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ACX310 Folha de dados(PDF) 1 Page - List of Unclassifed Manufacturers |
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ACX310 Folha de dados(HTML) 1 Page - List of Unclassifed Manufacturers |
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1 / 2 page ![]() High-Transmittance/Low-Power Transmissive Color 8.8 cm (3.5-type) 123K-Dot LCD Panel ACX310AK The 3.5-type color LCD panel is widely used as the monitor in digital video cameras. Sony has already released the 200K-dot ACX302BK as a high- resolution low-temperature polycrystalline silicon TFT LCD. Now, to expand its lineup of LCD panels, Sony is releasing the 123K-dot ACX310AK, which provides the same functions as the ACX302BK. s 8.8 cm (3.5-type) 123K-dot LCD panel s High transmittance (9.5%) achieved by low- temperature polycrystalline silicon TFT technology s Low power consumption: 50 mW (when a 12 V power supply is used) s Analog full-color display s Wide aspect ratio display function s Up/down and/or right/left inversion func- tions VOICE With the release of the ACX310AK announced here in addition to the ACX302BK, Sony has ex- panded its lineup of 3.5-type color LCD panels. Furthermore Sony has already released 2.5- type color LCD panels. I strongly recommend that you try these Sony low-temperature polycrys- talline silicon TFT LCD panels. I am confident that these panels can provide product differentia- tion in your DVC products. Supports Flexible End- Product Design With the release of the ACX310AK 3.5- type color LCD panel for digital video cameras in addition to the 200K-dot ACX302BK high-resolution panel, Sony now provides a lineup of two models in this type of product. This means that in the future, the user prod- uct line can be expanded using only low-temperature polycrystalline silicon TFT LCDs, thus increasing flexibility in end-product design. Additionally, the external panel dimen- sions were designed to match those of existing amorphous silicon TFT LCDs, thus flexibly supporting needs for changing the panel type. High Transmittance Achieved As a result of optimized pixel design using Sony’s low-temperature polycrys- talline silicon TFT technology, this de- vice achieves the high aperture ratio of 80%. Furthermore, by adopting a new pixel structure, Sony was able to radi- cally increase the optical transmittance over that provided by conventional amorphous silicon TFT LCD panels, achieving a value of 9.5% in the ACX310AK. (See table 1.) Even Lower Power and Improved Ease of Use By using unique Sony-developed circuit technology, Sony was able to achieve the lowest power for this class of panel in the ACX310AK. (See table 1.) Fur- thermore, by incorporating voltage step- up and negative voltage generation circuits in addition to the functions that have been provided in earlier products, the up/down and/or right/left inversion functions and the wide aspect ratio display functions, Sony was able to obviate the need for certain of the power-supply voltages previously provided externally to the panel. This improves the ease of use of this panel. (See figure 1.) Sony is now developing a new system-on-chip IC (the CXA3549R) that will integrate both timing generator and control functions on a single chip. This new single-chip IC will make drive circuit design significantly easier. (See figure 2.) |
Nº de peça semelhante - ACX310 |
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Descrição semelhante - ACX310 |
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