10605176Microcontrollers
Course Information
Description
Topics include microprocessor architecture, operations, programming, interfacing, analog to digital conversion, pulse width modulation, parallel and serial I/O. Lab work includes design and fabrication of a digital systems project.
Total Credits
3
Course Competencies
-
Interpret microcontroller's architectural detailsAssessment Strategiesby submitting a Microcontroller Architectural Homework set independently by the due dateby answering an examination on Microcontroller Architectural independently by the due dateby actively participating in class on the topic of Microcontroller architectureCriteriaMicrocontroller Architectural Homework contains a presentation pageMicrocontroller Architectural Homework set contains the correct solutionsMicrocontroller Architectural Homework set is clearly writtenMicrocontroller Architectural Homework set neatly presented
-
Verify microcontroller designs using computer simulatorsAssessment Strategiesby submitting a Microcontroller Simulator Homework set independently by the due dateby completing a Microcontroller Simulator Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Simulator Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Simulators independently by the due dateby actively participating in class on the topic of Microcontroller SimulatorCriteriaMicrocontroller Simulator Homework set contains a presentation pageMicrocontroller Simulator Homework set contains the correct solutionsMicrocontroller Simulator Homework set is clearly writtenMicrocontroller Simulator Homework set neatly presentedMicrocontroller Simulator Laboratory Test Circuit is color codedMicrocontroller Simulator Laboratory Test Circuit performs as predictedMicrocontroller Simulator Laboratory Test Circuit is correctly troubleshootedMicrocontroller Simulator Laboratory Report contains a presentation pageMicrocontroller Simulator Laboratory Report is completely done in a wordprocessorMicrocontroller Simulator Laboratory Report contains numbered pagesMicrocontroller Simulator Laboratory Report includes a parts listMicrocontroller Simulator Laboratory Report includes circuit schematicsMicrocontroller Simulator Laboratory Report includes the final C code used in the circuitMicrocontroller Simulator Laboratory Report includes a system block diagram
-
Manipulate microcontrollers digital I/O ports using push-buttons, momentary switches and LEDsAssessment Strategiesby submitting a Microcontroller Digital I/O Homework set independently by the due dateby completing a Microcontroller Digital I/O Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Digital I/O Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Digital I/O independently by the due dateby actively participating in class on the topic of Microcontroller Digital I/OCriteriaMicrocontroller Digital I/O Homework set contains a presentation pageMicrocontroller Digital I/O Homework set contains the correct solutionsMicrocontroller Digital I/O Homework set is clearly writtenMicrocontroller Digital I/O Homework set neatly presentedMicrocontroller Digital I/O Laboratory Test Circuit is color codedMicrocontroller Digital I/O Laboratory Test Circuit performs as predictedMicrocontroller Digital I/O Laboratory Test Circuit is correctly troubleshootedMicrocontroller Digital I/O Laboratory Report contains a presentation pageMicrocontroller Digital I/O Laboratory Report is completely done in a wordprocessorMicrocontroller Digital I/O Laboratory Report contains numbered pagesMicrocontroller Digital I/O Laboratory Report includes a parts listMicrocontroller Digital I/O Laboratory Report includes circuit schematicsMicrocontroller Digital I/O Laboratory Report included the final C code used in the circuitMicrocontroller Digital I/O Laboratory Report includes a system block diagram
-
Prioritize tasks via external hardware interruptsAssessment Strategiesby submitting a Microcontroller External Hardware Interrupts Homework set independently by the due dateby completing a Microcontroller External Hardware Interrupts Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller External Hardware Interrupts Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller External Hardware Interrupts independently by the due dateby actively participating in class on the topic of Microcontroller External Hardware InterruptsCriteriaMicrocontroller External Hardware Interrupts Homework set contains a presentation pageMicrocontroller External Hardware Interrupts Homework set contains the correct solutionsMicrocontroller External Hardware Interrupts Homework set is clearly writtenMicrocontroller External Hardware Interrupts Homework set neatly presentedMicrocontroller External Hardware Interrupts Laboratory Test Circuit is color codedMicrocontroller External Hardware Interrupts Laboratory Test Circuit performs as predictedMicrocontroller External Hardware Interrupts Laboratory Test Circuit is correctly troubleshootedMicrocontroller External Hardware Interrupts Laboratory Report contains a presentation pageMicrocontroller External Hardware Interrupts Laboratory Report is completely done in a wordprocessorMicrocontroller External Hardware Interrupts Laboratory Report contains numbered pagesMicrocontroller External Hardware Interrupts Laboratory Report includes a parts listMicrocontroller External Hardware Interrupts Laboratory Report includes circuit schematicsMicrocontroller External Hardware Interrupts Laboratory Report includes the final C code used in the circuitMicrocontroller External Hardware Interrupts Laboratory Report includes a system block diagram
