: High‐Speed Driving Circuit Design for RGB‐LED Backlight

Chia‐Lin Liu, Chi‐Fang Huang, Ming‐Tsung Ho, Shian‐Jun Chiou, Chia‐Jin Lin, Chi‐Neng Mo, Wen‐Chih Tai

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Abstract

Abstract Architecture of a digital‐input driving circuit for RGB‐LED Backlight is proposed. By combining such a digital interface of RGB‐LED driving circuit, matrix‐arranged RGB‐LEDs and the corresponding DC‐DC conversion circuit, improvement for a backlight system, which is area color‐controllable, scanning type and is for color sequential display can be achieved. Instead of using those sophisticated traditional LED driving techniques, such as constant current control, constant voltage control, charge pump, etc., an alternative employing software‐controlled RGB‐LED backlight system may help perform superior image quality on LCD screen.

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What this paper is about

Abstract Architecture of a digital‐input driving circuit for RGB‐LED Backlight is proposed. By combining such a digital interface of RGB‐LED driving circuit, matrix‐arranged RGB‐LEDs and the corresponding DC‐DC conversion circuit, improvement for a backlight system, which is area color‐controllable, scanning type and is for color sequential display can be achieved. Instead of using those sophisticated traditional LED driving techniques, such as constant current control, constant voltage control, charge pump, etc., an alternative employing software‐controlled RGB‐LED backlight system may help perform superior image quality on LCD screen.

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Available abstract

Abstract Architecture of a digital‐input driving circuit for RGB‐LED Backlight is proposed. By combining such a digital interface of RGB‐LED driving circuit, matrix‐arranged RGB‐LEDs and the corresponding DC‐DC conversion circuit, improvement for a backlight system, which is area color‐controllable, scanning type and is for color sequential display can be achieved. Instead of using those sophisticated traditional LED driving techniques, such as constant current control, constant voltage control, charge pump, etc., an alternative employing software‐controlled RGB‐LED backlight system may help perform superior image quality on LCD screen.

Key concepts: Backlight, RGB color model, Liquid-crystal display, LED display, Light-emitting diode, Computer science, Constant current, Engineering

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