Capacitive Touch Sensor Module with 5-Pad Detector Board and Pin Header AT42QT1070 for Touchscreen Applications

Simplify your touch sensor projects with this versatile Capacitive Touch Sensor Module, designed for easy integration without the need for a microcontroller. Powered by a DC input voltage range of 1.8V to 5.5V, this module supports up to five conductive touch pads, making it ideal for multiple touch sensing applications. Equipped with the reliable AT42QT1070 chip operating in standard mode, this sensor module offers straightforward functionality for detecting capacitive loads such as human touch. Key Features: · Easy to Use: No microcontroller required, simply connect a power supply between 1.8V and 5.5V DC and attach up to five conductive pads to the designated sensor pins for instant touch detection. · Multi-Touch Capability: Supports up to 5 individual capacitive touch inputs, with each touch triggering the corresponding LED indicator and pulling the output pin low for clear, immediate feedback. · Reliable AT42QT1070 Chip: Utilizes the AT42QT1070 capacitive touch sensing IC in standard mode, providing stable and accurate touch detection with no I2C communication required. · Breadboard Compatible: Comes fully assembled with a 0.1 inch pin header for easy connection to breadboards or other prototyping hardware, streamlining project development and testing. · Compact and Durable Design: Featuring a blue circuit board, this sensor module is compact and robust, suitable for a variety of DIY electronics projects and educational purposes. Specifications: · Item Type: Capacitive Touch Sensor Module · Operating Voltage: 1.8V – 5.5V DC · Number of Touch Inputs: 5 · Chip Model: AT42QT1070 (Standard Mode Only) · Color: Blue Package Includes: · 1 x Capacitive Touch Sensor Module This capacitive touch sensor module is an efficient and user-friendly solution for anyone looking to incorporate touch sensing into their electronics projects. Its plug-and-play design, five touch inputs, and visual LED feedback provide a reliable and convenient way to detect touch signals without complex programming or additional microcontrollers.