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    ATMEL CAPACITIVE TOUCH IC APPLICATION NOTE Search Results

    ATMEL CAPACITIVE TOUCH IC APPLICATION NOTE Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    Touch-Free-User-Interface-Reference-Design Renesas Electronics Corporation Capacitive Sensor Application Reference Design Visit Renesas Electronics Corporation
    74HC4053FT Toshiba Electronic Devices & Storage Corporation CMOS Logic IC, SPDT(1:2)/Analog Multiplexer, TSSOP16B, -40 to 125 degC Visit Toshiba Electronic Devices & Storage Corporation
    7UL2T125FK Toshiba Electronic Devices & Storage Corporation One-Gate Logic(L-MOS), Buffer, SOT-765 (US8), -40 to 85 degC Visit Toshiba Electronic Devices & Storage Corporation
    7UL2T126FK Toshiba Electronic Devices & Storage Corporation One-Gate Logic(L-MOS), Buffer, SOT-765 (US8), -40 to 85 degC Visit Toshiba Electronic Devices & Storage Corporation
    74HC4051FT Toshiba Electronic Devices & Storage Corporation CMOS Logic IC, SP8T(1:8)/Analog Multiplexer, TSSOP16B, -40 to 125 degC Visit Toshiba Electronic Devices & Storage Corporation

    ATMEL CAPACITIVE TOUCH IC APPLICATION NOTE Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    ATMEL touch controller IC

    Abstract: Qmatrix QAN0015 QUANTUM CAPACITIVE ANKD01 QT2160 QTAN0030 Example capacitive touch slider AN-KD01 CHARGE-TRANSFER TOUCH SENSOR
    Text: QTAN0030 Implementing a Long Slide Control Using a QMatrix IC QMatrix ICs such as the QT2160 can be used to produce very effective slider controls by merging the touch signals from a number of closely spaced keys. The basic technique will produce controls of up to 60 mm in length, but special interpolation


    Original     		PDF QTAN0030 QT2160 0700A-AT42-06/08 ATMEL touch controller IC Qmatrix QAN0015 QUANTUM CAPACITIVE ANKD01 Example capacitive touch slider AN-KD01 CHARGE-TRANSFER TOUCH SENSOR

    QTAN0002

    Abstract: QTAN0002 secrets of a successful qtouch how to made capacitive touch keypad QTAN0031 atmel capacitive touch atmel capacitive touch ic application note atmel touch qt1060 QTAN0015 Qtouch
    Text: Avoiding False Touch Inputs Using Atmel Capacitive Touch Sense ICs 1. Introduction One of the challenges of designing any hand-held device is to find a way of avoiding inadvertent control inputs caused during normal handling. These false control inputs can lead to consequences for end users that are irritating or embarrassing.


    Original     		PDF 10701B QTAN0002 QTAN0002 secrets of a successful qtouch how to made capacitive touch keypad QTAN0031 atmel capacitive touch atmel capacitive touch ic application note atmel touch qt1060 QTAN0015 Qtouch

    QTAN0015

    Abstract: REGULATOR IC lm78L05 atmel touch QTAN LM78L05 QTAN0017 S-817 QTAN00 QPROX linear regulator application
    Text: Power Supply Considerations for Atmel Capacitive-touch ICs 1. Introduction This application note discusses the dedicated power supply arrangement for Atmel capacitive touch-sensitive integrated circuits QT ICs . 2. Why Do I Need a Special Power Supply?


    Original     		PDF 0703A QTAN0015 REGULATOR IC lm78L05 atmel touch QTAN LM78L05 QTAN0017 S-817 QTAN00 QPROX linear regulator application

    QTAN0062

    Abstract: QTAN0018 touch sensor design guide Qmatrix Qtouch CHARGE-TRANSFER TOUCH SENSOR atmel touch atmel touch pattern atmel capacitive touch QTAN00
    Text: QTouch and QMatrix Sensitivity Tuning for Keys, Slider and Wheels 1. Introduction This Application note aims to explain the factors affecting the sensitivity of QTouch and QMatrix® sensors and ways to optimize the design for sensitivity. It also provides


