All About Circuits

Latest Power Supplies Industry White Papers

Categories

Selecting Your Next Oscilloscope: Why Vertical Resolution Matters

Selecting Your Next Oscilloscope: Why Vertical Resolution Matters

See how oscilloscope architecture can uncover low-level ripple, transient glitches and EMI behavior before hidden signal problems lead to redesigns or production failures.


Behind the Design: 11 kW Matrix OBC Innovation

Behind the Design: 11 kW Matrix OBC Innovation

Go behind the design of an 11 kW matrix on-board charger that supports global charging standards while reducing passive components, size, and cost.


A 100 kW Bidirectional DC Fast Charger: Architecture, Design, and Performance

A 100 kW Bidirectional DC Fast Charger: Architecture, Design, and Performance

Explore the architecture and measured performance of a modular 100 kW bidirectional charger designed for EVs, commercial fleets, and high-voltage platforms.


GaN Power Architectures Guide

GaN Power Architectures Guide

An introduction to a new way of utilizing wide-bandgap, high-frequency gallium nitride power components to radically reduce size, volume, and switching losses.


The Rise of the AI Data Center

The Rise of the AI Data Center

AI workloads create power instability that standard data center infrastructure can't handle. Download Delta's white paper to learn how purpose-built UPS and energy management systems address load volatility at scale.


Optimization of the Power Supply Architecture Comes First

Optimization of the Power Supply Architecture Comes First

Explore how power tree planning tools help engineers compare architectures, evaluate efficiency tradeoffs, and optimize power supply design before simulation begins.


Low Voltage, High Current Design for Advanced SoC, FPGA, and Microprocessor Solutions

Low Voltage, High Current Design for Advanced SoC, FPGA, and Microprocessor Solutions

Learn practical techniques for improving efficiency, thermal performance, EMI behavior, and stability in low-voltage, high-current SoC, FPGA, and processor power designs.


Choosing an Off-Battery Power Management Integrated Circuit for Powering Automotive Electronics

Choosing an Off-Battery Power Management Integrated Circuit for Powering Automotive Electronics

Navigate off-battery PMIC design trade-offs for automotive instrument clusters and head units, including efficiency, low IQ, and EMI compliance.


Overcoming Common Planar Phased Array Circuit Design Challenges

Overcoming Common Planar Phased Array Circuit Design Challenges

Explore practical techniques for improving performance, integration, and scalability in planar phased array circuit architectures.


Building Scalable X-Band Digital Beamforming Systems

Building Scalable X-Band Digital Beamforming Systems

Explore ADI’s Quad-Apollo MxFE X-band reference design, a 16-channel digital beamforming platform with phase-coherent direct RF sampling.


Optimizing Intermediate Bus Converter Performance for High Power Systems

Optimizing Intermediate Bus Converter Performance for High Power Systems

Learn how a 48 V quarter-brick intermediate bus converter achieves high efficiency, strong transient performance, and 2 kW output power.


Silent Switcher µModule Regulators Quietly Power GSPS Sampling ADCs in Half the Space

Silent Switcher µModule Regulators Quietly Power GSPS Sampling ADCs in Half the Space

Discover how Silent Switcher µModule regulators solve complex multirail GSPS ADC power challenges with low EMI and a compact footprint.


Optimizing Residential Solar Energy Systems for Efficiency, Reliability, and Cost

Optimizing Residential Solar Energy Systems for Efficiency, Reliability, and Cost

Residential solar systems are becoming smarter, denser, and more energy efficient. Explore inverter architectures, SiC technologies, and storage strategies shaping next-generation home energy systems.


Powering Tomorrow: The Rising Power Demands of Modern Data Centers

Powering Tomorrow: The Rising Power Demands of Modern Data Centers

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.


Improving Server and Industrial Power Supplies with SiC JFETs

Improving Server and Industrial Power Supplies with SiC JFETs

Explore how SiC cascode JFETs boost efficiency, power density, and reliability in AI data center and industrial PSUs with practical design and integration insights.


System Solution Guide: Advanced Front and Rear LED Lighting

System Solution Guide: Advanced Front and Rear LED Lighting

Design safer, more efficient automotive lighting with advanced LED drivers, adaptive beam control and scalable system architectures built for modern vehicles.


Designing for a Medical Application: Choosing the Right Power Partner

Designing for a Medical Application: Choosing the Right Power Partner

Explore how to evaluate medical power supply vendors, strengthen compliance efforts, and support safer medical device designs.


Enabling High-Speed Galvanic Isolation in Smart Grids and Power Modules with Firecomms Optical Transmitter and Receiver Devices

Enabling High-Speed Galvanic Isolation in Smart Grids and Power Modules with Firecomms Optical Transmitter and Receiver Devices

Download this technical paper to learn how Firecomms optical transmitter and receiver solutions can help you achieve robust galvanic isolation, simplify system design, and improve performance and reliability in next‑generation Smart Grid and power module applications.


System Solution Guide: Solar Inverter

System Solution Guide: Solar Inverter

Design high-performance solar inverters with confidence. Explore architectures, topology tradeoffs, and device selection strategies to optimize efficiency, density, and cost.


Maximizing Power Density in Automotive DC/DC Converters: Advanced Current Sensors and Isolated Gate Driver Solutions

Maximizing Power Density in Automotive DC/DC Converters: Advanced Current Sensors and Isolated Gate Driver Solutions

Boost automotive DC/DC converter performance with coordinated current sensing and gate driving—enabling higher power density, faster switching, and improved efficiency.