Featured Articles
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Ultra-Wideband: At Home On The Range
10/7/2024
Explore how a technology leader developed a UWB-based solution to track cattle on dairy farms. This innovative system enhances animal welfare, productivity, and overall farm efficiency.
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Overcoming Design Challenges: Brushless DC Motors And Drives
10/7/2024
Electric motors are essential in modern life and consume half of global electricity. BLDC motors offer high efficiency and longevity but require complex control.
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Connectivity Solutions For IoT That Work Smarter
9/9/2024
Discover how our cutting-edge technology is shaping the future of smart home devices. Explore our solutions and learn how to create seamless and intuitive experiences.
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Qorvo SiC Product Selector Guide
9/9/2024
Discover the latest advancements in SiC FETs, JFETs, modules, and Schottky diodes, offering unmatched efficiency and reliability.
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The Role Of LEO Satellites In The Wireless Expansion
9/9/2024
Explore how LEO satellites are transforming communication landscapes, enabling global connectivity and next-generation applications.
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Enabling High Capacity Satellite System Terminals
8/26/2024
The satellite communications industry is growing rapidly as ICs for phased array antennas are being developed, setting benchmarks for high-performance and low-cost flat panel antennas.
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Envisioning an AI-Powered Future For Smart Homes
8/14/2024
Qorvo's Eric Creviston discusses the future of IoT, highlighting the importance of Matter, UWB, and AI in creating seamless, secure smart homes.
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SiC E1B Modules Technical Overview
8/14/2024
Explore SiC E1B power modules that offer enhanced power density and efficiency for industrial power systems. Key design guidelines ensure reliable implementation of these fast-switching devices.
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Warehouse Logistics Challenges? UWB Says, "Hold My Beer"
7/31/2024
Struggling with outdated RFID systems, see how Budweiser Budvar Brewery turned to Ultra-Wideband (UWB) technology to tackle its complex logistics challenge.
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An Op-Ed On Op-Amp Modeling
7/17/2024
Op-amp circuit design has long faced simulation challenges. Let's explore an innovative approach to accurate op-amp modeling that aims to resolve longstanding issues and empower designers.