- Real-Time Code Execution & In-Circuit Debugging.
- Built-In FLASH Programmer.
- In-System Programming and debugging through a MON08-Compatible Interface.
- Metrowerks CodeWarrior IDE, with Editor, Assembler, C Compiler and Debugger.
- USB Bus powered connection to PC.
- No extra power supply needed.
Details can be found HERE
- LCD and Infrared Emitter/Detector are interfaced.
Details can be found HERE
- C language 68hc11 microcontroller with Servo controlled.
- Used in competition.
- Suitable idea to be used in factory production line.
Details can be found HERE
- One of the project that involve MC68HC11 microcontroller.
Details can be found HERE
- This project used a 68HC11 microcontroller.
- It also used a MC3479 to control a bipolar stepper motor.
Details can be found HERE
- An infrared serial data link implemented with a 68hc11 microcontroller.
- Operated at 100 bit per second
- 1 bit per second as selected by a switch.
Details can be found HERE
- The Tutorial starts with an architectural overview of the 68HC05 central processor unit (CPU).
- It covers memory organization, the CPU programmer's model, stack pointer operation, and the 68HC05 instruction set and its addressing modes.
- Once learned, this knowledge is applicable to all 68HC05 devices, because they all use the same CPU.
- In the second part of this tutorial, two sample applications illustrate the use of some common 68HC05 peripherals.
Details can be found HERE
- Final project of Mr.Ericpoon
- The requirement is to preset 8 position and then the arm will reach the positions accordingly.
Details can be found HERE
- This chip is is a 8-bit microcontroller family.
- Originally from Motorola but now being produced by Freescale Semiconductor.
- It is a CISC microcontroller.
- More powerful and more expensive than the 68HC05 microcontroller.
- Widely used in barcode readers, hotel card key writers, amateur robotics, and various other embedded systems.
- HC11 instruction set is upward compatible with the 6800 with the addition of a Y index register.
- It has 8 eight-bit accumulators, A and B.
- Two 16-bit index register, X and Y.
- 16-bit stack pointer and a program counter.
