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    DESIGN CAPACITIVE KEY Search Results

    DESIGN CAPACITIVE KEY Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    GC321AD7LP103KX18J Murata Manufacturing Co Ltd High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive Visit Murata Manufacturing Co Ltd
    GC331AD7LQ153KX18J Murata Manufacturing Co Ltd High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive Visit Murata Manufacturing Co Ltd
    GC331CD7LQ473KX19K Murata Manufacturing Co Ltd High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive Visit Murata Manufacturing Co Ltd
    GC343DD7LP334KX18K Murata Manufacturing Co Ltd High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive Visit Murata Manufacturing Co Ltd
    GC355DD7LQ224KX18K Murata Manufacturing Co Ltd High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive Visit Murata Manufacturing Co Ltd

    DESIGN CAPACITIVE KEY Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    IN4148 SOD-323

    Abstract: CREATIVE 5507 pic16f887 capacitive sensor capacitive touch sensor pcb guideline AN1102 1N4148WXTPMSCT-ND pic16f887 voltage reference "Capacitive Touch Sensor" Capacitive layout pic16f887 Applications
    Text: AN1102 Layout and Physical Design Guidelines for Capacitive Sensing Author: Tom Perme Microchip Technology Inc. INTRODUCTION This application note describes the layout and physical design guidelines used for the capacitive sensing solution proposed in AN1101 “Introduction to Capacitive


    Original     		PDF AN1102 AN1101 is36-4803 DS01102A-page IN4148 SOD-323 CREATIVE 5507 pic16f887 capacitive sensor capacitive touch sensor pcb guideline AN1102 1N4148WXTPMSCT-ND pic16f887 voltage reference "Capacitive Touch Sensor" Capacitive layout pic16f887 Applications

    touchpad sensor pcb

    Abstract: MSP430F2013 touchpad 468MP AN2992 msp430 interfacing with buzzer SLAA379 touchpad pcb layout Example code for touch pad interface using msp430 program for interfacing with touchpad 467MP
    Text: Application Report SLAA379 – January 2008 MSP430 Capacitive Single-Touch Sensor Design Guide Vincent Chan, Steve Underwood. MSP430 ABSTRACT This application report discusses the design of RC-type capacitive single-touch sensors


    Original     		PDF SLAA379 MSP430 MSP430 touchpad sensor pcb MSP430F2013 touchpad 468MP AN2992 msp430 interfacing with buzzer SLAA379 touchpad pcb layout Example code for touch pad interface using msp430 program for interfacing with touchpad 467MP

    LPC1100

    Abstract: LPC11xx AN11023 Capacitive PCB Capacitive Touch Sense Switch PCF8883 toggle switch diagram AN10832 LPC1112 nxp lpc1112
    Text: AN11023 Capacitive touch sensing using the LPC11xx Rev. 1 — 3 February 2011 Application note Document information Info Content Keywords LPC1112, LPC1100, Cortex M0, capacitive touch sensing Abstract This application note describes the design of a simple capacitive touch


    Original     		PDF AN11023 LPC11xx LPC1112, LPC1100, LPC1100 LPC11xx AN11023 Capacitive PCB Capacitive Touch Sense Switch PCF8883 toggle switch diagram AN10832 LPC1112 nxp lpc1112

    BU21010MUV

    Abstract: No abstract text available
    Text: Capacitive Sensor Control IC Series Capacitive Sensor Switch Control IC BU21010MUV No.09048EBY03 ●Note in capacitive sensor board design Here, it explains a recommended value and recommended condition concerning the board, the overlay, and mounting when


    Original     		PDF BU21010MUV 09048EBY03 BU21010MUV R0039A

    Untitled

    Abstract: No abstract text available
    Text: Capacitive Sensor Control IC Series Capacitive Sensor Switch Control IC BU21008MUV No.09048EBY01 ●Note in capacitive sensor board design Here, it explains a recommended value and recommended condition concerning the board, the overlay, and mounting when


