PCB Thermal Analysis Tools Improve Reliability
PCB thermal analysis tools can utilize simplified models or computationally-intensive simulations, depending on the level of accuracy needed.
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PCB thermal analysis tools can utilize simplified models or computationally-intensive simulations, depending on the level of accuracy needed.
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Failure modes listings are heavily populated with thermal-induced defects due to the general aging effect of heat.
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A heat sink for SMD components may be necessitated by high heat sources in a design; some analysis tools are provided to determine whether that’s the case.
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Extreme PCB thermal management demands extreme copper. See how heavy copper is taken to the next level with embedded copper structures like copper coins.
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Learn the different ways of connecting heat sinks for SMD components as well as how packaging style influences heat sink selection.
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Make sure you know how to use thermal interface materials in your PCB to direct heat dissipation in electronics.
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Solutions for optimizing your PCB design for thermal performance include reducing hot spots, careful component selection, and increasing overall thermal efficiency.
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Failure mode and effects analysis is an important diagnostic step in the pre-production runup to manufacturing, ensuring the stalwartness of a design.
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Learn about effective parallel and normal thermal conductivities of PCBs and why the thermal conductivity of a PCB is such a crucial parameter in PCB design.
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Learn about the different materials available for thermal barrier coating applications.
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The heat dissipation capability of an electronic component refers to the heat transfer process in it.
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Here are some tips for using micro-vias in your designs
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To help control thermal problems in a PCB design, it is important to understand via stitching for high-current traces.
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An overheated PCB is likely to malfunction, which is why proper PCB thermal management is such a vital part of ensuring the reliability of an electronics design.
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The impact of heat on PCB performance, reliability, and efficiency is significant, making it necessary to run PCB thermal simulations of design layouts to ensure electronic product designs are optimiz
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The Cadence® Allegro® PCB Editor helps bring your innovative and bleeding-edge designs to life.
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Thermal resistance is a significant parameter controlling the heat flow from the component junction to the heat sink in electronic packages.
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A 4-pin PWM header works to balance noise and PC temperature—read on to learn more about the benefits of 4-pin PWM headers and what you need to design a fan controller.
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This article is about PCB effective thermal conductivity, factors that affect its efficiency and accuracy, and what to consider during thermal modelling design.
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This article will discuss how temperature hysteresis works and some design considerations for building a temperature hysteresis controller.
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