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 Signal Integrity Measuring Methodology in the Extraction of Wide Bandwidth Environmental Coefficients
In technology tendency,signal integrity performance gets more critical upon today’s higher signal transmission speed and quantity demand in every field of applications such as computer CPU and
.. read more
PCB Board Design Considerations for Impedance Control and Optimal Signal Integrity in High Speed Digital and RF Systems
For the electronics on PCB’s,dielectric materials provide not only material and media support for the high-speed digital and RF systems,but also electrical performance. Impedance control and si
.. read more
High-Bandwidth Coaxial PWB Transmission Line Probe
The design and evaluation of a wide bandwidth (3 dB attenuation bandwidth > 20 GHz),50 S,coaxial probe for the
electrical characterization of printed wiring board (PWB) transmission lines is de
.. read more
A Study on Coplanar Structures for High Speed Transmission
Demand for higher speed digital signal processing is notable today in the electronics industry. To meet this demand,circuit
designs that employ coplanar structure,either for both single-end and
.. read more
Optimal PCB Test Trace Design for Improved Quality Control
A common industry practice is to confirm the characteristic impedance of critical PCB traces meet specified performance
tolerances before any components are attached. A popular technique is to
.. 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
Transmission Line Basics,Why Use 'Em At All
It is not often understood that when electrical signals travel along a wire or trace --- they reflect. Always! We intuitively understand that when we send audio waves across a room,a field or a
.. read more
A Signal Integrity Measuring Methodology in the Extraction of Wide Bandwidth Environmental Coefficients
In technology tendency,signal integrity performance gets more critical upon today’s higher signal transmission speed and quantity demand in every field of applications such as computer CPU and
.. read more
PCB Board Design Considerations for Impedance Control and Optimal Signal Integrity in High Speed Digital and RF Systems
For the electronics on PCB’s,dielectric materials provide not only material and media support for the high-speed digital and RF systems,but also electrical performance. Impedance control and si
.. read more
High-Bandwidth Coaxial PWB Transmission Line Probe
The design and evaluation of a wide bandwidth (3 dB attenuation bandwidth > 20 GHz),50 S,coaxial probe for the
electrical characterization of printed wiring board (PWB) transmission lines is de
.. read more
A Study on Coplanar Structures for High Speed Transmission
Demand for higher speed digital signal processing is notable today in the electronics industry. To meet this demand,circuit
designs that employ coplanar structure,either for both single-end and
.. read more
Optimal PCB Test Trace Design for Improved Quality Control
A common industry practice is to confirm the characteristic impedance of critical PCB traces meet specified performance
tolerances before any components are attached. A popular technique is to
.. 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
Transmission Line Basics,Why Use 'Em At All
It is not often understood that when electrical signals travel along a wire or trace --- they reflect. Always! We intuitively understand that when we send audio waves across a room,a field or a
.. read more