Concept
Flexible electronics
Related lectures (37)
Organic and Printed Electronics
Explores organic and printed electronics, discussing advantages, challenges, and the potential of combining materials for enhanced performance.
Organic Thin Film Transistors
Explores Organic Thin Film Transistors, covering characteristics, mobility, stress impact, ambipolar transport, and design challenges.
Applications Markets Roadmaps: OPV and IoT Perspectives
Explores OPV and IoT applications, markets, and roadmaps, including automotive OLEDs, healthcare sensors, and integration examples.
Organic and Printed Electronics: Encapsulation
Delves into encapsulation in organic and printed electronics, covering materials, degradation, permeation, and barrier properties.
Heterogeneous Integration: Smart Systems on Foil
Explores the integration of silicon components on polymeric foils for smart systems, covering challenges, techniques, and interconnection methods.
Flexible Probes: Electronic Integration
Explores the integration of silicon membranes into deformable structures and the creation of neural implants with electronic components directly at the electrode array level.
Neural Interfaces Design
Explores the design of flexible neural interfaces and the challenges of integrating silicon-based devices onto flexible carriers.
Flexible Microelectrodes: Polymers & Applications
Covers polymer-based flexible microelectrodes, cuff electrodes, ECOG arrays, and peripheral nerve interfaces, discussing materials, properties, processing, and applications.
Integration Examples
Explores case studies, printing techniques, TFT process integration, ink design challenges, and materials needs in printed electronics.
Introduction to Organic and Printed Electronics
Introduces organic and printed electronics, covering motivations, technology shift, and practical aspects of the course.