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Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 3

Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 3

In this third and last part of the series we delve into the Isolated DC-DC converter that follows the PFC.


Unlocking the Potential of SiC MOSFETs With Front-Side Copper Metallization

Unlocking the Potential of SiC MOSFETs With Front-Side Copper Metallization

Learn how front-side copper metallization (FSM) is unlocking the full potential of Silicon Carbide (SiC) MOSFETs, especially as devices shrink in…


Advanced SiC Trench Gate MOSFET Technology for Automotive Applications

Advanced SiC Trench Gate MOSFET Technology for Automotive Applications

SiC trench gate MOSFETs deliver superior performance in terms of both switching and conduction losses, but careful attention must be paid to the…


SiC MOSFET Employs Optimized Structure for 1.5 Vdc Renewable Applications

SiC MOSFET Employs Optimized Structure for 1.5 Vdc Renewable Applications

The new SiC-LV100 SiC-MOSFET module features an optimized structure that tackles the challenges of high current density and high-speed switching.


Serving 48V Power Systems With 100V GaN Discretes and Integrated Solutions

Serving 48V Power Systems With 100V GaN Discretes and Integrated Solutions

Learn how 100 V GaN devices are serving the needs of 48 V applications in data centers, renewable energy, and motor drives.


Powering the SiC Revolution with Vertical Integration

Powering the SiC Revolution with Vertical Integration

Silicon Carbide (SiC) has a 3x bandgap compared to silicon. Learn how unipolar devices like MOSETs in the several kV range are possible with SiC.


Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 2

Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 2

In part two of this article series, we dive deeper into the design details of the solution and present experimental results for a 240 VAC input to…


Revolutionizing Power Electronics: GaN Bidirectional Switches

Revolutionizing Power Electronics: GaN Bidirectional Switches

Unidirectional switches (UDS) have long served power conversion systems, but they come with inherent limitations. A bidirectional GaN switch…


Putting Wide-Bandgap Power Transistors to The Test

Putting Wide-Bandgap Power Transistors to The Test

Transistors are the core of power electronics. However, the beneficial properties of wide bandgap devices present challenges for accurate…


1500 V DC-Link Architecture is Essential to Solve the Need for More Power

1500 V DC-Link Architecture is Essential to Solve the Need for More Power

Especially when renewable energies are used to supply the grid the use of power semiconductors becomes mandatory. One of the key questions in these…


Fighting Bipolar Degradation With High-Performance SiC Substrates

Fighting Bipolar Degradation With High-Performance SiC Substrates

SiC-engineered substrates offer significant benefits over conventional substrates by leveraging device performance thanks to the use of a highly…


Improving Parameters for SiC Technology

Improving Parameters for SiC Technology

This article examines a new generation of SiC technology, focusing on holistic system efficiency, durability, and system cost.


2 kV SiC Power Modules Transform 1500 V Systems

2 kV SiC Power Modules Transform 1500 V Systems

The newest voltage class of silicon carbide is enabling a shift in circuit topology for 1500 V-class inverters.


Beyond 200 kHz: HIL Testing Solutions for Power Electronics

Beyond 200 kHz: HIL Testing Solutions for Power Electronics

This article provides insights into easy-to-use, real-time-capable models for the FPGA-based testing of an onboard charger.


Enhancing xEV Powertrains With Advanced Trench Tech

Enhancing xEV Powertrains With Advanced Trench Tech

Power electronics are a cornerstone of innovation in automotive, enabling superior performance and efficiency. Add SiC and they become even better.


Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 1

Using Low-Voltage Devices in High-Voltage Server Power Supplies—Part 1

The increasing power demand in data centers, led by advances in artificial intelligence, is driving the need for converters with higher power…


Navigating the Evolving Patent Landscape in SiC and GaN Technologies

Navigating the Evolving Patent Landscape in SiC and GaN Technologies

Silicon Carbide and Gallium Nitride technologies are significantly reshaping the power electronics industry—from electric vehicles to renewable…


SiC-Based E-Fuses vs. Traditional Fuses: A Modern Comparative Analysis

SiC-Based E-Fuses vs. Traditional Fuses: A Modern Comparative Analysis

Electronic circuit interruption solutions protect the wiring and limit short-circuit let-through current and energy delivered to a faulted load.…


SiC Power Stack Evaluation Kit: Accelerate Inverter Development

SiC Power Stack Evaluation Kit: Accelerate Inverter Development

This article examines an evaluation kit to shorten time-to-market for SiC inverters.


How Electronics Components Support Hydrogen Solutions

How Electronics Components Support Hydrogen Solutions

Which active components fit well into applications for green hydrogen systems?