Working with Power Supply Design Tools
Explore the significance of power supply design tools, featuring simulation, optimization, and compliance for efficient power supplies.
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Thermal Analysis
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Heat Sink Design for Power Electronics
Explore the significance of heat sink design for power electronics, material selection, and key parameters influencing efficiency.
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Thermistor: Function and Roles
Thermistors rely on a significant thermal coefficient of resistance value to operate dynamically in response to the current draw.
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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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Failure Modes Listings and Their Common Causes
Failure modes listings are heavily populated with thermal-induced defects due to the general aging effect of heat.
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Does Your Design Need a Heat Sink for SMD Components?
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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Embedded Copper Structures for Extreme PCB Thermal Management
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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How Packaging Styles Influence the Selection of Heat Sinks for SMD Components
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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Overview of Thermal Interface Materials for Electronics
Make sure you know how to use thermal interface materials in your PCB to direct heat dissipation in electronics.
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PCB Design for Thermal Performance: Solutions and Best Practices
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 Builds Better Boards
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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Understanding the Thermal Conductivity of a PCB
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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Materials for Thermal Barrier Coating Applications
Learn about the different materials available for thermal barrier coating applications.
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3D-ICs and the Importance of Heat Transfer Models
Learn more about the two techniques used for developing heat transfer models of 3D-ICs.
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Heat Dissipation Capabilities of Reactive Components in Electronic Circuits
The heat dissipation capability of an electronic component refers to the heat transfer process in it.
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Micro-Vias - An Answer to the High-Density Blues
Here are some tips for using micro-vias in your designs
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High Current PCB Design Guidelines for Reliability
Explore essential high-current PCB design guidelines, including via stitching, increased copper thickness, and thermal management strategies.
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PCB Thermal Management Techniques
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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Using PCB Thermal Simulation in the Pre-Development Design Phase
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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Allegro PCB Editor Demo
The Cadence® Allegro® PCB Editor helps bring your innovative and bleeding-edge designs to life.
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