Knowledge Hub
Your Gateway to Technical Knowledge Exchange for the Global Electronics Community
Explore our database of industry knowledge that fuels innovation, learning, and professional growth. Knowledge Hub is a collection of conference technical papers, webinars, presentations, on-demand video and more. You can search by author, title, keyword and type of content. You can also search for keywords and topics in the Tag field. Access to Knowledge Hub is reserved for members.
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Semi-Additive Process (SAP) Utilizing Very Uniform Ultrathin Copper by A Novel Catalyst
The demand for miniaturization and higher density electronic products has continued steadily for years and this trend is expected to continue, according to various semiconductor techno
.. read more
Liquid Metal Enabled Soft and Stretchable Electronics
This paper summarizes recent progress on utilizing liquid metals (LMs) consisting of gallium and gallium alloys for the electronics industry. While gallium is a component of existing electro
.. read more
A Comparative Life Cycle Assessment of Stretchable and Rigid Electronics: A Case Study of Cardiac Monitoring Devices
Stretchable electronics is a new innovation and becoming popular in various fields, especially in the health care sector. Since stretchable electronics use less Printed Circuit Boards (PCBs)
.. read more
Dispensing Performances of Liquid Metal Alloys Containing Organic Compound Additives as Thermal Interface Materials for IC module Applications
Liquid metal alloys (LMAs), GaIn, and Galinstan, have been paid considerable attention as thermal interface materials (TIM) for usage of thermal management in microprocessor packages, includ
.. read more
Study Of Performance of Liquid Metal Containing Different Contents of Ag Particular Additives for Thermal Interface Materials
In the present research, we have studied the influence of Ag additives on wettability, adhesion, oxidation, viscosity and modulus of liquid metal on two alloys – Liquid Metal 1 (“LM1”) (62.5
.. read more
Contact and Non-contact Deposition Strategies for Liquid Metal Alloys (LMA)
SINTEC is the project name for a Liquid metal alloy technology with the goal of creating flexible and stretchable electronics. These stretchable electronics are applicable to wearable
.. read more
Semi-Additive Process (SAP) Utilizing Very Uniform Ultrathin Copper by A Novel Catalyst
The demand for miniaturization and higher density electronic products has continued steadily for years and this trend is expected to continue, according to various semiconductor techno
.. read more
Liquid Metal Enabled Soft and Stretchable Electronics
This paper summarizes recent progress on utilizing liquid metals (LMs) consisting of gallium and gallium alloys for the electronics industry. While gallium is a component of existing electro
.. read more
A Comparative Life Cycle Assessment of Stretchable and Rigid Electronics: A Case Study of Cardiac Monitoring Devices
Stretchable electronics is a new innovation and becoming popular in various fields, especially in the health care sector. Since stretchable electronics use less Printed Circuit Boards (PCBs)
.. read more
Dispensing Performances of Liquid Metal Alloys Containing Organic Compound Additives as Thermal Interface Materials for IC module Applications
Liquid metal alloys (LMAs), GaIn, and Galinstan, have been paid considerable attention as thermal interface materials (TIM) for usage of thermal management in microprocessor packages, includ
.. read more
Study Of Performance of Liquid Metal Containing Different Contents of Ag Particular Additives for Thermal Interface Materials
In the present research, we have studied the influence of Ag additives on wettability, adhesion, oxidation, viscosity and modulus of liquid metal on two alloys – Liquid Metal 1 (“LM1”) (62.5
.. read more
Contact and Non-contact Deposition Strategies for Liquid Metal Alloys (LMA)
SINTEC is the project name for a Liquid metal alloy technology with the goal of creating flexible and stretchable electronics. These stretchable electronics are applicable to wearable
.. read more