    Original     		PDF BU21008MUV 09048EBY01 BU21008MUV R0039A

    projected capacitive touch controller

    Abstract: mtouch sensor map MTCH6301 capacitive touch projected capacitive touch mutual touch and gestures control table top multitouch 4x4 matrix keypad dspic
    Text: MTCH6301 PROJECTED CAPACITIVE TOUCH CONTROLLER MTCH6301 Projected Capacitive Touch Controller Description Touch Features The MTCH6301 is a turnkey projected capacitive controller that allows easy integration of multi-touch and gestures to create a rich user interface in your design.


    Original     		PDF MTCH6301 DS41663A-page projected capacitive touch controller mtouch sensor map capacitive touch projected capacitive touch mutual touch and gestures control table top multitouch 4x4 matrix keypad dspic

    pcb layout of water level controller

    Abstract: STMPE821 AN2734 AN2733 capacitive touch controller IC water level sensor schematic diagram AN2693 AN2802 AN2805 STMPE1208S
    Text: AN2734 S-Touch design procedure Introduction The purpose of this application note is to provide the system/hardware engineers enough ground knowledge to start the design of capacitive touch inferface solutions with the S-Touch™ capacitive controller devices.


    Original     		PDF AN2734 pcb layout of water level controller STMPE821 AN2734 AN2733 capacitive touch controller IC water level sensor schematic diagram AN2693 AN2802 AN2805 STMPE1208S

    STMPE821

    Abstract: AN2802 capacitive touch controller IC BLOCK DIAGRAM OF TOUCH PLATE water level sensor schematic diagram touch screen controller for mobile phone AN2734 Capacitive PCB capacitive touch sensor pcb guideline Capacitive layout
    Text: AN2734 Application note S-Touch design procedure Introduction The purpose of this application note is to provide the system/hardware engineers enough ground knowledge to start the design of capacitive touch inferface solutions with the S-Touch™ capacitive controller devices.


    Original     		PDF AN2734 STMPE821 AN2802 capacitive touch controller IC BLOCK DIAGRAM OF TOUCH PLATE water level sensor schematic diagram touch screen controller for mobile phone AN2734 Capacitive PCB capacitive touch sensor pcb guideline Capacitive layout

    Untitled

    Abstract: No abstract text available
    Text: AN507 Low Power Capacitive Sensing 1. Relevant Devices C8051F990, C8051F991, C8051F996, and C8051F997 2. Supporting Documentation   AN367: Understanding Capacitive Sensing Signal to Noise Ratios and Setting Reliable Thresholds AN447: Printed Circuit Design Notes for Capacitive Sensing with the CS0 Module


    Original     		PDF AN507 C8051F990, C8051F991, C8051F996, C8051F997 AN367: AN447:

    Untitled

    Abstract: No abstract text available
    Text: AN11155 General design guidelines for the NXP capacitive sensors Rev. 1 — 3 February 2012 Application note Document information Info Content Keywords Design, Guidelines, PCF8885, PCA8885 Abstract This document describes design aspects which should be considered for


    Original     		PDF AN11155 PCF8885, PCA8885

    DVD BOARD LAYOUT

    Abstract: wifi to i2c schematic laptop LCD SCHEMATIC wifi schematic abstract on wifi AN2292 Capacitance Sensing wifi to i2c dvd board schematic dvd seven segment
    Text: Applications IP Library White Paper Capacitive Sensing Multimedia Board Author: Chris Hammer Associated Project: Yes Associated Part Family: CY8C21x34 PSoC Designer Version: 4.3, Service Pack 2 Abstract This White Paper describes the PSoC project and board design for a capacitive sensing


