<var id="hn1zv"></var>
<var id="hn1zv"></var>
<var id="hn1zv"></var>
<ins id="hn1zv"><span id="hn1zv"></span></ins>
<cite id="hn1zv"></cite>
<var id="hn1zv"></var>
<cite id="hn1zv"><video id="hn1zv"></video></cite>
<var id="hn1zv"></var>
<cite id="hn1zv"></cite>
<ins id="hn1zv"></ins><cite id="hn1zv"></cite>
<var id="hn1zv"></var>
<var id="hn1zv"><span id="hn1zv"></span></var>
<menuitem id="hn1zv"><strike id="hn1zv"><thead id="hn1zv"></thead></strike></menuitem>
Microchip logo
  • All
  • Products
  • Documents
  • Applications Notes

Touch and Gesture Solutions

Microchip offers a solution for every touch use case – from a single button to touch pads and touch screens, to proximity detection and 3D gesture control for every market. Microchip’s industry-leading touch solutions are based on our deep knowledge and experience in touch, working with market leaders in automotive, home appliance, industrial and consumer markets. Regardless if you choose a touch turnkey product or a touch library for a microcontroller – you will benefit from our decades of touch experience. 


Buttons, Sliders, Proximity

  • Water-tolerant touch buttons, wheels and sliders for automotive, industrial and consumer applications
  • Touch on metal (waterproof)
  • Touch libraries for PIC®, AVR® and SAM microcontrollers
  • IEC 60730/60355 Class B certified safety touch
Learn More

Touch Pads and Touch Screens

  • Multi-touch screens for automotive and industrial applications
  • Low-power touch pads
  • Surface gesture detection on chip
Learn More

Gesture Control

  • 3D hand gesture recognition for automotive, industrial and consumer applications
  • Proximity detection and spatial detection for automotive touch screens
Learn More

Why create your touch-based application with Microchip?

Save Time and Money in Touch Development

Shortening the time to market is essential for your revenue stream. Microchip offers easy-to-use tools for you to accelerate development of your touch-enabled products.

Touch Technology

Noise Robustness
Noise Robust-Gray
Noise, also known as conducted noise, is a common challenge for touch implementations. 

Microchip provides state-of-the-art software and hardware filters to overcome noise. Noise-avoidance technologies, such as frequency hopping are used.

  • High Signal-to-Noise Ratio (SNR)
  • IEC61000, EFT and BCI tested
Low(est) Power
Requirements for low power are not limited to wearable devices - it’s a welcome addition in all markets. 

Dedicated hardware on PIC, AVR and SAM devices enable the lowest-power touch with capacitive sensing below 5 μA.

Water-Tolerant Touch
Water-tolerant touch is a key feature that Microchip has integrated into turnkey and MCU-based touch solutions. 

Users expect their touch interfaces to work well in a range of conditions (including wet surfaces) without the need to clean their hands or wipe them dry every time they use their devices.

Safety-Certified Touch Sensing
Safety Touch-Gray
Functional safety, Failure Modes and Effects Analysis (FMEA), is a market driver for touch.

For the market of appliances, Microchip offers products (turnkey and libraries) certified according to IEC/UL 60730 Safety Class-B standards. Certificates are published on Microchip’s website at www.27juesheng.com/touch.


Microchip touch solutions support automotive functional safety requirements. Please contact Microchip for details to get your next design safely on the road.

Touch on Metal - Waterproof Touch

Microchip offers Metal-over-Capacitive (MoC) technology enabling touch applications across many conditions, including:

  • Metal surfaces, stainless steel or aluminum
  • Sense through any thickness of gloves
  • Waterproof designs
  • Braille-enabled interfaces

Metal-over-capacitive technology is compatible with all turnkey and MCU-based touch products.

High Button Count Support - Mutual Touch Sensing
High Button Count-Gray

Microchip has refined and enhanced the method to scan a large number of buttons as a matrix. Mutual touch enables costs - savings in many aspects:

  • Reduced amount of feeding lines to slim connecting (flexPCB) tails
  • Reduces pin count required for touch to enable cost-efficient small-footprint parts
  • Dramatically reduced development time by Microchip’s unique inherent feeding line length compensation