Lectures related to Microcontroller

Introduction to Microcontrollers

Introduces microcontrollers, their applications, hardware, software, and practical work organization.

Understanding Microcontrollers: I/O

Explores the internal structure and software representation of input/output operations in microcontrollers.

Understanding Microcontrollers: Basics

Explores the basics of microcontrollers, from definition to practical implementation using Arduino and LaunchPad.

Understanding Microcontrollers: Simple Programs

Introduces basic microcontroller programming concepts, such as LED control and input reading.

Choosing Microcontrollers

Covers the process of selecting a microcontroller and criteria for choosing.

LED Displays: Microcontroller

Explores LED displays, microcontrollers, system architecture, programming, and examples like the MSP430G2553.

Microcontrollers: Logisim

Covers the understanding of microcontrollers using the logic simulator Logisim.

LED Signs: Fixed Patterns

Explores LED signs with fixed patterns, covering segment cutting, current control, and animation programming using microcontrollers.

Input-Output: GPIO and Registers

Covers the role of pins as input and output, GPIO, and operations on bit fields.

Processor Architecture and System Design

Delves into RISC processor architecture, system design, microcontroller building blocks, and memory access.

Assignment 1a (System Design): Solution and Mistakes

Covers the solution and common mistakes in Assignment 1a on system design.

Microcontroller Peripherals

Explores MCU-based computer system architecture and common peripherals like analog comparators, ADC, servo motors, and keyboard controllers.

On-Board Computers: Microprocessors and Microcontrollers

Covers spacecraft avionics systems, architectures, and processors, focusing on on-board computers and microprocessors.

Binary Numbers: Representation and Operations

Explores binary number representation, arithmetic operations, microcontroller instruction sets, and practical development processes.

Understanding Microcontrollers: 4-Digit Display

Covers 4-digit displays in microcontrollers, focusing on bit manipulation and number display.

Mini Segway Challenge

Explores the Mini Segway Challenge, covering mechanical design, electronic components, and PID implementation for motor control.

Memory Operations: Data Alignment and Endianness

Covers memory operations, endianness, low power mode, debugging, and interface with circuits.

Computer Architecture: Fibonacci Sequence

Covers the basics of computer architecture through building a machine for calculating the Fibonacci sequence in binary.

Embedded Systems: Microcontrollers Case Studies

Explores embedded microtechnical systems through case studies in mobile robotics, sensor networks, acceleration monitoring, and vision for automatic detection.

Priority Encoders: Example and Operation

Explains the operation of priority encoders and provides examples of 8-input priority encoders.