    Original     		PDF CY8C21x34 DVD BOARD LAYOUT wifi to i2c schematic laptop LCD SCHEMATIC wifi schematic abstract on wifi AN2292 Capacitance Sensing wifi to i2c dvd board schematic dvd seven segment

    iphone circuit diagram

    Abstract: MAX11871 abstract of Touch screen sensor touch screen controlled robot MAX11855 max11856 iphone 4 lcd iphone 5 circuit diagram iphone 4 iphone 4 lcd controller
    Text: Maxim > Design Support > App Notes > Amplifier and Comparator Circuits > APP 5047 Maxim > Design Support > App Notes > Automotive > APP 5047 Maxim > Design Support > App Notes > Power-Supply Circuits > APP 5047 Keywords: SNR, capacitive touch screen controller, touchscreen, cover lens, touch controller, signal to noise ratio


    Original     		PDF 100-fold com/an5047 AN5047, APP5047, Appnote5047, iphone circuit diagram MAX11871 abstract of Touch screen sensor touch screen controlled robot MAX11855 max11856 iphone 4 lcd iphone 5 circuit diagram iphone 4 iphone 4 lcd controller

    SX864x

    Abstract: No abstract text available
    Text: Design Guide SEMTECH ADVANCED COMMUNICATIONS & SENSING Touch-Interface Design Guide Semtech adds proximity to its 4D-Touch family of Capacitive and Resistive Touch Platforms Mobile LCD TVs Portable Navigation Control Panels Feature Keys: Multi-touch Low Power


    Original     		PDF /-15kV 4DtouchDG-0811 SX864x

    Untitled

    Abstract: No abstract text available
    Text: MTCH6301 MTCH6301 Projected Capacitive Touch Controller Description: Touch Features: MTCH6301 is a turnkey projected capacitive controller that allows easy integration of multi-touch and gestures to create a rich user interface in your design. Through a sophisticated combination of Self and Mutual


    Original     		PDF MTCH6301 MTCH6301 Co60-4-227-8870

    MAX11871

    Abstract: MAX11855 iphone 4 touch screen vibration motor iphone 3 touch plate piezo apple iphone circuits MAX11835 iphone 4 lcd dimensions MAX11856 capacitive touch controller IC
    Text: Maxim > Design Support > App Notes > A/D and D/A Conversion/Sampling Circuits > APP 5122 Maxim > Design Support > App Notes > Microcontrollers > APP 5122 Keywords: touch screen, touch panel, capacitive touch, resistive touch, haptics, mutual capacitance, self capacitance, projected


    Original     		PDF com/an5122 AN5122, APP5122, Appnote5122, MAX11871 MAX11855 iphone 4 touch screen vibration motor iphone 3 touch plate piezo apple iphone circuits MAX11835 iphone 4 lcd dimensions MAX11856 capacitive touch controller IC

    Application Notes

    Abstract: No abstract text available
    Text: Abstract How to design capacitive touch systems for robustness and manufacturability The user interface of personal electronics has become critical to the success of products. Capacitive touch sensing has become the user interface technology of choice. Designers face challenges like electromagnetic susceptibility, parasitic capacitance, enclosure


    Original     		PDF

    finger print sensor pcb with circuit

    Abstract: variable air gap capacitive sensor SLAA363A Capacitive PCB SLAS491 "internal temperature sensor" msp430 eZ430 internal temperature sensor in msp430 MSP430-based "Capacitive Touch Sensor"
    Text: Application Report SLAA363A – June 2007 – Revised October 2007 PCB-Based Capacitive Touch Sensing With MSP430 Zack Albus MSP430 WW Applications ABSTRACT This application report discusses the design of a single-touch capacitive sensor interface using the MSP430 microcontroller. With ultra-low power features and integrated


    Original     		PDF SLAA363A MSP430 MSP430 finger print sensor pcb with circuit variable air gap capacitive sensor SLAA363A Capacitive PCB SLAS491 "internal temperature sensor" msp430 eZ430 internal temperature sensor in msp430 MSP430-based "Capacitive Touch Sensor"