    Original     		PDF 0736A QTAN0062 QTAN0018 touch sensor design guide Qmatrix Qtouch CHARGE-TRANSFER TOUCH SENSOR atmel touch atmel touch pattern atmel capacitive touch QTAN00

    touch sensor design guide

    Abstract: ATMEL touch controller IC buzzer 1206 Qtouch atmel max touch ATMEL touch controller IC USB TOUCH ATMEL Application Notes AVR259 BESTAR BPT1403H5
    Text: AVR259: ATtiny40 QTouch Demonstration Kit Features • Up to 11 Atmel AVR® QTouch® Channels - Single I/O pin per Channel ® 2 • TWI Philips I C Compatible Interface • SPI Interface • Two Analog Outputs (PWM) • Buzzer • LEDs • Supports QT600 Touch Debug Interface


    Original     		PDF AVR259: ATtiny40 QT600 ATtiny40, 332A-AVR-10/10 touch sensor design guide ATMEL touch controller IC buzzer 1206 Qtouch atmel max touch ATMEL touch controller IC USB TOUCH ATMEL Application Notes AVR259 BESTAR BPT1403H5

    touch sensor design guide

    Abstract: Qtouch atmel max touch ATMEL touch controller IC Capacitive SENSOR DESIGn GUIDE ATMEL touch controller IC USB AVR259 atmel capacitive touch atmel capacitive touch controller CER 1NF
    Text: AVR259: ATtiny40 QTouch Reference Design Features • Up to 11 Atmel AVR® QTouch® Channels - Single I/O pin per Channel ® 2 • TWI Philips I C Compatible Interface • SPI Interface • Two Analog Outputs (PWM) • Buzzer • LEDs • Supports QT600 Touch Debug Interface


    Original     		PDF AVR259: ATtiny40 QT600 ATtiny40, 332A-AVR-10/10 touch sensor design guide Qtouch atmel max touch ATMEL touch controller IC Capacitive SENSOR DESIGn GUIDE ATMEL touch controller IC USB AVR259 atmel capacitive touch atmel capacitive touch controller CER 1NF

    BST-5523SA

    Abstract: Buzzer with atmega ACTIVE buzzer BST5523SA AVR252 minimum buzzer current for pizo buzzer Qtouch QTAN0031B BST5523 ATMEL touch controller IC
    Text: AVR252: TV Control Touch Keyboard Features • ATtiny48/88 centric QTouch design - QTouch hardware & associated circuitry - Customized firmware using Atmel QTouch Library • 6 Capacitive Touch Keys • Panel thickness: upto 50mm glass or 20mm plastic Electrode size & Cs dependent


    Original     		PDF AVR252: ATtiny48/88 264A-AVR-10/09 BST-5523SA Buzzer with atmega ACTIVE buzzer BST5523SA AVR252 minimum buzzer current for pizo buzzer Qtouch QTAN0031B BST5523 ATMEL touch controller IC

    QT1040

    Abstract: QTAN0002 secrets of a successful qtouch Secrets of a Successful QTouch Design
    Text: Atmel AT42QT1040 Four-key QTouch Touch Sensor IC DATASHEET Features  Number of QTouch® Keys:  Up to four  Discrete Outputs:  Four discrete outputs indicating individual key touch  Technology:  Patented spread-spectrum charge-transfer direct mode


    Original     		PDF AT42QT1040 QT1040 QTAN0002 secrets of a successful qtouch Secrets of a Successful QTouch Design

    TM2800

    Abstract: No abstract text available
    Text: Features • Complete Module: – Projected Capacitive Multi Touch Controller – 2.8in LCD • Touch: – Atmel maXTouch mXT143E Touch Controller – Supports up to 8 touches • Display: – Displaytech SDT028ATFT 2.8in LCD – 320x240 resolution – 20 ms typical response time


    Original     		PDF mXT143E SDT028ATFT 320x240 ILI9341 ILI9320 18-bit TM2800: ILI9320 C-270 TM2800

    ATMEL touch controller IC

    Abstract: No abstract text available
    Text: Features • Complete Module: – Projected Capacitive Multi Touch Controller – 2.8in LCD • Touch: – Atmel maXTouch mXT143E Touch Controller – Supports up to 8 touches • Display: – Displaytech SDT028ATFT 2.8in LCD – 320x240 resolution – 20 ms typical response time


