Consumers have a passion for touch technology and have come to expect the simple user interface, durability and sleek designs available in products with touch integration. In this livestream, our team will show you how easy it is to get your first capacitive touch screen project off the ground. We’ll begin with a brief discussion on capacitive touch technology and why it is key to selling products both today and in the future. Next, we’ll demonstrate how to build a capacitive touch screen with a trackpad demo and show you how quickly our tools will configure your code. Finally, we’ll answer your questions in our live Q and A. Why should I use capacitive touch sensors? - 2:46 How does a capacitive touchscreen work? How does a touch sensor work? - 8:34 How to build a basic capacitive touch sensor? - 10:20 What is a gerber file? - 11:54 Is mTouch still used? What is mTouch? What is qTouch? - 14:20 How to program a capacitive touch sensor - 16:35 How fast does my microcontroller need to be to make a touch button? - 17:55 Where do I get code examples for capacitive touch sensors? - 24:33 How do I calibrate a touch sensor for different materials? - 26:05 How to debug capacitive touch sensor? - 28:50 What peripherals do I need to use for capacitive touch sensors? - 37:35