reichelt elektronik GmbH & Co. KG
Elektronikring 1
26452 Sande Germany

phone: +49 (0)4422 955-333
mail: info@reichelt.de
www.reichelt.de


MTCH 6102-I/MV :: Low power projected touch controller

Item-No.: MTCH 6102-I/MV
€1,99
Category of goods: 1

MTCH 6102-I/MV

  • Product Description
  • Technical information
  • General
    • Modelname
    • Driver
    • Type
    • Touch-Controller
    • Design
    • For sizes up to 4.7”
    • Housing
    • UQFN-28
  • Electrical values
    • Supply voltage
    • 1.8 … 3.6 VDC

Microchip’s MTCH6102 is a turnkey projected capacitive touch controller that simplifies adding gestures to touch interface designs with industry-leading low power performance. Utilise up to 15 channels to support taps, swipes, and scrolling on XY touch pads and touch screens.

Features
Touch sensor support
• Up to 15 total channels
• Sensor sizes up to 120 mm (4.7")
• Individual channel tuning for optimal sensitivity
• Works with printed circuit boards (PCBS) sensors, film, glass, and flexible printed circuits (FPC) sensor.

Cover layer support:
• Plastic: up to 3 mm
• Glass: up to 5 mm
• Touch performance
• >200 reports per second (configurable)
• 12-bit resolution coordinate reporting

Touch features
• Gesture detection and reporting
• Self-capacitance signal acquisition
• Multiple built-in filtering options

Power management
• Configurable sleep/idle frame rates
• Standby mode <500 nA (typical)
• Active mode <12 uA possible
• Communication interface

• I2C (400 kbps)
• Both polling and interrupt schemes supported
• Sync signal allows for host frame detection
• Field upgradable over I2C

Operating conditions:
• 1.8 V to 3.6 V
• -40 ºC to +85 ºC

Package types
• 28 Pin SSOP
• 28 Pin UQFN



Manufacturer : MICROCHIP
Factory number : MTCH6102-I/MV
Package weight : 0.001 kg
RoHS : conform
Technical information
  • General
    • Modelname
    • Driver
    • Type
    • Touch-Controller
    • Design
    • For sizes up to 4.7”
    • Housing
    • UQFN-28
  • Electrical values
    • Supply voltage
    • 1.8 … 3.6 VDC
Datasheet/manual