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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High-Speed Design
Optimize Reliable Signals to Ensure Peak Performance
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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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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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Achieving PCI-e Compliance: Getting it Right the First Time
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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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DDR5 vs. DDR6: Advantages and Disadvantages
Learn more about DDR5 design challenges, particularly signal integrity issues, and how to compare DDR5 vs. DDR6 modules.
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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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Lost in Transmission: Solving Common Issues in High-Speed Design
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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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Why OrCAD Sigrity ERC
Watch this 2 minute video to learn why you need OrCAD Sigrity ERC and how it can help you find electrical issues in the early stage of the design to improve design efficiency and...
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Z-Axis and Package Pin Delay
Measure from true signal origin to end point through vias and through packages, not just the etch, so you can get timing right and ensure signal performance.
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Topology Exploration
OrCAD PCB SI provides a comprehensive Signal Integrity solution for the exploration, validation, and constraint for critical high-speed net. Through topology exploration and simulation, critical...
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Topology Assignment
Electrical net topology designed with high-speed constraints in OrCAD SI may easily been assigned to schematics net in OrCAD Capture.
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Real-Time Route Analysis
Real-time interactive checks help you easily find and fix common route quality issues that manufacturing DRC signoff checks miss.
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