Microcontroller: Small opcode, with very minimal instructions, but executed very fast. Microprocessor: Many instructions, like multiply, divide, floating point processor, etc. Execution Logic - The control logic to synchronize the execution of instructions Buses – The wires and logic used to transfer data around Input / Output ( I/O ) - How data is taken in and put out Registers – Short term storage of results and data Memory – Program and data are stored here Arithmetic Logical Unit ( ALU) – where the calculations are made Introduction to the Microchip PIC®: ¶Īll processors have several similar components: ¶ PIC Chips ¶ĭenny has a lot of experience working with PIC chips, and so that was one of the microprocessor architectures we looked at. This system is well documented on different individual websites, but we felt it best to include since this and the ATTiny412 are the systems that we’ve used so far during the FabAcademy. Then we started using the Attiny412’s to create simple “blink” boards. But with this, we’ve only been using the Arduino IDE for programming purposes so far. We’ve been using the SAMD11C14 to make the programmers, but also for our own circuits. We first started with the electronics design of the SAMD11C14 chip in order to create our programmers. This week’s group project was to investigage different types of embedded programming systems and architectures. Group Project - Embedded Programming ¶ Week 8 - 3/16/22 ¶ Interface and Application programming Group Projectĩa. Interface and Application programming.ġ5a. 3D Scanning and printing Group Projectġ5.
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