Nano Dimension Presents Production-Grade Printed Capacitors for PCBs

Posted by doEEEt Media Group
On November 6, 2021
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Nano Dimension Ltd., a leading additive electronics provider for electronics, announced that it has developed 3D printed capacitors with the Company’s pioneering DragonFly additive manufacturing system. These capacitors are embedded in the body of the additively manufactured printed circuit boards (PCBs), saving space and eliminating the need for assembly.

3D Printing of Electronic Components Creates New Manufacturing Possibilities

Posted by doEEEt Media Group
On May 6, 2021
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These thermoplastic filaments are often made with copper, but occasionally carbon and graphene are used instead. The latter are more brittle than copper, however, and have a tendency to shatter when subjected to significant vibrations.

Issue 40 of EUROPEAN PREFERRED PARTS LIST (EPPL)

Posted by Emilio Cano García
On July 21, 2020
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The changes in issue 39 of EUROPEAN PREFERRED PARTS LISTS (EPPL) are included in the DCR 1310 and detailed in this post

Researches Developed New Technology for 3D Print of High Conductivity Metal Materials

Posted by doEEEt Media Group
On May 27, 2020
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The 3D printing process is based on optical projection, similar to playing movies using a projector, to create programmed ultraviolet light illumination in a precursor solution, which is used to catalyze a chemical reaction. The UV light triggers photochemical reactions for metal nucleation and growth.

Radiation test strategies for a manufacturer

Posted by 3D
On February 14, 2020
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Things are becoming worse since the semiconductor came into a sub-micron and deep sub-micron era. New challenges and 3D PLUS radiation test strategies are presented.

Issue 38 of EUROPEAN PREFERRED PARTS LIST (EPPL)

Posted by Emilio Cano García
On August 12, 2019
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The changes in issue 38 of EUROPEAN PREFERRED PARTS LISTS (EPPL) are included in the DCR 1277 and detailed herein

LVDS Drivers and Receivers for Space Application

Posted by Manuel Sánchez Ruiz
On June 21, 2019
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As a continuation of our previous post “Low Voltage Differential Signaling (LVDS) overview” it is shown a brief comparison between some LVDS drivers and receivers for high reliability and space application from different manufacturers