-
Generate digital signals of arbitrary duty cycle and period using free running timer interruptsAssessment Strategiesby submitting a Microcontroller Timer Interrupts Homework set independently by the due dateby completing a Microcontroller Timer Interrupts Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Timer Interrupts Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Timer Interrupts independently by the due dateby actively participating in class on the topic of Microcontroller Timer InterruptsCriteriaMicrocontroller Timer Interrupts Homework set contains a presentation pageMicrocontroller Timer Interrupts Homework set contains the correct solutionsMicrocontroller Timer Interrupts Homework set is clearly writtenMicrocontroller Timer Interrupts Homework set neatly presentedMicrocontroller Timer Interrupts Laboratory Test Circuit is color codedMicrocontroller Timer Interrupts Laboratory Test Circuit performs as predictedMicrocontroller Timer Interrupts Laboratory Test Circuit is correctly troubleshootedMicrocontroller Timer Interrupts Laboratory Report contains a presentation pageMicrocontroller Timer Interrupts Laboratory Report is completely done in a wordprocessorMicrocontroller Timer Interrupts Laboratory Report contains numbered pagesMicrocontroller Timer Interrupts Laboratory Report includes a parts listMicrocontroller Timer Interrupts Laboratory Report includes circuit schematicsMicrocontroller Timer Interrupts Laboratory Report includes the final C code used in the circuitMicrocontroller Timer Interrupts Laboratory Report includes a system block diagram
-
Interface LCD panel displays using parallel peripheralsAssessment Strategiesby submitting a Microcontroller LCD Panel Display Homework set independently by the due dateby completing a Microcontroller LCD Panel Display Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller LCD Panel Display Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller LCD Panel Display independently by the due dateby actively participating in class on the topic of Microcontroller LCD Panel DisplayCriteriaMicrocontroller LCD Panel Display Homework set contains a presentation pageMicrocontroller LCD Panel Display Homework set contains the correct solutionsMicrocontroller LCD Panel Display Homework set is clearly writtenMicrocontroller LCD Panel Display Homework set neatly presentedMicrocontroller LCD Panel Display Laboratory Test Circuit is color codedMicrocontroller LCD Panel Display Laboratory Test Circuit performs as predictedMicrocontroller LCD Panel Display Laboratory Test Circuit is correctly troubleshootedMicrocontroller LCD Panel Display Laboratory Report contains a presentation pageMicrocontroller LCD Panel Display Laboratory Report is completely done in a wordprocessorMicrocontroller LCD Panel Display Laboratory Report contains numbered pagesMicrocontroller LCD Panel Display Laboratory Report includes a parts listMicrocontroller LCD Panel Display Laboratory Report includes circuit schematicsMicrocontroller LCD Panel Display Laboratory Report includes the final C code used in the circuitMicrocontroller LCD Panel Display Laboratory Report includes a system block diagram
-
Implement microcontroller solutions to problems using the capture and compare timer modulesAssessment Strategiesby submitting a Microcontroller Capture and Compare Timer Module Homework set independently by the due dateby completing a Microcontroller Capture and Compare Timer Module Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Capture and Compare Timer Module Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Capture and Compare Timer Module independently by the due dateby actively participating in class on the topic of Microcontroller Capture and Compare Timer ModuleCriteriaMicrocontroller Capture and Compare Timer Module Homework set contains a presentation pageMicrocontroller Capture and Compare Timer Module Homework set contains the correct solutionsMicrocontroller Capture and Compare Timer Module Homework set is clearly writtenMicrocontroller Capture and Compare Timer Module Homework set neatly presentedMicrocontroller Capture and Compare Timer Module Laboratory Test Circuit is color codedMicrocontroller Capture and Compare Timer Module Laboratory Test Circuit performs as predictedMicrocontroller Capture and Compare Timer Module Laboratory Test Circuit is correctly troubleshootedMicrocontroller Capture and Compare Timer Module Laboratory Report contains a presentation pageMicrocontroller Capture and Compare Timer Module Laboratory Report is completely done in a wordprocessorMicrocontroller Capture and Compare Timer Module Laboratory Report contains numbered pagesMicrocontroller Capture and Compare Timer Module Laboratory Report includes a parts listMicrocontroller Capture and Compare Timer Module Laboratory Report includes circuit schematicsMicrocontroller Capture and Compare Timer Module Laboratory Report includes the final C code used in the circuitMicrocontroller Capture and Compare Timer Module Laboratory Report includes a system block diagram
-
