Stop spending months on low-level driver development—discover how a modern microcontroller ecosystem can take you from concept to a fully functional remote…
Stop spending months on low-level driver development—discover how a modern microcontroller ecosystem can take you from concept to a fully functional remote oil-monitoring system in a fraction of the time.
Discover how to apply agile methods to hardware development. Boost speed, reduce risk, and build smarter electronics solutions.
Discover how to apply agile methods to hardware development. Boost speed, reduce risk, and build smarter electronics solutions.
Download the white paper to compare eFPGA implementation approaches and identify the right solution for your next SoC design.
Download the white paper to compare eFPGA implementation approaches and identify the right solution for your next SoC design.
In this whitepaper paper, we address both core challenges with adopting generative AI by introducing a novel pipeline to…
In this whitepaper paper, we address both core challenges with adopting generative AI by introducing a novel pipeline to run LLMs on power-efficient embedded applications processors, using model optimization and RAG.
Learn practical techniques for improving efficiency, thermal performance, EMI behavior, and stability in low-voltage,…
Learn practical techniques for improving efficiency, thermal performance, EMI behavior, and stability in low-voltage, high-current SoC, FPGA, and processor power designs.
This Infineon resource provides a system-level overview of SSCBs, focusing on architecture, protection strategies and…
This Infineon resource provides a system-level overview of SSCBs, focusing on architecture, protection strategies and performance benefits in modern power systems.
Discover how the ModelGauge m5 EZ algorithm delivers accurate battery state-of-charge measurement across diverse Li-ion…
Discover how the ModelGauge m5 EZ algorithm delivers accurate battery state-of-charge measurement across diverse Li-ion chemistries — without requiring upfront battery characterization.
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their…
As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their limits — learn how advanced magnetic current sensors and high-voltage gate drivers are enabling the efficiency, protection, and power density that next-generation architectures require.
Download the white paper to learn how the Nitrogen95 SMARC platform accelerates the development of secure, wireless edge…
Download the white paper to learn how the Nitrogen95 SMARC platform accelerates the development of secure, wireless edge AI systems with integrated AI processing, advanced vision capabilities, and pre-certified connectivity.
Explore how modern depth-sensing technologies are helping machine vision systems improve accuracy, reduce complexity, and…
Explore how modern depth-sensing technologies are helping machine vision systems improve accuracy, reduce complexity, and enable smarter real-time automation.
Design safer, more efficient automotive lighting with advanced LED drivers, adaptive beam control and scalable system…
Design safer, more efficient automotive lighting with advanced LED drivers, adaptive beam control and scalable system architectures built for modern vehicles.
Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and…
Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and governance built into every workflow. Download the white paper to see our security approach in detail.
This white paper helps you develop powerful yet low-power Wi-Fi IoT devices using the Silicon Labs SiWx917 SoC and…
This white paper helps you develop powerful yet low-power Wi-Fi IoT devices using the Silicon Labs SiWx917 SoC and reviews its ultra-low-power Wi-Fi capabilities in depth.
Explore how concurrent multiprotocol (CMP) technology simplifies wireless coexistence in multiprotocol IoT networks…
Explore how concurrent multiprotocol (CMP) technology simplifies wireless coexistence in multiprotocol IoT networks without compromising interoperability.
Silicon Labs validated Matter-over-Thread networks for large commercial environments, testing scalability, reliability,…
Silicon Labs validated Matter-over-Thread networks for large commercial environments, testing scalability, reliability, and latency in real-world conditions. Review the results.
Explore a smarter approach to building networks with enterprise PoE and edge AI.
Explore a smarter approach to building networks with enterprise PoE and edge AI.
Learn how compact, unified computing platforms help support AI, sensing, and control in mobile robots built for…
Learn how compact, unified computing platforms help support AI, sensing, and control in mobile robots built for real-world operation.
Learn how ADI Trinamic TMC-API simplifies and accelerates motion control firmware development, from setup and code…
Learn how ADI Trinamic TMC-API simplifies and accelerates motion control firmware development, from setup and code generation to flashing and debugging on evaluation platforms.
This application note from Analog Devices explains how to use the Trinamic TMC-API to simplify firmware development for…
This application note from Analog Devices explains how to use the Trinamic TMC-API to simplify firmware development for motion control ICs in embedded and industrial systems. It outlines development setup, build, flashing, and debugging workflows using tools such as J-Link and DAPLink, along with integration into evaluation platforms like the LandungsbrueckeV3. The note also introduces PyTrinamic for Python-based scripting and rapid prototyping, enabling scalable and portable motion control firmware development.
Externally biased RF and microwave amplifiers require precise biasing and power sequencing to ensure optimal performance,…
Externally biased RF and microwave amplifiers require precise biasing and power sequencing to ensure optimal performance, including high gain, linearity, and efficiency, while minimizing part-to-part variation. Analog Devices’ active bias controllers, such as the HMC980LP4E, HMC981LP3E, and HMC920LP5E, maintain constant drain current, generate negative gate voltages, and simplify system design for single- and multi-stage amplifiers. This application note details circuit implementation, VGATE and VNEG adjustments, daisy-chain operation, and protection features, enabling reliable, consistent amplifier performance with reduced external components.
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