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Course Outline
Introduction
- Differentiating Microprocessors from Microcontrollers
- CISC vs. RISC Architectures
Overview of the Architecture of “Client Decision”
- Processor Core and Functional Block Diagram
- Description of Memory Organization
- Overview of All SFRs and Their Basic Functionality
Low-Level Programming Concepts
- Addressing Modes
- Instruction Set and Assembly Language (ALP)
- Developing, Building, and Debugging ALPs
Mid-Level Programming Concepts
- Cross-Compiler Usage
- Embedded C Implementation and Programming / Debugging
- Distinctions from ANSI-C
- Memory Models
- Library References
- Use of the #pragma Directive
- Functions, Parameter Passing, and Return Types
On-Chip Peripherals
- Ports: Input/Output
- Timers & Counters
- Interrupts, UART
External Interfaces
- LEDs
- Switches (Momentary and Toggle Types)
- Seven-Segment Display: (Normal Mode, BCD Mode)
- Internal Multiplexing & External Multiplexing
- LCD (4-bit, 8-bit, Busy Flag, Custom Character Generation)
- Keypad Matrix
Protocols & Peripherals
- I2C (EEPROM), SPI (EEPROM)
- ADC & DAC Converters
- Stepper Motor, DC Motor
- I2C Protocol (RTC: 800583, DS1307; ADC: PCF8591, DS1621)
- SPI Protocols (ADC: MCP3001)
- IR Communications (Philips RC5 Protocol)
- Zigbee, GSM, GPS, USB, MMC & SD
- Ethernet MAC, CAN Protocol
Requirements
- A solid understanding of fundamental electronics concepts, including voltage, current, and circuits.
- Programming experience in C or a comparable low-level language.
- Foundational knowledge of computer architecture and microcontrollers.
Audience
- Embedded systems engineers.
- Hardware and firmware developers.
- Software engineers moving into embedded development.
14 Hours
Testimonials (1)
Being able to ask for advanced subjects even if there were not planned initially.
