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1
Intro
2
Smaller is Better!
3
Lower Power is Better!
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Introducing the MAX32660
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How Do We Balance Constraints With Market Demands?
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This is one tiny chip!
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The 1,000 foot view
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Two package options
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Lowest cost power scheme
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Highest efficiency power scheme
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How power works
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Fixed-Function Pins
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Flexible GPIO
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How do I activate the power modes?
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How do I get out of low-power modes?
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Three clock sources...
17
MAX32660 What's inside?
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MAX32660EVSYS Evaluation Kit
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Development tools
20
MAX32660 Flexible pin assignments
Description:
Explore the world's smallest Arm® Cortex®-M4 with FPU microcontroller in this one-hour webinar. Learn how to balance size, power, and cost constraints while meeting market demands for smarter devices. Discover the MAX32660's features, including package options, power schemes, flexible GPIO, and power modes. Examine the chip's internal components, evaluation kit, development tools, and flexible pin assignments. Gain insights into creating compact, energy-efficient, and cost-effective smart devices using this innovative microcontroller.

Build Smarter Devices with the World's Smallest Arm Cortex-M4 FPU Microcontroller

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