    Original     		PDF mXT143E SDT028ATFT 320x240 ILI9341 ILI9320 18-bit TM2800: ILI9320 C-270 ATMEL touch controller IC

    Application Note QTAN0002

    Abstract: QTAN0002 AT42QT1040 QT104 QT1040 AT42QT AP2121 AT42QT1040MMH atmel max touch QTAN0002 secrets of a successful qtouch
    Text: Features • Number of Keys: – Up to 4 • Discrete Outputs: – 4 discrete outputs indicating individual key touch • Technology: – Patented spread-spectrum charge-transfer direct mode • Electrode Design: – Simple self-capacitance style (refer to the Touch Sensors Design Guide)


    Original     		PDF

    QTAN0002

    Abstract: Application Note QTAN0002 QTAN0002 secrets of a successful qtouch Refer to Application Note QTAN0002 Secrets of a Successful QTouch Design
    Text: Features • Number of Keys: – Up to 4 • Discrete Outputs: – 4 discrete outputs indicating individual key touch • Technology: – Patented spread-spectrum charge-transfer direct mode • Electrode Design: – Simple self-capacitance style (refer to the Touch Sensors Design Guide)


    Original     		PDF 9524Bâ QTAN0002 Application Note QTAN0002 QTAN0002 secrets of a successful qtouch Refer to Application Note QTAN0002 Secrets of a Successful QTouch Design

    QTAN0002

    Abstract: Refer to Application Note QTAN0002 Refer to Application Note QTAN0002, Secrets of a QT1040 at42qt1040 9524B Qtouch Application Note QTAN0002 Atmel QT1040 QTAN0002 secrets of a successful qtouch
    Text: Features • Number of Keys: – Up to 4 • Discrete Outputs: – 4 discrete outputs indicating individual key touch • Technology: – Patented spread-spectrum charge-transfer direct mode • Electrode Design: – Simple self-capacitance style (refer to the Touch Sensors Design Guide)


    Original     		PDF 9524B QTAN0002 Refer to Application Note QTAN0002 Refer to Application Note QTAN0002, Secrets of a QT1040 at42qt1040 Qtouch Application Note QTAN0002 Atmel QT1040 QTAN0002 secrets of a successful qtouch

    Untitled

    Abstract: No abstract text available
    Text: Atmel AT42QT1050 Five-channel QTouch Touch Sensor IC PRELIMINARY DATASHEET Features  Configurations:  Comms mode  Number of Keys:  1 to 5 keys or 1 to 4 keys plus a Guard Channel  Technology:  Patented spread-spectrum QTouchADC charge-transfer


    Original     		PDF AT42QT1050

    maxTouch

    Abstract: No abstract text available
    Text: APPLICATION NOTE Atmel AVR32936: mXT143E Xplained Hardware Users Guide Atmel maXTouch Touchscreen Controller Features • 2.8 inch mXT143E LCD display module from Precision Design Associates PDA • • • • • Atmel ATMXT143E touchscreen controller


    Original     		PDF AVR32936: mXT143E ATMXT143E maxTouch

    Untitled

    Abstract: No abstract text available
    Text: Atmel AT42QT1085 Eight-key QTouch Touch Sensor IC DATASHEET Features  QTouch® Sensor Channels  Up to eight keys  Integrated Haptic Engine  Haptic events may be triggered by touch detection or controlled by a host microcontroller over SPI  Data Acquisition


    Original     		PDF AT42QT1085

    atmel touch protocol

    Abstract: QTAN0087 QTAN0079 QTAN0085 atmel max touch AT42QT1085 qtan QTAN0002 secrets of a successful qtouch capacitive haptic sensor circuit QT1085
    Text: Features • QTouch Sensor Channels – Up to 8 keys • Integrated Haptic Engine • • • • • • • • • • • • • • • • – Haptic events may be triggered by touch detection or controlled by a host microcontroller over SPI Data Acquisition


