Transcription of Hardware Design for Capacitive Touch
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Hardware Design for Capacitive Touch
The world's most energy friendly microcontrollers2013-09-16 - Design for CapacitiveTouchAN0040 - Application NoteIntroductionThis application note covers the basics of Hardware Design for Capacitive touchsensing with the EFM32 microcontrollers. Both simple Touch buttons and moreadvanced sliders and Touch matrices are described, along with key pointers of howto achieve the best possible Capacitive Touch performance with the EFM32. Forthe lowest energy consumption and "wake on Touch " functionality, an EFM32 withLESENSE should be application note focuses on how to Design Hardware for Capacitive Touch withthe EFM32 microcontroller. For code examples, please refer to the Capacitive touchsoftware application note (AN0028).This application note includes: This PDF document Zip-file with schematic and gerber files for a Capacitive Touch example world's most energy friendly microcontrollers2013-09-16 - IntroductionCapacitive sensing is a technology now widespread across different industries.
Figure 2.1 (p. 3) illustrates a typical capacitive touch button with a finger approaching. The term "virtual ground" refers to the fact that a finger placed close to the capacitive touch pad acts as an electrical body which has a finite impedance to the capacitive touch circuit's own ground.
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