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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Additively Manufactured Electronics Technology
On November 15, 2023, we provided an overview of Additively Manufactured Electronics (AME)—a technology that enables 3D printing of functional circuit boards and advanced electronic devices.
.. read more
Realization of a New Concept for Power Chip Embedding
Embedded components technology has launched its implementation in volume products demanding high levels of miniaturization. Small modules with embedded dies and passive components on the top
.. read more
Advances in Multi-level and Multi-materialAdditively Manufactured Electronic (AME) Circuits and Devices
Multilevel Additively Manufactured (AME) circuits and devices have been enabling circuit design and implementation that is not possible or is very expensive using traditional methods such as
.. read more
Thermal Improvement in 3D Embedded Modules Using Copper Bar Vias
The combination of increased I/O density, reduced footprint, and multi-die capability within a single platform makes embedded die an attractive solution. The benefits of embedding active die
.. read more
Embedded Inductors with Laser Machined Gap
This work presents the fabrication of embedded inductors and the experimental laser machining of gaps in the underlying ferrite structure. Design calculations are presented for a test coupon of
.. read more
Connecting to Embedded Components Using TLPS (Transient Liquid Phase Sintering) Pastes in Via Layers
The electronics industry trend continues to be to continually increase capability and performance within an existing or smaller footprint. Shoehorning all of the required components onto the ex
.. read more
Implementing Embedded Component from Concept-To-Manufacturing
The utilization of embedded components has increased across many applications in various industries,and with rapid emergence of technologies and the need to secure IP,new methodologies are bein
.. read more
Embedded Components: A Comparative Analysis of Reliability Part II
In light of new process and product technologies in the field of embedded components,questions arise with respect to advantages and potential disadvantages to standard SMT component placement w
.. read more
Simulation of Embedded Components in PCB Environment and Verification of Board Reliability
Embedded components technology has launched its implementation in volume products demanding for highest miniaturization level. Small modules with embedded dies and passive components on the top
.. read more
Warpage Optimization of Printed Circuit Boards with Embedded Active and Passive Components
Importance of the properties during curing:
- Curing analysis has to be carried in a PCB level to improve understanding warpage mechanism. Specially it is very important in a laminating process
.. read more
Printable Materials and Devices
Printing technologies provide a simple solution to build electronic circuits on low cost flexible substrates. Materials will play an important role for developing advanced printable technology.
.. read more
Design and Process Implementation Principles for Embedded Components
Vern Solberg is an independent consultant specializing in SMT and microelectronics design and manufacturing technology. He has served the industry for more than twenty-five years in areas relat
.. read more
Embedded Components: A Comparative Analysis of Reliability
In light of new process and product technologies in the field of embedded components,questions arise with respect to
advantages and potential disadvantages to standard SMT component placement w
.. read more
Industrial PCB Development using Embedded Passive & Active Discrete Chips Focused on Process and DfR
For several years,3D-integration approaches have been explored to keep pace with the continuous trends towards electronics
miniaturization and densification. Numerous technologies issued from v
.. read more
Manufacture and Performance of a Z-interconnect HDI Circuit Card
More and more circuit board designs require signals paths that can handle multi-gigahertz frequencies. The challenges for organic circuit boards,in meeting these electrical requirements,include
.. read more
Designing Resistors to Embed
Embedding resistors right into the printed circuit board substrate is not new,but it is gaining momentum as a rapidly
emerging and pivotal technology for the PCB industry,perhaps preceded only
.. read more
The Electronic Considerations of Embedded Passive Components in Optical PCB Fabrication
The current technology includes transmission of between optical units (typically modulated laser sender and receiver units) and fiber optic cables or flexible kapton fiber optic cables with whi
.. read more
Manufacturing Embedded Resistors
Increasing component density and the requirements of higher performance electronic devices are driving the development of embedded passive devices in the printed circuit board (PCB). The benefi
.. read more
New Non-Reinforced Substrates for use as Embedded Capacitors
As CPUs increase in performance,the number of passive components on the surface of the boards are increasing dramatically. To reduce the number of components,as well as improve the electrical p
.. read more
Embedded Ceramic Resistors and Capacitors in PWB-Process and Design
Design and processing of ceramic resistors and capacitors fired onto copper foil and embedded into FR4 circuit
boards are presented and discussed. Evolution of design guidelines and processing
.. read more
Embedded Passives Technology Implementation in RF Applications
Motorola has developed a suite of technologies for embedding resistors,inductors,and capacitors in HDI printed
wiring boards. This paper describes the technology and presents a case study demon
.. read more
Implementation of Embedded Resistor Trimming for PWB Manufacturing
In the Printed Wiring Board (PWB) industry,the growing demand for a higher number of circuit components to be
contained in smaller circuit areas requires that some of the passive components (re
.. read more
Trimming and Printing of Embedded Resistors Using Demand-Mode Ink-Jet Technology and Conductive Polymer
This paper presents a method both to enhance the yield of embedded resistor processes and to print embedded resistors using drop-on-demand ink-jet device capable of dispensing a precise volume
.. read more
Additively Manufactured Electronics Technology
On November 15, 2023, we provided an overview of Additively Manufactured Electronics (AME)—a technology that enables 3D printing of functional circuit boards and advanced electronic devices.
