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Learn about the advantages and disadvantages of different eye diagram measurement techniques for hardware development and how to choose the best one.
Learn how to avoid and overcome some of the most frequent SI and PI problems and myths that can impact your hardware development.
Learn how to avoid errors and improve your hardware design by ensuring consistency between your PCB layout and schematic. Follow these simple tips and tools to…
Learn how to select and use the best battery and charger for your low-voltage and low-current hardware projects, such as sensors, wearables, or smart devices.
Learn six steps to create a hardware documentation checklist for your hardware development project. Improve your documentation quality and efficiency.
Learn how to use amplifiers, transistors, or op-amps for impedance matching in circuit design. Find out the advantages and disadvantages of active devices for power…
Learn how to choose and obtain the right components and materials for your PCB prototypes with these practical tips and best practices.
Learn how to use PCB design software and tools to improve your workflow and productivity as a hardware developer. Discover how to plan, design, fabricate, test, and…
Learn the best practices for managing thermal issues in PCB design, such as choosing the right materials, optimizing the layout, applying thermal analysis, and more.
Learn how to choose the right tools, plan and document your process, communicate and collaborate effectively, test and iterate frequently, validate and verify your…
Learn how to solder and assemble PCB prototypes for hardware development. This article covers tips for choosing, preparing, soldering, assembling, cleaning, and…
Learn about the common sources and types of crosstalk in hardware development, and how to reduce or avoid it with practical techniques.
Learn how to perform signal integrity (SI) analysis and testing on a high-speed PCB using common tools and methods. Follow these steps to ensure optimal SI.
Learn how to calculate and analyze the bit error rate (BER) and the signal-to-noise ratio (SNR) of your hardware devices, and how to overcome some common challenges…
Learn how to identify, assess, mitigate, prevent, detect, and respond to hardware security and privacy risks with six practical steps and tips.
Learn how to choose the best thermal interface material for your electronic device. Consider different types, properties, selection, application, testing, and…
Learn how to generate, interpret, measure, improve, and verify your digital signals using eye diagrams. Discover the best tools and methods for eye diagram analysis…
Learn the key tips and tricks for routing differential pairs on a high-speed PCB. Improve your signal quality, noise immunity, and performance with this guide.
Learn what are the most important features and functions of hardware simulation software for hardware development projects.
Learn how to design low-voltage and low-current devices for harsh environments and extreme conditions with these six key aspects and best practices.
Learn how to choose and use batteries and energy storage devices for your hardware projects that rely on renewable or off-grid power sources.