Mixed Signal Design for the Next Generation of Devices
Here are some of our favorite methodologies for mixed signal design, including routing, component placement, and tips for shielding.
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High-Speed Design
Optimize Reliable Signals to Ensure Peak Performance
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Automotive Circuit Design Essentials
A discussion and overview of automotive circuit design requirements, attributes, tips, and regulations.
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IoT Design Tips and Methodologies
Learn how to conduct IoT design for the next generation of devices. Low power, wireless, and mixed signal designs are covered in our brief article.
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The Last Mile of PCB Design: How to Clean Up Your Layout
The final step in PCB design before creating deliverables is to clean up the PCB layout.
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The Function and Design of GPS PCBs
Learn about how GPS PCBs work as well as some critical design guidelines in this brief article.
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Achieving PCI-e Compliance: Getting it Right the First Time
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What is Worst-Case Circuit Analysis?
High-reliability designs require the most comprehensive look at performance. See what you can learn about your designs with worst-case circuit analysis.
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The Causes of Electrolytic Capacitor Degradation
Learn what causes electrolytic capacitor degradation and how this degradation impacts the useful life of electrolytic capacitors.
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PCBs With Application-Specific Integrated Circuits for Machine Learning
Application-specific integrated circuits with machine learning capabilities are speeding up the development of advanced electronics.
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Lost in Transmission: Solving Common Issues in High-Speed Design
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Comparing UART vs. SPI Speed
When comparing UART vs. SPI speed, sending data over short distances is always faster with SPI.
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Comparing SMD Capacitors vs. Electrolytic Capacitors
Learn the advantages of capacitors based on mounting technology and compare the benefits of SMD capacitors vs. electrolytic capacitors using through-hole technology.
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CAN Bus Layout, Nodes, and Bus Line Termination
Learn more about CAN bus layouts, nodes, and bus line termination in our brief article.
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Converting 4-20 mA Receiver Circuit Current to Voltage Using a Shunt Resistor
Learn why inserting a precision shunt resistor across the terminals of a 4-20 mA receiver circuit provides the most effective method of current to voltage conversion.
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Optimizing Your High Frequency PCB Design Layout
Creating an excellent high frequency PCB design can be challenging. However, you can optimize the process by following a well-defined three-step plan.
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Applying Machine Learning Algorithms to Circuit Design
Improve the performance, power, and area of your system by incorporating machine learning into your circuit design process.
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Mixed Signal PCB Design Guidelines for Circuit Board Layout
Mixed signal PCB design guidelines are an important part of developing a well-designed PCB layout.
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Basic PCB Component Placement Guidelines
Avoid functional and manufacturing problems with your design by following these PCB component placement guidelines.
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Types of Transmission Lines in High-Speed PCB Layout
To ensure good signal integrity, circuit board designers must fully understand the principles and applications of different types of transmission lines.
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Signal Integrity for High-Speed Design in PCB Layout
With today’s signal speeds in printed circuit boards, signal integrity for high-speed design is a major concern.
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PCB Via Design Rules for Circuit Board Layouts
Here are a few key things to remember to better understand and properly use the PCB via design rules in your circuit board layout.
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What is OrCAD Sigrity ERC?
OrCAD® Sigrity™ Electrical Rules Check (ERC) enables PCB designers to screen a PCB design for signal quality without having to assign any simulation models or to be a signal integrity expert.
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