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QT60168
  • QT60168

QT60168

In Production

QMatrix™ ICs detect human touch on up to 16 keys when used with scanned, passive X-Y matrices. They project touch keys through almost any dielectric-glass, plastic, stone, ceramic, and even wood-up to thicknesses of over 5cm. Touch areas are defined as simple two-part interdigitated electrodes of conductive material, such as copper, screened silver, or carbon deposited on the rear of a control panel. Key sizes, shapes and placement are almost entirely arbitrary. The sensitivity of each key can be set individually. Key setups are stored in an onboard EEPROM and do not need to be reloaded with each powerup. They contain Quantum-pioneered adaptive auto self-calibration, drift compensation, and digital filtering algorithms that make their sensing functions robust and survivable....

Microchip Technology QT60168 Product Info

16 April 2026 0

Parameters

Product Type

Proximity/Keys/Slider

Input Channels

0

Number of Keys Max

16

Slider

No

Proximity detection

No

Output Channels

0

Measurement Principle

E-Field

Report Rate (pps)

0

Number of Touches

0

Power Modes

0

Interface

SPI

I/O, LED Drivers

0

Other Features

Signal Guard/Driven Shield

Temp Range

0°C to 70°C

Voltage Min. (V)

3.00

Voltage Max. (V)

5.50

Features

  • 16 buttons
  • SPI interface
  • Adjacent Key Suppression (AKS)
  • Cost efficent touch IC solution
  • 3V - 5V Vdd operating power

Description

QMatrix™ ICs detect human touch on up to 16 keys when used with scanned, passive X-Y matrices. They project touch keys through almost any dielectric-glass, plastic, stone, ceramic, and even wood-up to thicknesses of over 5cm. Touch areas are defined as simple two-part interdigitated electrodes of conductive material, such as copper, screened silver, or carbon deposited on the rear of a control panel. Key sizes, shapes and placement are almost entirely arbitrary. The sensitivity of each key can be set individually. Key setups are stored in an onboard EEPROM and do not need to be reloaded with each powerup. They contain Quantum-pioneered adaptive auto self-calibration, drift compensation, and digital filtering algorithms that make their sensing functions robust and survivable.

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