Introduction to the ARM architecture and Cortex-M processor family.
Learning to add only the necessary components to a board to minimize size and production costs.
The book is a comprehensive guide designed to transition beginners and Arduino enthusiasts into the professional world of bare-chip ARM development. Written with a "learn-by-doing" approach, it focuses on building production-ready electronics from the ground up rather than relying on pre-packaged development boards. Core Themes and Objectives Introduction to the ARM architecture and Cortex-M processor
The book is structured into twelve chapters that progressively build a functional smart home system, complete with a fire alarm and security sensors. Major topics include:
Implementing finite-state machines, interrupt-driven code, and pulse-width modulation (PWM) for motor driving. Written with a "learn-by-doing" approach, it focuses on
Teaching readers how to code from the ground up and build their own libraries for full hardware control. Key Topics Covered
Designing schematics and layouts for custom circuit boards. Teaching readers how to code from the ground
Connecting and controlling LCD displays, motion detectors, and gas sensors. Reader Experience and Accessibility
The primary aim of this volume is to empower readers to design custom circuits and write optimized code for real-world applications such as IoT, robotics, and smart home devices. Key objectives include:
Introduction to the ARM architecture and Cortex-M processor family.
Learning to add only the necessary components to a board to minimize size and production costs.
The book is a comprehensive guide designed to transition beginners and Arduino enthusiasts into the professional world of bare-chip ARM development. Written with a "learn-by-doing" approach, it focuses on building production-ready electronics from the ground up rather than relying on pre-packaged development boards. Core Themes and Objectives
The book is structured into twelve chapters that progressively build a functional smart home system, complete with a fire alarm and security sensors. Major topics include:
Implementing finite-state machines, interrupt-driven code, and pulse-width modulation (PWM) for motor driving.
Teaching readers how to code from the ground up and build their own libraries for full hardware control. Key Topics Covered
Designing schematics and layouts for custom circuit boards.
Connecting and controlling LCD displays, motion detectors, and gas sensors. Reader Experience and Accessibility
The primary aim of this volume is to empower readers to design custom circuits and write optimized code for real-world applications such as IoT, robotics, and smart home devices. Key objectives include:
