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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A Case for Multiple Sheet Resistivities for Thin Film Embedded Resistor Packaging Applications
Designers of high performance electronics continue to have system requirements that necessitate the implementation of embedded resistors in microelectronic package and multilayer printed circui
.. read more
Use of EDXRF for RoHS Compliance Screening in PCBA Manufacturing
With the enactment of the European Union (EU) ROHS Directive 2002/95/EC (Ref.1),certain electrical and electronic products that are manufactured in or exported to the European Union have restri
.. read more
Design for Manufacture – Ceramic Thick-Film Embedded Capacitors
Embedding discrete capacitors right into printed circuit boards (PWB),although not new,is part of a pivotal technology for
the PWB industry. For example,the ability to locate decoupling capacit
.. read more
Designing Embedded Resistors and Capacitors
Embedded passives,i.e.,resistors and capacitors built right into the printed circuit board substrate,is a rapidly emerging and
pivotal technology for the PCB industry preceded only by the plate
.. read more
Design Considerations for Thin-Film Embedded Resistor and Capacitor Technologies
Embedded passives technologies can provide benefits of size,performance,cost,and reliability to high density,highspeed
designs. A number of embedded passive technology solutions are available t
.. read more
“Built-In-Trace” Resistors
The newly developed Ohmega-Ply “Resistor-Built-in-Trace” technology uses low-ohmic resistive materials for embedded
resistors congruent to the circuitry in a multilayer PCB or HDI substrate. Hi
.. read more
Stress Effects on Thin Film Nichrome Embedded Resistor Tolerance
Electronic devices with high performance are becoming smaller and lighter. The passive components required to
enable high performance consume premium space on the surface of the printed circuit
.. read more
A Case for Multiple Sheet Resistivities for Thin Film Embedded Resistor Packaging Applications
Designers of high performance electronics continue to have system requirements that necessitate the implementation of embedded resistors in microelectronic package and multilayer printed circui
.. read more
Use of EDXRF for RoHS Compliance Screening in PCBA Manufacturing
With the enactment of the European Union (EU) ROHS Directive 2002/95/EC (Ref.1),certain electrical and electronic products that are manufactured in or exported to the European Union have restri
.. read more
Design for Manufacture – Ceramic Thick-Film Embedded Capacitors
Embedding discrete capacitors right into printed circuit boards (PWB),although not new,is part of a pivotal technology for
the PWB industry. For example,the ability to locate decoupling capacit
.. read more
Designing Embedded Resistors and Capacitors
Embedded passives,i.e.,resistors and capacitors built right into the printed circuit board substrate,is a rapidly emerging and
pivotal technology for the PCB industry preceded only by the plate
.. read more
Design Considerations for Thin-Film Embedded Resistor and Capacitor Technologies
Embedded passives technologies can provide benefits of size,performance,cost,and reliability to high density,highspeed
designs. A number of embedded passive technology solutions are available t
.. read more
“Built-In-Trace” Resistors
The newly developed Ohmega-Ply “Resistor-Built-in-Trace” technology uses low-ohmic resistive materials for embedded
resistors congruent to the circuitry in a multilayer PCB or HDI substrate. Hi
.. read more
Stress Effects on Thin Film Nichrome Embedded Resistor Tolerance
Electronic devices with high performance are becoming smaller and lighter. The passive components required to
enable high performance consume premium space on the surface of the printed circuit
.. read more