Datasheet4U Logo Datasheet4U.com

IS31SE5100 - 8-CH CAPACITIVE TOUCH SENSOR

Datasheet Summary

Description

The IS31SE5100 is an ultra low power, fully integrated 8-channel solution for capacitive touch-buttons applications.

The chip allows electrodes to project sense fields through any dielectric such as glass or plastic.

Features

  • Complete eight sensors capacitive touch controller for buttons.
  • Auto offset compensation.
  • Sensitivity adjustable by external capacitor or internal register.
  • Extremely low power optimized for portable.

📥 Download Datasheet

Datasheet preview – IS31SE5100

Datasheet Details

Part number IS31SE5100
Manufacturer ISSI
File Size 434.26 KB
Description 8-CH CAPACITIVE TOUCH SENSOR
Datasheet download datasheet IS31SE5100 Datasheet
Additional preview pages of the IS31SE5100 datasheet.

📁 Similar Datasheet

  • IS31SE5117A - 16-CH PROGRAMMABLE CAPACITIVE TOUCH SENSOR (Lumissil)
  • IS31SE5118A - 8-CH PROGRAMMABLE CAPACITIVE TOUCH SENSOR (Lumissil)
  • IS31SE5120A - 24-CH PROGRAMMABLE CAPACITIVE TOUCH SENSOR (Lumissil)
  • IS314P - Photocoupler (ISOCOM)
  • IS314W - Photocoupler (ISOCOM)
  • IS31AP2005 - 2.95W MONO FILTER-LESS CLASS-D AUDIO POWER AMPLIFIER (Lumissil)
  • IS31AP4990D - 1.2W AUDIO POWER AMPLIFIER (Lumissil)
  • IS31AP4991 - 1.2W AUDIO POWER AMPLIFIER (Lumissil)
  • IS31AP4991A - 1.1W AUDIO POWER AMPLIFIER (Lumissil)
  • IS31AP4996 - 1.1W AUDIO POWER AMPLIFIER (Lumissil)
Other Datasheets by ISSI

Full PDF Text Transcription

Click to expand full text
IS31SE5100 8-CH CAPACITIVE TOUCH SENSOR WITH AUTO CALIBRATION March 2013 GENERAL DESCRIPTION The IS31SE5100 is an ultra low power, fully integrated 8-channel solution for capacitive touch-buttons applications. The chip allows electrodes to project sense fields through any dielectric such as glass or plastic. On-chip calibration logic continuously monitors the environment and automatically adjusts on-and-off threshold levels to prevent false sensor activation. The IS31SE5100 supports the 400kHz I²C serial bus data protocol and includes a field programmable slave address. An INTB is generated when a button event (touched or released) occurs, triggered and cleared condition could be configured by setting the interrupt register.
Published: |