ATMXT288UD-A数据手册集成电路（IC）的触摸屏控制器规格书PDF

描述 Description

The ATMXT288UD-A is the smallest Automotive qualifiedtouchscreen controller in a VQFN-56 package with wettable flanks, aimed atsmart surfaces and multi-function displays up to 6.5”.Excellent intrinsic SNR of this latest maXTouch familyenables detection and tracking of multi-finger thick gloves through a widevariety of overlay materials and thicknesses, even in the presence of moisture.This SNR combined with a high acquisition speed provides a fast, accurate andreliable a touch position.The ATMXT288UD-A incorporates a new low power mode forwake-up on touch, this enable the system to go into a wait-for-touch modewhile consuming less than 50uA and to wake-up by a touch event anywhere onthe touch surface.This technology also enables adaptive touch utilizingself-capacitance and mutual-capacitance measurements so all touches arerecognized and false touch detections are avoided.The controllers also incorporate a new self and sensordiagnostic function, which constantly monitors the integrity of the touchsystem. The new ATMXT288UD-A device brings these smart diagnostic features insupport of the Automotive Safety Integrity Level as specified in ISO26262.Please contact your local Microchip sales office forpricing information and to place an order.

特性 Features

Smart surfaces and multi-function displays up to 6.5\"
Multiple thick glove (5mm) touches
Thick lens/overlay (up to 10mm glass equivalent)
Package: VQFN-56 (7x7mm)
Less than 50uA low power wake-up anywhere on the touch surface mode
Comprehensive evaluation kit including touch sensor
1 and 2 touch embedded finger gestures
Supports up to 10 concurrent touches in real time with touch area reporting
Up to 32 touch keys
Superior moisture performance
Communication via a I2C serial interface up to 1MHz or SPI interface up to 8MHz
Internal voltage doubler option to increase signal to noise ratio (SNR)

简介

ATMXT288UD-A属于集成电路（IC）的触摸屏控制器。由制造生产的ATMXT288UD-A触摸屏控制器触摸屏控制器是一种集成电路，可在触摸屏传感器阵列与屏幕操作的设备之间提供接口。该控制器从传感器阵列（通常是电阻式或电容式）接收位置信息。然后，位置信息又通过串行、并行、USB 或 UART 接口传递给微控制器。