MikroElektronika TouchPad mikroBus Click Board for MTCH6102
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Especificações
Detalhes do produto
TouchPad click mikroBUS™
The MikroElektronika TouchPad click Board is an accessory board that provides a simple method of adding capacitive touch to a development platform.
Like all click Boards the TouchPad click fits the popular mikroBUS™ socket, creating a plug-in solution to add functionality, removing the need for hardware configuration.
The TouchPad click provides a single capacitive touchpad that is covered with plastic, demonstrating projected capacitive touch.
The Microchip MTCH6102 Projected Capacitive Touch Controller is used to detect and interpret user inputs. The MTCH6102 supports taps, double taps, swipes and scrolling gestures to provide multiple input options for small touchpads.
To support battery powered applications the MTCH6102 provides power-saving features such as separate sleep, idle, standby and active modes. The frame rate can also be configured to reduce consumption.
The TouchPad click interfaces with the host MCU via I2C
Click mikroBUS™ Human-Machine Interface Boards
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R$ 296,96
Each (Sem VAT)
1
R$ 296,96
Each (Sem VAT)
1
Documentos Técnicos
Especificações
Detalhes do produto
TouchPad click mikroBUS™
The MikroElektronika TouchPad click Board is an accessory board that provides a simple method of adding capacitive touch to a development platform.
Like all click Boards the TouchPad click fits the popular mikroBUS™ socket, creating a plug-in solution to add functionality, removing the need for hardware configuration.
The TouchPad click provides a single capacitive touchpad that is covered with plastic, demonstrating projected capacitive touch.
The Microchip MTCH6102 Projected Capacitive Touch Controller is used to detect and interpret user inputs. The MTCH6102 supports taps, double taps, swipes and scrolling gestures to provide multiple input options for small touchpads.
To support battery powered applications the MTCH6102 provides power-saving features such as separate sleep, idle, standby and active modes. The frame rate can also be configured to reduce consumption.
The TouchPad click interfaces with the host MCU via I2C