PEDOT | Jotup

SigmaSense to Showcase Next Generation Sensing at SID Display Week 2023

Retrieved on:

Monday, May 22, 2023

Semiconductor, Consumer Electronics, Technology, Mobile, Wireless, Software, Internet, Hardware, 3D, Somatosensory system, System, Signal, EMI, PEDOT, Water, SNR, OLED, Mobile phone

SigmaSense® today announced plans to demonstrate next-generation touch sensing features at SID Display Week 2023, Booth #551, May 23-25, 2023, Los Angeles Convention Center.

Key Points:

SigmaSense® today announced plans to demonstrate next-generation touch sensing features at SID Display Week 2023, Booth #551, May 23-25, 2023, Los Angeles Convention Center.
SigmaSense software-defined sensing achieves breakthrough levels of speed, accuracy, resolution, and noise immunity to deliver faster information and innovative experiences.
SigmaSense multi-dimensional sensing enables previously unimaginable user experiences, including 3D, multi-surface, and multi-user sensing for industrial and rugged devices, mobile, foldables and digital signage applications.
SigmaSense will feature demonstrations that open doors to a new universe of design choices for display product creators innovating creative options for new user experiences.

Pusan National University Researchers Develop Novel Stackable Hole Injection Layer Material for Solution-processed OLEDs

Retrieved on:

Thursday, March 16, 2023

PEDOT, Research, OLED, Central Department of Chemistry, Tribhuvan University, LED, Pusan National University, HTL, Chemical engineering, Part, HIL, Television

BUSAN, South Korea, March 16, 2023 /PRNewswire/ -- Solution-processed organic light-emitting diodes (OLEDs) are more economical compared to conventional OLEDs. However, their lifetime and efficiency are limited by the difficulty of stacking the composite layers in the OLED, preventing large-scale commercialization of solution-processed OLEDs. To this end, researchers have now developed a novel thermally cross-linkable poly(iminoarylene), a solvent-resistant hole injection layer material with excellent film-forming properties, optimum energy level and high mobility, a major stepping stone toward commercial viability of solution-processed OLEDs.

Key Points:

To this end, researchers have now developed a novel thermally cross-linkable poly(iminoarylene), a solvent-resistant hole injection layer material with excellent film-forming properties, optimum energy level and high mobility, a major stepping stone toward commercial viability of solution-processed OLEDs.
However, solution-processed OLEDs have limited efficiency and lifetime owing to the difficulty of stacking the constituent layers such as the anode, cathode, hole injection layer (HIL), hole transport layer (HTL), etc.
Moreover, the researchers demonstrated that the HIL material has high mobility and excellent film-forming properties that are crucial for the commercial viability of solution-processed OLEDs.
"Remarkably, the researchers achieved a greater efficiency and lifetime with this novel HIL material, compared to (PEDOT:PSS), the most widely used hole injection layer material, in terms of efficiency and lifetime," notes Prof. Hwang.

Gwangju Institute of Science and Technology Researchers Develop a Novel Thermoelectric Generator Inspired from Zebra Skin

Retrieved on:

Thursday, March 9, 2023

Science Advances, IR, TEG, Environment, Radiation, Silicon, Eye, PEDOT, Gwangju Institute of Science and Technology, Chris Coghill, Sunlight, Electricity, GIST, Temperature, PLCL, PSS, Skin, Science

GWANGJU, South Korea, March 9, 2023 /PRNewswire/ -- Thermoelectric generators (TEG) are devices that can convert temperature gradients to electricity. Such devices are extremely useful for generating electricity for remote sensors that cannot be connected to the main electricity grid. A conventional TEG is composed of one side(top or bottom) that radiates heat to cool down and the other side that absorbs heat from the sun or the environment. This, in turn, generates out-of-plane temperature gradient, which is converted into electricity. However, such requirements often make for designs that are bulky, complex, and inefficient. This, in turn, makes TEGs hard to integrate with other components or systems, limiting their applications in renewable energy systems.

Key Points:

Such devices are extremely useful for generating electricity for remote sensors that cannot be connected to the main electricity grid.
This, in turn, makes TEGs hard to integrate with other components or systems, limiting their applications in renewable energy systems.
In a new study, the researchers, led by Professor Young Min Song from Gwangju Institute of Science and Technology (GIST), reported a new flexible, lightweight, and biodegradable TEG that gets its inspiration from an unlikely place – zebra skin.
Essentially, the design uses a pattern resembling black-and-white zebra stripes to create a high in-plane temperature gradient for generating electricity.

SigmaSense Showcases Industry First Interactive Experiences at SID Display Week 2022

Retrieved on:

Monday, May 9, 2022

SigmaSense today announced plans for public demonstration of previously impossible touch sensing functionality at SID Display Week 2022, Booth #1140, San Jose, CA.

Key Points:

SigmaSense today announced plans for public demonstration of previously impossible touch sensing functionality at SID Display Week 2022, Booth #1140, San Jose, CA.
View the full release here: https://www.businesswire.com/news/home/20220509005368/en/
At Display Week 2022, SigmaSense show innovations that open doors to a new universe of design choices for display product creators.
In 2021, SigmaSense was awarded SID Display Week Display Component of the Year Award for its first product, an innovative large screen touch controller, the SDC100.
SigmaSense, the SigmaSense logo, and other designated brands included herein are trademarks or registered trademarks of SigmaSense in the United States and other countries.

In-Mold Electronics: Short Term Pain - Long Term Gain, IDTechEx Discusses

Retrieved on:

Thursday, November 4, 2021

HMI components that offer backlit capacitive touch sensing are increasingly utilized in multiple applications, including automotive interiors and household appliances control panels.

Key Points:

HMI components that offer backlit capacitive touch sensing are increasingly utilized in multiple applications, including automotive interiors and household appliances control panels.
Despite their visual similarity, backlit capacitive touch sensors can be produced with a wide range of different methods.
A functional film comprising a printed conductive pattern of capacitive switches and interconnects is then attached to the back side.
Conductive regions can be transparent (either via conductive polymer PEDOT:PSS or metal mesh) to enable backlighting with separately produced waveguides.

In-Mold Electronics: Short Term Pain - Long Term Gain, IDTechEx Discusses

Retrieved on:

Thursday, November 4, 2021

HMI components that offer backlit capacitive touch sensing are increasingly utilized in multiple applications, including automotive interiors and household appliances control panels.

Key Points:

HMI components that offer backlit capacitive touch sensing are increasingly utilized in multiple applications, including automotive interiors and household appliances control panels.
Despite their visual similarity, backlit capacitive touch sensors can be produced with a wide range of different methods.
A functional film comprising a printed conductive pattern of capacitive switches and interconnects is then attached to the back side.
Conductive regions can be transparent (either via conductive polymer PEDOT:PSS or metal mesh) to enable backlighting with separately produced waveguides.