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Digital Power Electronics: Market Trends, Power Architectures and Commercial Adoption, Third Edition
Digital Power Electronics: Market Trends, Power Architectures and Commercial Adoption, Third Edition
Market Study
Published: May 2009
Pages: 72
Tables: For full details, please email keithw@cmsinfo.com
From: GBP 1625.00 Buy Now!
Research from: Darnell Group
Sector: Power
Topics covered include:
New Power Architectures Enabled by Digital Power
Emergence of Adaptive Control Techniques
Next-Generation Graphical User Interfaces (GUIs)
Adoption of Digital Control by Applications
State Machines vs. MCU-based Solutions
Implications of Digital Power for the Supply Chain
Pricing Trends for Digital Controller ICs
Recent Product Introduction Trends
Threats to the Adoption of Digital Power
Standards Contributing to the Adoption of Digital Power The digital landscape will be recast this year. Digital power management and control is entering a new phase of commercial adoption with the introduction of third-generation digital control technology. This includes: enabling new power architectures through digital control techniques; the migration of digital control into nearly all application segments; the adoption of digital control in high-volume and cost-sensitive consumer devices; the realization of adaptive control techniques in cost-effective controllers; the shift from predictive to proactive real-time power system diagnostics with digital power; and neural-based digital controller chips that will result in power supplies that can “learn” and improve their performance over time.
Digital power management and control is on the cusp of widespread implementation, and despite a slower economy, the technology developments are not only likely to continue, but are likely to enable the very efficiencies and cost-effectiveness that customers are looking for. The next couple of years should see the emergence of an even more-established market for digital control products.
New Power Architectures Enabled by Digital Power
Emergence of Adaptive Control Techniques
Next-Generation Graphical User Interfaces (GUIs)
Adoption of Digital Control by Applications
State Machines vs. MCU-based Solutions
Implications of Digital Power for the Supply Chain
Pricing Trends for Digital Controller ICs
Recent Product Introduction Trends
Threats to the Adoption of Digital Power
Standards Contributing to the Adoption of Digital Power The digital landscape will be recast this year. Digital power management and control is entering a new phase of commercial adoption with the introduction of third-generation digital control technology. This includes: enabling new power architectures through digital control techniques; the migration of digital control into nearly all application segments; the adoption of digital control in high-volume and cost-sensitive consumer devices; the realization of adaptive control techniques in cost-effective controllers; the shift from predictive to proactive real-time power system diagnostics with digital power; and neural-based digital controller chips that will result in power supplies that can “learn” and improve their performance over time.
Digital power management and control is on the cusp of widespread implementation, and despite a slower economy, the technology developments are not only likely to continue, but are likely to enable the very efficiencies and cost-effectiveness that customers are looking for. The next couple of years should see the emergence of an even more-established market for digital control products.