Advancements in PID control for EVs integrate AI, fuzzy logic, and fractional calculus to tackle nonlinearities and improve performance, efficiency, and reliability, amid a rapidly expanding global EV market driven by technological innovations and environmental awareness. (Source: © Vittaya_25 - stock.adobe.com)
PID CONTROL

How PID control developments are improving EV power performance

PID control contributes to EV power design – but classic solutions can’t handle EV system nonlinearities, and lack AI’s learning capability. EV designers have responded to these challenges by adopting advanced PID calculus, combining techniques, and adding AI capability. This article compares these approaches, and shows how they can be built into optimal solutions.

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Advanced MOSFET handles higher peak currents, delivering a cost-effective, high-performance, and enhanced reliability hot swap solution. (Source: Alpha and Omega Semiconductor Limited )
MOSFET

New high SOA MOSFET enables 48V hot swap in AI servers

Alpha and Omega Semiconductor Limited, a designer, developer, and global supplier of a broad range of discrete power devices, wide band gap power devices, power management ICs, and modules, today announced its AOTL66935 utilizes AOS’ 100V AlphaSGT proprietary MOSFET technology which combines the advantages of trench technology for low on-resistance with high safe operating area capability that meets 48V hot swap requirements in AI server and telecom applications.

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Würth Elektronik's WE-HCMD inductor enhances efficiency and power density, ideal for TLVR topologies in high-performance applications. (Source: Würth Elektronik eiSos GmbH & Co. KG)
INDUCTORS

Würth Elektronik introduces its coupled inductor for high-performance applications

Würth Elektronik introduces its WE-HCMD high-current inductor, specially developed for use in TLVR topologies. This coil with MnZn core is characterized by its high permeability and extremely low RDC values. So, it achieves excellent power density and very high efficiency. In the finished device, it excels with its fast transient response and low voltage drop. The new component also reduces application costs and saves space, as it allows for a smaller nominal output capacitor.

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