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Würth Elektronik ICS at PCIM Europe 2025

04/14/2025 | Wurth Elektronik
Würth Elektronik ICS will be exhibiting at PCIM in Nuremberg from 6 to 8 May 2025. The specialist for PCB connection solutions in the high-current sector and inventor of Powerelements will be focussing on power electronics at exhibition stand 337 in hall A6.

Bosch Establishes Company with Element Six

04/08/2025 | Bosch
They cannot be grasped, either literally or figuratively. Yet their potential is revolutionary, and they are a key technology of the future. We are talking about quanta.

Element Solutions Announces Q3 2024 Financial Results

10/29/2024 | BUSINESS WIRE
Net sales of $645 million, an increase of 8% on a reported basis or 6% on an organic basis from the third quarter of 2023

Designer's Notebook: Heterogeneous Integration and High-density SiP Technologies

10/03/2024 | Vern Solberg -- Column: Designer's Notebook
Often, our primary goal is to maximize product functionality without increasing product size. Developing a multifunction silicon-based semiconductor (system-on-chip) for a specific product application, however, requires a significant investment in both engineering and financial resources. The problem is that many of the newer generations of semiconductor die have actually increased in size, with higher I/O and terminal pitch variations that have become significantly smaller.

The New Chapter: The Impact of Parasitics on PCB Design

08/28/2024 | Hannah Grace & Paige Fiet -- Column: The New Chapter
There are many considerations when planning and designing a board layout, and factors that include signal integrity, electromagnetic interference, and power integrity must be considered. Newer board designers often forget one factor crucial to a PCB’s performance and reliability, namely board parasitics, which usually refers to an unintended electrical effect in electronic components and interconnections. This can often lead to significant changes in the physical characteristics of the layout of the PCB. Typically, in board design, parasitics look similar to the length of a trace or a wire. Each trace is slightly resistive, slightly inductive, and slightly capacitive. These are commonly known as parasitic capacitance, parasitic inductance, and parasitic resistance.
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