Microprocessors, Microcontrollers and Embedded Systems mind maps
53 mind maps by 42 users · Page 1 of 2
This GoConqr page gathers mind maps on microprocessors, microcontrollers and embedded systems, from chip architecture to interrupts and interfaces. University students can use them to review topics, while teachers can find material for lessons. There are over 50 mind maps by more than 30 users. Explore the collection and choose a topic to start with.
Select topic
- Microprocessor and Microcontroller Architecture16
- Intel 8085 and 8086 Microprocessors6
- 8051 Microcontroller8
- PIC Microcontrollers8
- Embedded Programming and Control Flow5
- Digital I/O and Interfacing5
- Interrupts and Timers6
- Sensors and Data Acquisition10
- Communication Interfaces and Protocols8
- Arduino Hardware and Projects5
Mind maps
-
ICT2104 Chapter 4: Interrupts mind map for ict2104 chapter 4 -
Architecture of 8051 -
Microprocessor (µp) Microprocessor and Microcomputer Theory -
Embedded Systems
-
PIC Microcontroller Actividad 2.4 En las actividades anteriores del módulo se facilitó información y se incitó a la investigaci...
-
ICT2104 Chapter 3: GPIO mind map for ict2104 -
Programming UART ports
-
PIC18F4550
-
Lesson 4
-
Lecture 9 - Interrupts (1)
-
PIC16F877X
-
ATmega128
-
Lecture 12 - Serial Peripheral Interface (2)
-
Microcontrolers
-
Embedded Systems
-
Lecture 13 - Inter-Integrated Circuit (I2C)
-
Lecture 11 - Serial Peripheral Interface (1)
-
IoT and Signal Conditioning
-
Lecture 8 - Serial Port (RS232)
-
Lecture 1 - Introduction to Microcontroller
-
Microcontrolers
-
Smart Assembly
-
Lecture 5 - Keyboard Scanning and De-Bouncing
-
Speed Control for DC Motor with Pulse Width Modulation (PWM)
-
Automatic Controller of Water
-
Introduction
-
Lecture 6 & 7 - Analogue I/O
-
Microcontrollers
-
microprocessors
-
8085up
-
Architecture of 8051
-
Chapter 5: Introduction to Microprocessor
-
Attributes and characteristics embedded systems
-
CAN Bus Demonstration Unit
-
MICROPROCESSORS
-
INTERFACE
-
Spo2 proteus simulation block diagram
-
Microproccesors
-
Microprocessors
-
Embedded Microcontrollers
More Microprocessors, Microcontrollers and Embedded Systems resources
About microprocessors, microcontrollers and embedded systems mind maps
GoConqr OriginalMicroprocessors, microcontrollers and embedded systems mind maps
The collection ranges from introductory maps to resources on specific chips and applications. Architecture of 8051 sets out registers and other components, while PIC16F877X covers memory organisation and registers. You can also explore maps on GPIO, interrupts and serial interfaces.
Choose a route through the maps
For an overview, start with Microcontrollers and follow its branches from the CPU and memory to peripherals. If you prefer an application, Automatic Controller of Water brings together components used in a water-control circuit.
To revise a specific topic, pick a map and explain its branches in your own words. Compare related maps, such as the resources on interrupts and GPIO, to see how their coverage differs. When you want to check your recall in another format, switch to a quiz on the unit page. Pick a map and follow a branch that interests you.
Frequently asked questions
Which mind map is a useful starting point?
Start with Microcontrollers for an overview of a small computer on a single integrated circuit. Its branches include the CPU, memory and peripherals, so you can choose an area to explore further. Introduction is another starting point, with branches on the processor, memory and input and output.
Are there mind maps on particular microcontrollers?
Yes. The collection includes Architecture of 8051, PIC16F877X and ATmega128. You can use these maps to look at the components and memory arrangements shown for each device. The page also lists resources on the PIC18F4550 and PIC microcontrollers.
Are the mind maps free to use?
Yes. Every resource listed on this page is free to open and study without an account. The mind maps were made by GoConqr users, so you can explore different ways of organising topics, from chip architecture and interfaces to embedded systems and practical projects.