电容式触摸 近距离触摸控制 参考设计

AI 生成的摘要: The document details the hardware specifications and design of a touchless button demo solution using the RA2L1 Group microcontroller. It explains the capacitive self-capacitance sensing method via CTSU2 to detect human proximity without contact. The demo kit features simple parts, compatibility with a capacitive touch evaluation CPU board, USB or AC power supply, and a detection range of about 20mm. Key hardware components include a 110×122mm board, nine 30×30mm electrodes, 36 white LEDs, a buzzer, and connectors. The document also provides a block diagram, bill of materials (BOM), and external appearance images. PCB design files in the downloadable ZIP typically include the BOM, schematic, and Gerber files.

AI 生成的摘要: The Touchless Button Electrode Board sample software demonstrates capacitive touch detection using the self-capacitance method on RA6M2 microcontrollers. It measures electrostatic capacitance between electrodes and a hovering finger to detect touchless input. The software supports configurations for 4, 9, and 12 buttons, with or without housing, and includes tuning via QE and FSP middleware. It operates on RA6M2 CPU boards at 192 MHz and 5 V, using e2 studio and GCC ARM Embedded tools. The software structure integrates drivers and middleware for touch detection, LED indication, and sound output. Related documents provide detailed hardware and tuning information.

AI 生成的摘要: The software demonstrates capacitive touch detection using the self-capacitance method on the RA2L1 Group’s touchless button electrode board. It measures electrostatic capacitance changes caused by a hand hovering over electrodes to detect touch without physical contact. The software supports configurations for boards with or without housing and includes sample applications for 4, 9, and 12 button setups. It uses middleware and drivers such as rm_touch and r_ctsu to process touch signals and provides user feedback via LEDs and sound. The development environment includes e2 studio, GCC ARM Embedded compiler, and QE for Capacitive Touch IDE. The software structure integrates middleware and drivers to detect touch and output results effectively.

AI 生成的摘要: The software demonstrates a touchless button solution using the RL78/G23 MCU and Capacitive Touch Sensor Unit2L (CTSU2L) with a self-capacitance method. It measures capacitance changes caused by human proximity to nine electrodes, triggering LED and buzzer notifications. The software structure integrates QE for Capacitive Touch and Smart Configurator-generated modules. Initialization functions prepare LED and buzzer control, while build options allow enabling or disabling LED lighting modes and buzzer output. The package includes source files, configuration files, and application code to facilitate development and evaluation.

AI 生成的摘要: The software demonstrates a touchless button solution using the RX130 MCU and Capacitive Touch Sensor Unit (CTSU) based on self-capacitance measurement. It includes initialization and control of LEDs and buzzer to notify proximity or touch detection on nine electrodes. The software structure integrates QE Touch and QE CTSU modules, developed with e2 studio and CC-RX compiler. Build options allow enabling/disabling LED lighting modes and buzzer sounds. The package contains source files, header files, and configuration files for development and debugging.

AI 生成的摘要: The software enables capacitive touch detection using a touchless button electrode board based on the self-capacitance method. It supports RX130 Group microcontrollers and operates with an RX Capacitive Touch Evaluation System CPU board. The software includes sample applications configured for 4, 9, or 12 buttons with or without housing. It uses e2studio and QE for Capacitive Touch tools for development and tuning. The touchless detection works by measuring electrostatic capacitance changes when a finger hovers over electrodes attached behind an acrylic plate. The package includes source code and configuration files for easy adaptation and tuning based on the electrode setup.