Bench Talk

Beyond Moore’s Law: How Algorithms, Data Movement, and Co-Design Drive Performance

On October 1, 2026 in Computing, Dev Tools, EIT 2026, Power, Wide Bandgap by Mouser Technical Content Staff

The next era of computing relies on smarter algorithms, optimized data movement, and hardware-software co-design to deliver greater efficiency and performance.

Tagged With: algorithms, chiplets, data movement, energy efficiency, gpus, hardware-software co-design, moore's law, parallel computing

Modular Building Blocks Help Scale High‑Voltage Power Systems

On September 29, 2026 in Automotive, Computing, Industrial, Power, Wide Bandgap by Microchip Technology

Modular 3.3kV SiC power modules simplify scalable medium-voltage systems for traction auxiliaries, solid-state transformers, and ultrafast chargers.

Tagged With: 3.3kv sic power modules, dc-link voltage, medium-voltage systems, soft switching, solid-state transformers, traction auxiliary systems, ultrafast chargers

New Tech Tuesdays: How Silicon Carbide Enables Motor-Integrated Servo Drives

On September 15, 2026 in All, Industrial, Motor Control, New Tech Tuesdays, Wide Bandgap by Mouser Technical Content Staff

SiC power stages enable compact motor-integrated servo drives and three-phase inverter evaluation for robotics and industrial motion control.

Tagged With: controller interfacing, inverter, ref-smd5kimsqm2inv power board, servo drive, sic, silicon carbide

Engineering Electronics That Survive Orbit

On June 10, 2026 in All, Power, Quality, Wide Bandgap by SJ Barak

Explore how radiation affects space electronics, including single-event upset, latch-up, and total ionizing dose, and how engineers design rad-hard and rad-tolerant systems.

Tagged With: gan sic power, rad-hard components, radiation-hardened electronics, satellite electronics design, single event upset, soi technology, space radiation effects, space-grade semiconductors, total ionizing dose

How SiC Is Enabling Next Generation Automotive Power Electronics

On May 20, 2026 in Automotive, Power, Wide Bandgap by onsemi

Explore how silicon carbide boosts EV on-board chargers with higher switching frequency, lower losses, 800V/1200V modules, T2PAK cooling, and bidirectional V2H.

Tagged With: 1200v power module, 800v ev architecture, bidirectional charging v2h, bridgeless pfc, isolated gate driver, llc resonant converter, obc power stage, on-board charger, sic mosfet, t2pak top-side cooling

Why TOLL-8N Is Gaining Momentum in High-Power, High-Density Designs

On May 18, 2026 in Power, Wide Bandgap by ROHM Semiconductor

Packaging plays a critical role in 650V GaN FET performance. Learn how TOLL-8N packages reduce parasitics and improve thermal efficiency in high-speed power designs.

Tagged With: 650v gan fet, gan power transistors, high voltage power design, kelvin source, low inductance packaging, power electronics packaging, thermal resistance, toll-8n package, wide bandgap semiconductors

Powering Lanthanide Nanoparticles for NIR II LEDs and Photonics

On May 15, 2026 in Power, Sensors, Wide Bandgap by SJ Barak

Electrically powering lanthanide nanoparticles enables ultra-narrow NIR II light sources for medical imaging, optical communications, and next gen photonic devices.

Tagged With: lanthanide nanoparticles, lnleds, medical imaging nanoparticles, near infrared photonics, nir-ii leds, optical communications, photonic devices, triplet state energy transfer

A Tiny Component with a Large Impact on EV Charging

On April 30, 2026 in Automotive, Power, Wide Bandgap by TDK

Discover how pulse transformers improve PLC signal integrity and isolation in EV charging control circuits, enabling reliable CCS and NACS communication in compact, high-power chargers.

Tagged With: ccs charging, control pilot communication, ev charger control circuits, ev charging plc, galvanic isolation, homeplug green phy (hpgp), nacs charging, pulse transformer, signal integrity, tdk amt45s

Mitigating Growing EMI Challenges from High-Efficiency Power Systems

On March 23, 2026 in All, Circuit Protection, Connectors, Industrial, Motor Control, Power, Sensors, Wide Bandgap by TE Connectivity

High-efficiency SiC and GaN power systems increase conducted EMI. Learn how system design, parasitics, and TE Connectivity/Schaffner filtering solutions mitigate EMI in industrial power applications.

Tagged With: conducted emi, emc compliance, emi mitigation, gan power devices, industrial power filters, power electronics design, sic power devices, three-phase emi filters, variable-speed drives, wide-bandgap systems

New Tech Tuesdays: Radiation-Hard GaN RF Advances LEO Satellite Connectivity Performance

On March 17, 2026 in All, New Tech Tuesdays, Power, RF, Wide Bandgap, Wireless by Darshan Mulki

Radiation-hardened GaN RF technology boosts LEO satellite performance with high efficiency, reliable 5G/6G links, and robust power management for space-grade communication systems.

Tagged With: 5g satellite links, 6g connectivity, gan rf amplifiers, leo satellites, radiation-hardened power, rf power systems, satellite power management, space-grade gan, tid immunity, wide bandgap devices

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