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The efficient and effective control of electrical power within vehicles is largely dependent on automotive power management ICs (Integrated Circuits).
Power management is crucial to ensuring maximum performance, dependability, and energy economy as cars become more sophisticated and contain a wide range of electrical systems and components.
Managing the electricity in vehicles The electrical system of a car is controlled and distributed by ICs, which are specialized semiconductor chips. They carry out a variety of tasks, such as voltage regulation, power conversion, battery management, and distribution control of power to various subsystems and parts.
The Automotive Power management ICs accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The “Siliconix Automotive-Grade PowerPAK MOSFETs” is a well-known power management integrated circuit from Vishay Intertechnology.
The advanced driver assistance systems (ADAS), electric power steering, and lighting systems used in automobiles are only a few examples of the demanding criteria these MOSFETs are made to satisfy.
Achieving effective power management and reducing power losses is made possible by the PowerPAK MOSFETs’ low on-resistance, high current carrying capacity, and outstanding thermal performance.
The “Vishay Siliconix AEC-Q100 Qualified MicroBUCK DC/DC Converters” are another important item offered by Vishay Intertechnology.
For use in automotive applications, these DC/DC converters are made to provide small, high-efficiency power conversion. They include strong protective features, a broad input voltage range, and high switching frequencies.
The converters’ compliance with the exacting reliability, durability, and performance criteria set by the automobile industry is ensured by the AEC-Q100 accreditation.
For battery management systems (BMS) in electric cars (EVs) and hybrid electric vehicles (HEVs), Vishay Intertechnology also provides automotive-grade power management ICs.
These integrated circuits (ICs) comprise voltage regulators, protection mechanisms, and battery monitors that help to optimize battery charging and discharging, guarantee cell balance, and guard against overcurrent, overvoltage, and overtemperature circumstances. These ICs add to the security, effectiveness, and lifespan of EV and HEV battery systems by offering precise monitoring and control.
