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Stay connected with the latest news, developments, and tips in electronic design
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Read ArticlePower Supply Design for 12V: Challenges and EMI Reduction Tips
Power supply design for 12v electronics maintains traditional power supply design requirements and vulnerabilities.
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Read ArticleDesigning a Flex PCB Prototype: PCB Design Tips and Considerations
Designing a flex PCB prototype will test your ability for layout with time and material constraints, as well as require cost considerations.
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Read ArticleLinear Sweep Voltammetry for Batteries and Regulator Design
Linear sweep voltammetry and cyclic voltammetry measurements are critical for examining battery operating ranges and designing charging systems.
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Read ArticleInductive Circuits and Using Kirchhoff’s Current Law
Current in electronics is an eternal process of consideration and reconsideration. Inductive currents can be particularly difficult to match or determine necessities for.
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Read ArticleSelective Laser Sintering (SLS) and How It Works in Electronics Manufacturing
Selective laser sintering is a process used in PCB manufacturing to try and speed up and add cost efficiency to an additive manufacturing workflow.
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Read ArticleWhat Are The Advantages Of Rigid Flex PCB
Rigid flex PCBs can have advantages ranging far and wide from easing enclosure and mechanical constraints to improving manufacturing yields.
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Read ArticleWorking with Thin Film Resistor Components in Your Next PCB
Using a thin-film resistor provides lower profile and more reliable operation up to high frequency.
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Read ArticleForce and Pressure Sensors with Piezoelectric Load Cell Transducers
Piezoelectric load cell transducers provide high sensitivity measurements with broad range and low threshold.
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Read ArticleChoosing Schematic Grid Sizes to Increase Your Design Productivity
To create complex schematics, you need a lot of control over your design environment including choosing schematic grid sizes. Here is more about that.
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Read ArticleDefining Design Intent in PCB Design CAD Tools
If you’ve got an action plan for your PCB design, then you’re on your way to defining design intent. But there may be more to design intent than you realize.
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Read ArticleDo Your Circuits Need a Schottky Diode?
Schottky diode components are less well-known than silicon diodes, but they provide some important advantages in rectifying circuits.
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Read ArticleWorking with Standardized IEEE 315-1975 E-CAD Symbols
PCB schematics can be complex and difficult to read, especially if non-standard symbols are used on it. Here’s how using a standard like IEEE 315-1975 can help.
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Read ArticleCircuit Design Tips for a 4x4 Matrix Keypad
When creating and installing a 4x4 matrix keypad in your device, you’ll want to keep these reminders in mind.
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Target Impedance Values in PDN Design
Working through your target impedance values for a power delivery network is important to ensure your device can function at full capacity at all times.
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Read ArticlePCB Design for Laser Flash Analysis in Manufacturing
By understanding Laser Flash Analysis in manufacturing you can design for optimized board build. In this blog, we show you how.
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Read ArticleWorking with STEP Enclosure Models in PCB Design
With STEP enclosure models giving the PCB designer access to mechanical design features inside of the layout tools, there are fewer PCB design mistakes.
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Read ArticleSiC SPICE Model and Analysis for New MOSFETs
If you’re building power amplifiers or RF amplifiers, you need SiC SPICE model and analysis tools in your PCB design software.
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Read ArticleLayout Tips for Flex PCB Design
Working with flex PCB designs has some unique differences from a regular PCB layout. If this is new for you, here is some information that may help you.
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Read ArticleUnderstanding Grid Basics in PCB Design
Grid basics for PCB design will help you to maintain a better design flow when laying out your circuit board for electronic production.
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Read ArticleOn Printed Circuit Board Stiffeners - Making the Rigid PCBs Actually Rigid
When the term “Stiff as a board” was coined, they were not talking about printed circuit boards. Resin, fiber, and copper that make up the typical PCB stack-up are all ductile materials.
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