GaAs pHEMT Technology Supports High Power, High Efficiency, and High-Frequency Applications
Here are the key advantages and applications of GaAs pHEMT technology that you should know about.
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IoT Applications in Agriculture, Healthcare, and Beyond
IoT applications save money and support reliable and efficient devices in a variety of industries. Learn more here.
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The Significance of GaAs and SiC Materials in MESFET Technology
Learn about the advantages and applications of GaAs MESFETs in this article.
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Controlling Output With a Voltage Divider Power Supply
A voltage divider power supply can be utilized to set output voltage based on resistor value ratios, a relatively simple adjustment during testing or design.
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A Quick Guide to Voltage Regulation
Here we discuss what voltage regulation is, how it functions in the context of transmission lines, and compare voltage regulation technologies.
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3D PCB Design and Analysis: ECAD/MCAD and Where They Converge
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How Many PCB Layers Are Needed in a Stackup?
Your PCB layer count is simple to determine if you know which components you plan to use and you can determine power requirements for your major components.
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RF Design: The Wave of the Future
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How to Properly Store Electronic Components
In this article, we’ll cover electronic component storage conditions and some measures designers can take to protect component inventories.
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Why Your Triac Won't Turn Off
Sometimes, a triac will not turn off during operation. We’ll show some cases where a triac will not turn off and what the solutions can be.
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What is a Phototriac?
Just like a phototransistor, a phototriac can be used to modulate a conduction in two directions with an AC signal.
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PDN: Gives Your Board Life
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Power Supply Design for 5V: A Historical Motivation
Learn the origins of 5V as well as the key considerations for power supply design for 5V here.
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Achieving PCI-e Compliance: Getting it Right the First Time
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Mechanical PCB Outline Transfer - Room for Better Communication
Better communication between the MCAD and ECAD worlds allow for a smoother PCB layout process
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Interface Control Drawings - Bridging the Gap in the Signal Chain
Learn what's necessary within Interface Control Drawings
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Lost in Transmission: Solving Common Issues in High-Speed Design
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URLLC Use Cases in Healthcare and Beyond
Learn how URLLC use cases are changing a variety of industries, including supporting medical technology advancements.
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Power Supply Design for Embedded Systems
Power supply design for embedded systems requires some knowledge of the hardware and software components that support the device.
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FLEXing Like a PCB Expert
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QFN Package Thermal Resistance Supports High Power Applications
Learn how QFN package thermal resistance supports high power applications.
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Key Considerations for Linear Power Supply Design
Learn how to create a basic linear power supply design, including applications and design tips.
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Exploring Topologies: DC Power Supply Design Basics
DC power supply design basics include some of the forks in topology, such as linear versus switched mode power supply and isolation versus non-isolation.
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Common Sources of BOM Rejection and How to Prevent Them
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Electronic Product Design and Development
Electronic product design and development is financially motivated by any moderate-and-up PCB lot size and operates by minimizing cost incrementally.
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10 Common DFM Issues and How to Fix Them
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Should You Use an Optocoupler or Optotriac for AC Isolation?
Two types of optical isolators – optocouplers and optotriacs – are discussed in this guide.
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Your Route to Design Success
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What Casues Skew in SMD Components?
Skew in an SMD component originates from uneven solder temperature distribution across SMD pads. Learn about how to overcome these problems in this article.
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