    Original     		PDF 9625C atmel touch protocol QTAN0087 QTAN0079 QTAN0085 atmel max touch AT42QT1085 qtan QTAN0002 secrets of a successful qtouch capacitive haptic sensor circuit QT1085

    atmel 524 8 pin

    Abstract: QTAN00
    Text: Atmel AT42QT1060 Six-channel QTouch Touch Sensor IC DATASHEET Features  Configurations:  Can be configured as a combination of keys and input/output lines  Number of QTouch® Keys:  Two to six  Number of I/O Lines:  Seven, configurable for input or output, with PWM control for LED driving


    Original     		PDF AT42QT1060 atmel 524 8 pin QTAN00

    Qmatrix

    Abstract: atmel capacitive touch ATmega128RFA1 atmega8535 assembler code example ADC STK600 atmega128rfa1 ATMEL M8535 touch sensor design guide Qtouch touch screen 4 wire with atmega16 m128rfa1
    Text: Atmel QTouch Library User Guide Supports QTouch and QMatrix® acquisition for Keys, Sliders and Rotors Rev. 8207I-AT42-04/10 Rev. 8207I-AT42-04/10 Table of Contents TABLE OF CONTENTS .2


    Original     		PDF 8207I-AT42-04/10 Qmatrix atmel capacitive touch ATmega128RFA1 atmega8535 assembler code example ADC STK600 atmega128rfa1 ATMEL M8535 touch sensor design guide Qtouch touch screen 4 wire with atmega16 m128rfa1

    at42qt1070

    Abstract: No abstract text available
    Text: Atmel AT42QT1070 Seven-channel QTouch Touch Sensor IC DATASHEET Features  Configurations:   Comms mode Standalone mode  Number of Keys:   Comms mode: 1 – 7 keys or 1 – 6 keys plus a Guard Channel Standalone mode: 1 – 4 keys plus a fixed Guard Channel on key 0


    Original     		PDF AT42QT1070 at42qt1070

    avr SCHEMATIC circuit diagram for atmega16a

    Abstract: 4x4 keypad c code avr touch sensor design guide AT91SAM3S AVR51 qmatrix atmega8535 assembler code example ADC ATTINY40 touch screen 4 wire with atmega16 atmel capacitive touch
    Text: Atmel QTouch Library User Guide Supports QTouch and QMatrix® acquisition for Keys, Sliders and Rotors Rev. 8207I-AT42-07/10 Rev. 8207I-AT42-07/10 Table of Contents TABLE OF CONTENTS .2


    Original     		PDF 8207I-AT42-07/10 avr SCHEMATIC circuit diagram for atmega16a 4x4 keypad c code avr touch sensor design guide AT91SAM3S AVR51 qmatrix atmega8535 assembler code example ADC ATTINY40 touch screen 4 wire with atmega16 atmel capacitive touch

    Untitled

    Abstract: No abstract text available
    Text: Features • Configurations: • • • • • • • • • • • • • – Comms mode – Standalone mode Number of Keys: – Comms mode – 1 to 7 keys or 1 to 6 keys plus a Guard Channel – Standalone mode – 1 to 4 keys plus a fixed Guard Channel on key 0


    Original     		PDF

    QT1070

    Abstract: at42qt1070 AT42QT1070-SSU AT42QT10 atmel capacitive touch ic application note atmel qt1070 AT42QT1070SSU at42qt qtan0062 atmel 906
    Text: Features • Configurations: • • • • • • • • • • • • • – Comms mode – Standalone mode Number of Keys: – Comms mode – 1 to 7 keys or 1 to 6 keys plus a Guard Channel – Standalone mode – 1 to 4 keys plus a fixed Guard Channel on key 0


    Original     		PDF

    atmega328 esr meter kit

    Abstract: atmel capacitive touch ic specification atmega8A STK600 xmega ABS06 STK600 ATmega328PA ATtiny861 sine AVR4100 FX135
    Text: AVR4100: Selecting and testing 32 kHz crystal oscillators for AVR microcontrollers Features • • • • • Crystal oscillator basics PCB design considerations Testing crystal robustness Test firmware included Crystal recommendation guide 8-bit Microcontrollers


    Original     		PDF AVR4100: 333A-AVR-10/10 atmega328 esr meter kit atmel capacitive touch ic specification atmega8A STK600 xmega ABS06 STK600 ATmega328PA ATtiny861 sine AVR4100 FX135