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ACX310

ETC
Part Number ACX310
Manufacturer ETC
Description High-Transmittance/Low-Power Transmissive Color 8.8 cm (3.5-type) 123K-Dot LCD Panel
Published Mar 23, 2005
Detailed Description High-Transmittance/Low-Power Transmissive Color 8.8 cm (3.5-type) 123K-Dot LCD Panel ACX310AK The 3.5-type color LCD pa...
Datasheet PDF File ACX310 PDF File

ACX310
ACX310

Overview
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 highresolution 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 s 8.
8 cm (3.
5-type) 123K-dot LCD panel High transmittance (9.
5%) achieved by lowtemperature polycrystalline silicon TFT technology Low power consumption: 50 mW (when a 12 V power supply is used) Analog full-color display Wide aspect ratio display function Up/down and/or right/left inversion functions s s s s Supports Flexible EndProduct Design With the release of the ACX310AK 3.
5type 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 product line can be expanded using only low-temperature polycrystalline silicon TFT LCDs, thus increasing flexibility in end-product design.
Additionally, the external panel dimensions 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 polycrystalline silicon TFT technology, this device achieves the high aperture ratio of 80%.
Furthermore, by adopting a new pixel structure, Sony was able to radically 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.
) Furthermore, by incorporating voltage s...


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