Infineon CYAT81655-64AA48T

2-х проводная емкостьI²C, SPI1,71В ~ 1,95В, 3В ~ 5,5В-40°C ~ 85°C (TA)

Overview

� Cypress Semiconductor Corp. (NASDAQ: CY) today introduced a new automotive capacitive touchscreen controller family that enables screen sizes up to 15-inches with industry-leading performance in harsh automotive environments. The new Automotive TrueTouch� CYAT8168X controller uses Cypress�s proprietary AutoArmor� technology for robust immunity to the strong electromagnetic interference (EMI) emissions found in cars, busses and trucks. The controller delivers a flawless user experience even with water droplets, condensation or sweat on the touchscreen. Additionally, the controllers provide industry-leading tracking of fingers in gloves, allowing drivers to operate the touchscreen without having to take off their gloves. Cypress AutoArmor meets car manufacturers� most challenging electromagnetic compatibility (EMC) requirements for chip-level emissions (IEC 61967), conducted (IEC 62132) and radiated (ISO 11452) immunity, as well as for system-level (CISPR 25) specifications. AutoArmor uses automatic frequency hopping to prevent false touches caused by EMI from other electronic systems, and it uses TX frequency spreading to reduce electromagnetic emissions by up to 30%. In addition to AutoArmor, the Automotive TrueTouch CYAT8168X controller includes up to 88 I/Os with a host processor interface through I2C or SPI, which help improve touchscreen responsiveness. �With the addition of our Automotive TrueTouch CYAT8168X touchscreen controller family, Cypress now offers our customers the most robust solution for harsh automotive environments, giving drivers the perfect user experience they expect,� said Dr. Jing Mu, Senior Director of Automotive HMI Marketing for Cypress. �The robust EMI immunity, water tolerance and gloved finger tracking of our new automotive touchscreen controllers demonstrate Cypress�s commitment to expand our automotive portfolio with solutions that enable world-class performance and features in next-generation vehicles.�

Features