Tony Vitolo/Electronic Design
677ed2f3baa2e440da8dec03 Powerbitesnew

New Tech for Smaller, Cooler, Faster Chips Plus Power Products Aplenty

Jan. 8, 2025
This edition of PowerBites is packed with surprises, including technologies that should lead to smaller, faster, cooler-running power devices.

What you’ll learn:

  • A new graphene-based interconnect technology promises to help ICs overcome the limitations imposed by today’s copper-based processes.
  • Two universities release designs for onboard chargers (OBCs) for EVs that could help accelerate widespread adoption of vehicle-to-grid (V2G) technology.
  • An innovative approach to die attachment for power devices offers dramatically improved heat dissipation and reliability.
  • Innovative packaging can help products unlock the full potential of the devices they contain. 

 

This edition of PowerBites offers a smorgasbord of advances and product innovation in the world of power, from graphene interconnect technology to novel onboard chargers to new twists on packaging.

ProductBites

This edition of PowerBites brings you a cornucopia of new products, including the world’s first 240-W, single-port USB-C charger chipset, advances in power management, and a couple of examples of how innovative packaging can help unleash the full potential of the devices they contain.  

Powerful Packaging

Bourns
bourns_promo
Power

Compact Thick-Film Resistors Offer High Power Dissipation and Reliability

Bringing power ratings of up to 35 W, these rugged thick-film resistors usher in reliability and economy to industrial motor drives, AC-DC and DC-DC power converters, and battery...
ID 343923804 © Oleksandra Tsvid | Dreamstime.com
chipmanufacturing_dreamstime_l_343923804
Power

Die-Attach Process Dramatically Improves Waste-Heat Removal in Power Electronics

A new die-attach process promises to cool power devices up to 15X more efficiently while reducing failure-inducing stresses caused by conventional sintering techniques.

USB Innovations

Dreamstime_rzyotova_346977792 and Pulsiv
dreamstime_rzyotova_346977792
Power

USB-C Charger Design First to Deliver 240 W from Single 1C Port

A flyback-based switching architecture enables USB-C chargers to generate up to 240 W from a single 1C port.
Renesas Electronics
Renesas USB-C PD Extended Power Range solution
Power

USB EPR PD Solution Leverages Type-C Port Controller and Buck-Boost Battery Charger

The USB-C charger/port controller platform offers high efficiency and robust safety features for power tools, portable vacuums, lawn mowers, two-wheelers, and more.

Power Management & Control

Dreamstime_doberman84_329626732
dreamstime_doberman84_329626732_promo
Power

Configurable Three-Output PMIC Steers Toward Automotive MCUs

Featuring three independent outputs, automotive-grade protection and reliability, on-chip NVM, and embedded diagnostics, this device can support almost any type of control module...
Alpha and Omega Semiconductor (generated by AI)
241220_prodmod_alphaomega_ai_pwm_controller
Power

PWM Controller Tailored for AI Server and Graphics Cards Based on Blackwell GPUs

The four-phase PWM controller pairing with Alpha and Omega’s benchmark DrMOS exhibits the best system efficiency for NVIDIA’s Blackwell GPU platforms.

Indispensable Devices

Dreamstime_metalmastroraf_142807863
dreamstime_metalmastroraf_142807863_promo
Power

Standard-Threshold 40-V MOSFETs Enhance Immunity, Design Flexibility

Automotive-qualified 40-V MOSFETs improve the efficiency and ruggedness for motor drives and DC-DC converters throughout the vehicle, as well as for cordless appliances and tools...
Nexperia
241210_prodmod_nexperia_voltage_translators_web
Power

Fixed-Direction Voltage Level Translators Cut Power Consumption and Pin Count

Nexperia’s next-gen smart voltage translators feature glitch-free auto-detection, wide voltage range, and low-quiescent power consumption.

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Lee Goldberg © Endeavor Business Media
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PowerBites

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BRM Aero | Rohm
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PowerBites

EV V2G Standards, IGBTs Remain Relevant, First Electric Aircraft Hit the Market

While GaN and SiC enjoy the glory, advances in silicon device technology continue to make the IGBT a dominant force in power applications. Meanwhile, V2G standards get some assistance...

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