.. read more
Realization of a New Concept for Power Chip Embedding
Embedded components technology has launched its implementation in volume products demanding high levels of miniaturization. Small modules with embedded dies and passive components on the top
.. read more
Advances in Multi-level and Multi-materialAdditively Manufactured Electronic (AME) Circuits and Devices
Multilevel Additively Manufactured (AME) circuits and devices have been enabling circuit design and implementation that is not possible or is very expensive using traditional methods such as
.. read more
Thermal Improvement in 3D Embedded Modules Using Copper Bar Vias
The combination of increased I/O density, reduced footprint, and multi-die capability within a single platform makes embedded die an attractive solution. The benefits of embedding active die
.. read more
Embedded Inductors with Laser Machined Gap
This work presents the fabrication of embedded inductors and the experimental laser machining of gaps in the underlying ferrite structure. Design calculations are presented for a test coupon of
.. read more
Connecting to Embedded Components Using TLPS (Transient Liquid Phase Sintering) Pastes in Via Layers
The electronics industry trend continues to be to continually increase capability and performance within an existing or smaller footprint. Shoehorning all of the required components onto the ex
.. read more
Implementing Embedded Component from Concept-To-Manufacturing
The utilization of embedded components has increased across many applications in various industries,and with rapid emergence of technologies and the need to secure IP,new methodologies are bein
.. read more
Embedded Components: A Comparative Analysis of Reliability Part II
In light of new process and product technologies in the field of embedded components,questions arise with respect to advantages and potential disadvantages to standard SMT component placement w
.. read more
Simulation of Embedded Components in PCB Environment and Verification of Board Reliability
Embedded components technology has launched its implementation in volume products demanding for highest miniaturization level. Small modules with embedded dies and passive components on the top
.. read more
Warpage Optimization of Printed Circuit Boards with Embedded Active and Passive Components
Importance of the properties during curing:
- Curing analysis has to be carried in a PCB level to improve understanding warpage mechanism. Specially it is very important in a laminating process
.. read more
Printable Materials and Devices
Printing technologies provide a simple solution to build electronic circuits on low cost flexible substrates. Materials will play an important role for developing advanced printable technology.
.. read more
Design and Process Implementation Principles for Embedded Components
Vern Solberg is an independent consultant specializing in SMT and microelectronics design and manufacturing technology. He has served the industry for more than twenty-five years in areas relat
.. read more
Embedded Components: A Comparative Analysis of Reliability
In light of new process and product technologies in the field of embedded components,questions arise with respect to
advantages and potential disadvantages to standard SMT component placement w
.. read more
Industrial PCB Development using Embedded Passive & Active Discrete Chips Focused on Process and DfR
For several years,3D-integration approaches have been explored to keep pace with the continuous trends towards electronics
miniaturization and densification. Numerous technologies issued from v
.. read more
Manufacture and Performance of a Z-interconnect HDI Circuit Card
More and more circuit board designs require signals paths that can handle multi-gigahertz frequencies. The challenges for organic circuit boards,in meeting these electrical requirements,include
.. read more
Designing Resistors to Embed
Embedding resistors right into the printed circuit board substrate is not new,but it is gaining momentum as a rapidly
emerging and pivotal technology for the PCB industry,perhaps preceded only
.. read more
The Electronic Considerations of Embedded Passive Components in Optical PCB Fabrication
The current technology includes transmission of between optical units (typically modulated laser sender and receiver units) and fiber optic cables or flexible kapton fiber optic cables with whi
.. read more
Manufacturing Embedded Resistors
Increasing component density and the requirements of higher performance electronic devices are driving the development of embedded passive devices in the printed circuit board (PCB). The benefi
.. read more
New Non-Reinforced Substrates for use as Embedded Capacitors
As CPUs increase in performance,the number of passive components on the surface of the boards are increasing dramatically. To reduce the number of components,as well as improve the electrical p
.. read more
Embedded Ceramic Resistors and Capacitors in PWB-Process and Design
Design and processing of ceramic resistors and capacitors fired onto copper foil and embedded into FR4 circuit
boards are presented and discussed. Evolution of design guidelines and processing
.. read more
Embedded Passives Technology Implementation in RF Applications
Motorola has developed a suite of technologies for embedding resistors,inductors,and capacitors in HDI printed
wiring boards. This paper describes the technology and presents a case study demon
.. read more
Implementation of Embedded Resistor Trimming for PWB Manufacturing
In the Printed Wiring Board (PWB) industry,the growing demand for a higher number of circuit components to be
contained in smaller circuit areas requires that some of the passive components (re
.. read more
Trimming and Printing of Embedded Resistors Using Demand-Mode Ink-Jet Technology and Conductive Polymer
This paper presents a method both to enhance the yield of embedded resistor processes and to print embedded resistors using drop-on-demand ink-jet device capable of dispensing a precise volume
.. read more