A liquid crystal panel section of the module (LCM): panel process can be divided into three stages, first semiconductor processes preceding (array), that is, the transistor is a thin film layer on the glass substrate made, compared with the middle of the liquid crystal filling assembly process (cell), that is, the color filter layer of glass and glass film transistors, together, poured into a liquid crystal intermediate.
2014年3月31日星期一
Tsingtek lcd display media players and small entry-level TVs and other products of the most significan
Organic light-emitting diode (OLED) displays more common in cell phones, media players and small entry-level TVs and other products of the most significant. Unlike standard LCD display , OLED pixel is driven by a current source . To understand how and why OLED power supply will affect the display quality , we must first understand the OLED display technology and power supply needs . This article describes the latest OLED display technology , and discuss the main power supply requirements and graphic lcd modules solutions , in addition to also introduce OLED power supply designed for the needs of the proposed innovative power supply architecture. Backplane technology to create flexible displays high-resolution color active matrix organic light-emitting diode (AMOLED) display requires the use of TFT Display Module active matrix backplane , the switch backplane using active switching each pixel. Liquid crystal (LC) display Si process has matured , can supply low-cost active matrix backplane , and can be used for OLED. Many companies are developing the organic thin film transistor for the soft display (OTFT) back process , this process can also be used for an OLED display to achieve the introduction of full-color flexible displays
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