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Vias, Sequential Lamination, and Plating: Navigating Their Role in Signal Integrity for PCB Design
Welcome to the fascinating world of PCB design, where the interplay of various elements shapes the heart of modern electronics. Today, let’s have a chat about something crucial but often underrated – the impact of vias, sequential lamination, and plating on signal integrity.
Vias, Sequential Lamination, and Plating: Navigating Their Role in Signal Integrity for PCB Design
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Understanding High-Power PCB Requirements
Pinpointing what constitutes a high-power design can be challenging. However, high-power designs generally involve currents measuring multiple amperes or voltages extending into the kilovolt range.
Understanding High-Power PCB Requirements
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Navigating The Choice Between Surface-Mount Devices and Through-Hole Components
Before constructing a PCB layout, engineers should take a few preparatory steps to streamline the layout creation. When designing digital and analog circuits, one crucial question is which technology to use.
Navigating The Choice Between Surface-Mount Devices and Through-Hole Components
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The Significance of Thermal Management in the PCB Design Process
Temperature influences electronic component behavior and characteristics in numerous ways. The effects are not limited to the components that get hot directly, but also those that are indirectly affected — for example, due to proximity or the PCB material’s thermal properties.
The Significance of Thermal Management in the PCB Design Process
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Managing Electromagnetic Interference in PCB Design
Ensuring electromagnetic (EMI) resistance and EMC compliance is paramount in designing PCBs, and adherence to standards is critical in multiple applications. EMI/EMC regulations govern the emission and susceptibility of electromagnetic radiation from electronic devices, ensuring that they operate harmoniously in their intended environments without causing interference with other devices.
Managing Electromagnetic Interference in PCB Design
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PCB Design Guidelines for DFM
Design for manufacturing (DFM) aims to create PCB designs that are functional, reliable, and testable while also meeting criteria that ensure the manufacturing house can reliably produce them at minimized costs. Designers can achieve DFM by understanding the basic steps involved in manufacturing PCBs, understanding key cost drivers, and following best-practice approaches across all phases of design.
PCB Design Guidelines for DFM
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Yes, the CHIPs Act was necessary, but so is expanding it.
From medical devices to fighter jets to the smartphones that have become another appendage for most, there is virtually no person who has been untouched by the need for microelectronics.
Yes, the CHIPs Act was necessary, but so is expanding it.
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Overcoming Common Pitfalls in High-Frequency PCB Design
High frequency (HF) and radio frequency (RF) are fundamental in multiple domains, such as aerospace, defense, and medicine, and are often encountered in communication systems, radar devices, and imaging equipment. However, the high frequencies usually involve challenges that PCB designers would not typically face in non-HF designs, such as the need for impedance matching, the skin effect, crosstalk, EMI issues, and reflections.
Overcoming Common Pitfalls in High-Frequency PCB Design
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Demystifying the PCB Design and Manufacturing Process
Printed circuit boards (PCBs) form the vital backbone of practically all modern electronic devices, as they facilitate the production of intricate yet reliable designs in large quantities.
Demystifying the PCB Design and Manufacturing Process
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AdvancedPCB Launches First-of-its-Kind PCBDay
The annual event will feature unprecedented exclusive discounts on printed circuit boards, increasing access to the rapidly expanding industry.
AdvancedPCB Launches First-of-its-Kind PCBDay
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