MagnaChip Offers Multiple High Voltage Foundry Options Targeting Touch Sensing Applications
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The latest trend in smartphone and tablet PC touch sensing applications has been a move toward thinner yet larger designs. This trend often makes the electronic circuitry more susceptible to internal and external electrical noise. The various sources of noise, particularly in mobile devices, include the close proximity of various semiconductor components within the system, battery chargers and even external factors such as temperature and humidity. Unwanted electrical noise can generate spurious signals creating false touches in the sensing circuitry.
MagnaChip's process technology enhances the functionality and performance of these newer IC designs by improving their signal-to-noise characteristics. MagnaChip's newly developed 30V process is ideally suited for the larger screen mobile applications that are now being introduced. This new process was developed utilizing a lateral double-diffused MOS structure with sustained performance up to 30V.
"We are very pleased to be able to offer a broad array of high voltage options for our enhanced 0.18um embedded EEPROM process technology," said
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