    LQFP32 7x7 Pb-free package

    Abstract: QST108KT6 QFN 7X7 32-pin "Touch Sensor IC" thin film filter GPON AN2035 AN2036 AN1181 AN1709 AN2547
    Text: QST108 Capacitive touch sensor device 8 keys with individual key state outputs or I2C interface Not For New Design Features • Patented charge-transfer design ■ Up to 8 independent QTouch keys supported ■ Individual key state outputs or I2C interface


    Original     		PDF QST108 LQFP32 LQFP32 7x7 Pb-free package QST108KT6 QFN 7X7 32-pin "Touch Sensor IC" thin film filter GPON AN2035 AN2036 AN1181 AN1709 AN2547

    E329

    Abstract: No abstract text available
    Text: QST108 Capacitive touch sensor device 8 keys with individual key state outputs or I2C interface Not For New Design Features • Patented charge-transfer design ■ Up to 8 independent QTouch keys supported ■ Individual key state outputs or I2C interface


    Original     		PDF QST108 LQFP32 QST108 E329

    QST108

    Abstract: AN2035 AN2036 CHARGE-TRANSFER TOUCH SENSOR LQFP32 7x7 Pb-free package QUANTUM CAPACITIVE AN1181 AN1709 AN2547 JESD97
    Text: QST108 Capacitive touch sensor device 8 keys with individual key state outputs or I2C interface Not For New Design Features • Patented charge-transfer design ■ Up to 8 independent QTouch keys supported ■ Individual key state outputs or I2C interface


    Original     		PDF QST108 QST108 AN2035 AN2036 CHARGE-TRANSFER TOUCH SENSOR LQFP32 7x7 Pb-free package QUANTUM CAPACITIVE AN1181 AN1709 AN2547 JESD97

    Untitled

    Abstract: No abstract text available
    Text: AN528 B U R IED C APACITIVE S ENSORS FOR TAMPER P ROTECTION 1. Relevant Devices C8051F70x, C8051F71x, C8051F8xx, and C8051F99x. 2. Supporting Documentation  AN367: Understanding Capacitive Sensing Signal to Noise Ratios and Setting Reliable Thresholds AN447: Printed Circuit Design Notes for Capacitive Sensing with the CS0 Module


    Original     		PDF AN528 C8051F70x, C8051F71x, C8051F8xx, C8051F99x. AN367: AN447: AN529:

    Microchip AN1334

    Abstract: capacitive touch sensor pcb guideline 467MP AN1334 variable air gap capacitive sensor AN1317 PIC18 PIC24 PIC32 PICC-18
    Text: AN1334 Techniques for Robust Touch Sensing Design Author: Burke Davison Microchip Technology Inc. INTRODUCTION The purpose of this application note is to describe the best design practices when developing capacitive touch applications in noisy environments. This


    Original     		PDF AN1334 DS01334A-page Microchip AN1334 capacitive touch sensor pcb guideline 467MP AN1334 variable air gap capacitive sensor AN1317 PIC18 PIC24 PIC32 PICC-18

    Capacitive

    Abstract: No abstract text available
    Text: Type matrix of capacitive sensors 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. K C N - T 1 2 N S / 4 - K L P Housing design 1 K = Non-contact proximity switch 2 C = Capacitive 3 B = Flush installation N = Non-flush installation 4 Dash 5 M = Metric threaded barrel


    Original     		PDF

    capacitive touch key sensor MCU

    Abstract: QST108KT6 Quantum Research Group LQFP32 QST108
    Text: QST108 Capacitive touch sensor device 8 keys with individual outputs or I2C interface Preliminary Data Features • Patented charge-transfer design ■ Up to 8 independent QTouch keys supported ■ Individual outputs or I2C interface ■ Fully “debounced” results


    Original     		PDF QST108 capacitive touch key sensor MCU QST108KT6 Quantum Research Group LQFP32 QST108