8 Sections
8 Lessons
4 Weeks
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Introduction to Power Management in Embedded Systems
1
1.1
Power challenges, energy constraints, and application requirements.
Power Sources & Battery Technologies
1
2.1
Primary and rechargeable batteries, charging methods, and safety.
Voltage Regulation & Power Circuits
1
3.1
LDOs, DC-DC converters, efficiency considerations, and power paths.
Microcontroller Low-Power Features
1
4.1
Sleep modes, clock gating, peripheral power control.
Firmware Techniques for Power Optimization
1
5.1
Efficient coding, polling vs interrupts, and duty cycling.
Power Measurement & Analysis
1
6.1
Current measurement methods, profiling tools, and optimization steps.
System-Level Power Optimization
1
7.1
Component selection, hardware-software co-design, and trade-offs.
Real-World Applications & Case Studies
1
8.1
Battery-powered products, IoT devices, and best practices.
Power Management for Embedded Systems
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