Power Supply / System Design

Power Supply / System Design

Proficiency Level 1
Basic Understanding

Identifies major components and features of hardware power supply/systems devices.

Describes the development processes and procedures of power supply/systems design.

Explains the differences between switching and linear power supply/systems models.

Cites examples of good and bad power supply/systems designs.

Proficiency Level 2
Working Experience

Participates in power supply/systems design for a specific hardware product or component.

Designs schematic diagrams according to power supply/systems development specifications.

Conducts power supply/systems product testing and provides testing reports to senior management.

Documents and delivers the assembly notes of power supply/systems products.

Assists in troubleshooting heatsink problems during development procedures of hardware power supply/systems.

Proficiency Level 3
Extensive Experience

Provides power supply/systems design specifications based on business requirements analysis.

Directs and monitors design processes and procedures of power supply/systems.

Evaluates the implementation of new architecture and algorithms in power supply/system design.

Consults on the components selection for power supply/system design, such as rectifiers and LC filters.

Reviews and verifies power supply/system design parameters to ensure compliance with original demands.

Monitors and evaluates the design and architecture of competitive power supply/system products.

Proficiency Level 4
Subject Matter Expert

Leads development procedure evaluations of power supply/systems; advises others on how to improve their efficiency and effectiveness.

Contributes to the establishment and use of circuit selection in power supply/systems design.

Designs specific standards to evaluate the quality and reliability of power supply/systems products.

Leads discussions on the implementation of topology in power supply/systems design with other industry experts.

Predicts future trends and directions of power supply/systems design in hardware products.

Champions the use of various methodologies and techniques to improve components reliability in power supply/systems.


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