Available On Demand
Originally Broadcast:Wednesday, December 8, 2021
Sponsor:Analog Devices
Duration:30 Minutes
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Summary
The Automotive Class-D Audio Amplifier market is projected to reach $4.92B by 2026, with major driving forces including smart consumer electronics and vehicle infotainment systems in the Automotive sector.
Given this trend, designers continuously face challenges of increasing power density in high power audio amplifiers leading to complex power supplies needed to temporarily support load current during audio peak events. In multi-phase designs, poor current sharing may force engineers to over-design the power supply further, to accommodate the load current and heat imbalance, both of which are critical in high power systems.
Join this webinar to learn how to tackle thesecomplex design challenges and maintain a small solution size and cost, with industry leading technology that enables protection against overcurrent with current-limit blanking to reduce system cost.
Speaker
Starry Tsai, Executive Business Manager, Analog Devices
Starry is an accomplished Executive Business Manager for the High Voltage Power product line in the Automotive Business Unit at Analog Devices. A veteran in the semiconductor industry, Starry has over twenty years of experience managing various product lines including Computing Core Power, Battery Power, USB/USB PD, Multi-Chip Module and Low Voltage MOSFETs. Starry earned a Bachelor of Science in Electrical Engineering from Lee Ming Polytechnic and a Master of Business Administration from Golden Gate University.
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