Microchip Technology MTCH6303投影型静電容量方式タッチコントローラを表示

Microchip Technology MTCH6303投影型静電容量方式タッチコントローラは、マルチタッチ座標および既製品のマルチフィンガー表面ジェスチャースイートを提供します。MTCH6303は、最小限のホスト要件で、ピンチやズーム、マルチフィンガースクロールし、任意の組み込み設計にスワイプといったような、最新のユーザーインターフェース(UI)エレメントをもたらしています。

The MTCH6303 has advanced signal processing that provides noise-avoidance techniques and predictive tracking for ten fingers, typically at 100Hz each for five touches. It also combines with Microchip's MTCH652 High-voltage Line Driver to achieve a superior signal-to-noise ratio (SNR) for outstanding touch performance in noisy environments. These capabilities are critical in demanding environments like industrial controls, home and office automation with security control panels, thermostats, printers and lighting controls, and various consumer applications including exercise equipment and audio systems.

The Microchip Technology MTCH6303 Projected Capacitive Touch Controller is offered in TQFP-64 and QFN-64 package options.

特徴

  • Multi-Touch up to Ten Touches
  • Five Touches Typically at 100Hz+ Each
  • 27RX x 19TX Channels Support Approximately 8" Touch Screens (larger possible)
  • Combines with MTCH652 High-Voltage Driver for Superior Signal-to-Noise Ratio (SNR)
  • Integrated Single and Multi-finger Gesture Recognition Suite including Taps, Swipes, Scrolling, Pinching and Zooming
  • Advanced Processing Provides Noise Avoidance Techniques
  • USB and I2C Communication
  • Supports 3D Gestures up to 20cm when Combined with the MGC3130 GestIC® Controller

アプリケーション

  • Touch screen designs and touch pads that require cost effective, easy to integrate, fast time to market PCAP touch solutions
  • Perfect for touch screens over displays, control panels, keypads and many other input devices
  • Targeting the industrial, medical, home and office automation, and consumer markets

ドキュメント

Block Diagram

ブロック図 - Microchip Technology MTCH6303投影型静電容量方式タッチコントローラを表示

Typical Application Circuit

アプリケーション回路図 - Microchip Technology MTCH6303投影型静電容量方式タッチコントローラを表示
公開: 2015-07-16 | 更新済み: 2022-03-11