QorvoInsights
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MEMS Force Sensors Give Listeners A Better TWS Experience
1/22/2024
Devices that require mechanical buttons can add complexity and cost to the manufacturing and quality testing processes. Force sensors are one way to simplify manufacturing and reduce costs.
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Exploring Automated Frequency Coordination (AFC) In The Wi-Fi 6GHz Realm
1/22/2024
Examine the implications of Wi-Fi 6E/7 tri-band coexistence measures and how the FCC is working to ensure a harmonious coexistence between Wi-Fi and other licensed and unlicensed radios in the US.
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Matter And Qorvo Provide Designers With A Game-Changing Boost
1/3/2024
Discover the impact of Matter's standardization and Qorvo's technological solutions in simplifying IoT devices and streamlining system design for a user-friendly and efficient smart home experience.
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The Transition From Si To SiC In Power Electronics
1/2/2024
There's been a shift in use from traditional silicon (Si) to silicon carbide (SiC) in power electronics. Explore the advantages that make SiC a breakthrough power electronic technology of the future.
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Power Solutions For GaN PAs
11/20/2023
Learn how PMICs can design and control RF GaN PA technology in various applications and help overcome hurdles in RF Front-End (RFFE) design to help achieve peak performance.
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Free And Fast Circuit Simulation For Mixed Analog And Digital
11/13/2023
QSPICE, an advanced SPICE simulator, redefines circuit analysis with groundbreaking mixed-signal capabilities. Its creators detail what makes it a game-changer for design engineers.
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Closing The Gap: How Force Sensors Fuel Novel HMI Designs
10/25/2023
Unlike traditional touch technologies, force-sensing MEMS devices redefine interfaces, eliminating the need for mechanical buttons and enabling gapless, waterproof designs.
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True Time Delay: What It Is And How It Works
10/25/2023
Discover how Phased Array Antennas adapt with wider bandwidths, true time delay, and AESA advancements, optimizing beam steering and improving signal quality.
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Power Solutions For Phased Radar
9/25/2023
Gallium Nitride (GaN) technology, with its higher power, wider bandwidth, and high breakdown voltage, has evolved and found a niche in radar systems, with PMICs simplifying its operational requirements.
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Wide Bandgap FETs Make Regulating High Voltage Simple
9/25/2023
Wide bandgap FETs simplify high-voltage regulation, offering improved performance and eliminating the need for a negative rail in comparison to older transistor-based designs.