Technology Advancements

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Automotive

The Next Step in Power Conversion and Distribution for Vehicle Architectures

Stellantis and Infineon signed supply and capacity agreements that will serve as the foundation for development of the next-gen power architecture for Stellantis’s EVs.
Ceramic Packaging: When You Really Need Rugged
Industrial

Ceramic Packaging: When You Really Need Rugged

Remtec offers a proprietary technology to overcome challenges presented by ceramic packaging and substrates in rugged-system design.
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Vacuum tubes
Analog

Modeling on Mondays: Nonlinear SPICE Models of Vacuum-Tube Triodes (Part 3)

Recognizing the nonlinear behavior of the 12AX7 vacuum tube, used in audio and old op-amp applications, Dr. Dyer compares various models for fit to real-world device data.
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Advanced electronics for defense systems
Industrial

Flexible Computing Design for Advanced System Development

This article maps out how high-performance computing technologies can be constructed into modern embedded systems, focusing on the usability of open standards-based computing ...
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Balancing environmental conditions with processing challenges for rugged systems
Industrial

Harness AI Computing in Demanding Industrial Environments

Reliable communications, at-the-edge AI processing, and a wider range of environmental conditions are just some of the aspects that rugged systems designers need to account for...
University College London
University College London's ultrafast, ultrawideband link
Wireless

Synced Wireless Electronic + Photonic Link Approaches 1-Tb/s Capacity

This ultrawideband link aggregates and synchronizes multiple parallel channels for ultrafast capability.
Stellantis
Factorial solid-state battery tech in Stellantis demo vehicles
Automotive

Pushing the EV’s Future Closer with “FEST” Solid-State Batteries

Stellantis and Factorial unveiled the next chapter in their partnership with the latter’s solid-state battery technology, which offers over 390Wh/kg energy density. It will debut...
Lake Shore Cryotronics
Lake Shore Cryotronics' Source Measure Units Optimized for Testing Emerging Nano/2D Semiconductor Devices.
Test & Measurement

SMU Optimized for Testing Nano/2D Semiconductor Devices

Lake Shore Cryotronics' SMU module for its M81-SSM instrument brings laboratory-grade, low-level measurement capabilities to a benchtop instrument.
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Learning about SPICE modeling
Analog

Modeling on Mondays: SPICE Modeling of Common Active Devices—An Overview (Part 1)

Engineering is all about choosing the best compromise—both for a SPICE model that provides reasonable fidelity and for the tools enabling that model to be employed.