PCAP Touch Innovations for Automotive

Generated from prompt:

Titel: PCAP Touch Features – Automotive Use Case Folie 1: PCAP Touch Features im Automotive Bereich Inhalte (Tabelle): - Proximity-Sensing: Erkennt die Annäherung der Hand ohne direkten Kontakt - Hover Detection: Reagiert bereits auf über dem Display schwebende Finger - Force Detection: Unterscheidet Eingaben nach ausgeübtem Druck - Haptic Triggering: Gibt fühlbares Feedback zur Interaktion - 80 dB EMV-Toleranz: Hohe elektromagnetische Verträglichkeit - Smart Surfaces: Integration in dekorative Oberflächen (z. B. Holz, Aluminium) - Dial on Display: Kombiniert Drehregler mit Touch-Display - Any Shape: Frei formbare Touchflächen – auch gekrümmt - Pilot ID: Erkennung des Nutzers durch Berührungsmuster - Enhanced EMC: Verbesserte elektromagnetische Abschirmung - Water Operation: Funktioniert auch bei nasser Oberfläche - Gloved Operation: Bedienbar mit Handschuhen (z. B. im Automotive-Bereich) Design: Modern, klar, mit Icons für jede Feature-Zeile, Hintergrund in dunklem Grau mit Akzentfarben (Blau und Silber) passend zum Automotive-Thema.

Explore advanced PCAP touch features tailored for automotive applications, including proximity sensing, hover detection, force input with haptics, gloved/water operation, and smart surface integration

December 1, 20252 slides

Slide 1 of 2

Slide 1 - PCAP Touch Features – Automotive Use Case

The slide is titled "PCAP Touch Features – Automotive Use Case," serving as an introduction to projected capacitive (PCAP) touch technology in automotive contexts. Its subtitle highlights innovative touch solutions tailored for various automotive applications.

PCAP Touch Features Automotive Use Case

Innovative Touch Solutions for Automotive Applications

Source: Automotive Presentation

Speaker Notes

Einführung in innovative PCAP-Touch-Funktionen für den Automotive-Bereich mit Fokus auf praktische Anwendungen.

Slide 1 - PCAP Touch Features – Automotive Use Case

Slide 2 of 2

Slide 2 - PCAP Touch Features im Automotive Bereich

PCAP Touch technology in the automotive sector enables contactless interactions through proximity and hover detection, force sensing with haptic feedback, and dial-on-display rotary controls, while supporting smart surfaces on materials like wood or aluminum for versatile integration. It ensures reliability with 80 dB EMC tolerance, water resistance, and gloved operation for robust performance in vehicle environments.

PCAP Touch Features im Automotive Bereich

Proximity and hover detection enable contactless hand gestures.
Force sensing with haptic feedback for precise pressure inputs.
80 dB EMC tolerance ensures robust electromagnetic compatibility.
Smart surfaces integrate touch into wood, aluminum, or any shape.
Dial-on-display combines rotary controls with intuitive touch.
Water and gloved operation for reliable automotive use.

Discover More Presentations

Explore thousands of AI-generated presentations for inspiration

Browse Presentations

Create Your Own Presentation

Generate professional presentations in seconds with Karaf's AI. Customize this presentation or start from scratch.

Create New Presentation