Create an embedded point to point serial communications link using the universal synchronous/asynchronous serial port moduleAssessment Strategiesby submitting a Microcontroller Universal Asyn/Synch Serial Port Module Homework set independently by the due dateby completing a Microcontroller Universal Asyn/Synch Serial Port Module Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Universal Asyn/Synch Serial Port Module Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Universal Asyn/Synch Serial Port Module independently by the due dateby actively participating in class on the topic of Microcontroller Universal Asyn/Synch Serial Port ModuleCriteriaMicrocontroller Universal Asyn/Synch Serial Port Module Homework set contains a presentation pageMicrocontroller Universal Asyn/Synch Serial Port Module Homework set contains the correct solutionsMicrocontroller Universal Asyn/Synch Serial Port Module Homework set is clearly writtenMicrocontroller Universal Asyn/Synch Serial Port Module Homework set neatly presentedMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Test Circuit is color codedMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Test Circuit performs as predictedMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Test Circuit is correctly troubleshootedMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report contains a presentation pageMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report is completely done in a wordprocessorMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report contains numbered pagesMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report includes a parts listMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report includes circuit schematicsMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report includes the final C code used in the circuitMicrocontroller Universal Asyn/Synch Serial Port Module Laboratory Report includes a system block diagram
-
Interface analog sensors and transducers using the microcontroller's A/D converter moduleAssessment Strategiesby submitting a Microcontroller A/D Converter Module Homework set independently by the due dateby completing a Microcontroller A/D Converter Module Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller A/D Converter Module Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller A/D Converter Module independently by the due dateby actively participating in class on the topic of Microcontroller A/D Converter ModuleCriteriaMicrocontroller A/D Converter Module Homework set contains a presentation pageMicrocontroller A/D Converter Module Homework set contains the correct solutionsMicrocontroller A/D Converter Module Homework set is clearly writtenMicrocontroller A/D Converter Module Homework set neatly presentedMicrocontroller A/D Converter Module Laboratory Test Circuit is color codedMicrocontroller A/D Converter Module Laboratory Test Circuit performs as predictedMicrocontroller A/D Converter Module Laboratory Test Circuit is correctly troubleshootedMicrocontroller A/D Converter Module Laboratory Report contains a presentation pageMicrocontroller A/D Converter Module Laboratory Report is completely done in a wordprocessorMicrocontroller A/D Converter Module Laboratory Report contains numbered pagesMicrocontroller A/D Converter Module Laboratory Report includes a parts listMicrocontroller A/D Converter Module Laboratory Report includes circuit schematicsMicrocontroller A/D Converter Module Laboratory Report includes the final C code used in the circuitMicrocontroller A/D Converter Module Laboratory Report includes a system block diagram
-
Control bi-directional DC motors via pulse width modulationAssessment Strategiesby submitting a Microcontroller Pulse Width Modulation Module Homework set independently by the due dateby completing a Microcontroller Pulse Width Modulation Module Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller Pulse Width Modulation Module Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller Pulse Width Modulation Module independently by the due dateby actively participating in class on the topic of Microcontroller A/D Converter ModuleCriteriaMicrocontroller Pulse Width Modulation Module Homework set contains a presentation pageMicrocontroller Pulse Width Modulation Module Homework set contains the correct solutionsMicrocontroller Pulse Width Modulation Module Homework set is clearly writtenMicrocontroller Pulse Width Modulation Module Homework set neatly presentedMicrocontroller Pulse Width Modulation Module Laboratory Test Circuit is color codedMicrocontroller Pulse Width Modulation Module Laboratory Test Circuit performs as predictedMicrocontroller Pulse Width Modulation Module Laboratory Test Circuit is correctly troubleshootedMicrocontroller Pulse Width Modulation Module Laboratory Report contains a presentation pageMicrocontroller Pulse Width Modulation Module Laboratory Report is completely done in a wordprocessorMicrocontroller Pulse Width Modulation Module Laboratory Report contains numbered pagesMicrocontroller Pulse Width Modulation Module Laboratory Report includes a parts listMicrocontroller Pulse Width Modulation Module Laboratory Report includes circuit schematicsMicrocontroller Pulse Width Modulation Module Laboratory Report includes the final C code used in the circuitMicrocontroller Pulse Width Modulation Module Laboratory Report includes a system block diagram
-
Interface external memory to microcontrollersAssessment Strategiesby submitting a Microcontroller External Memory Homework set independently by the due dateby completing a Microcontroller External Memory Laboratory Test Circuit in a team of two by the due dateby completing a Microcontroller External Memory Laboratory Report in a team of two by the due dateby answering an examination on Microcontroller External Memory independently by the due dateby actively participating in class on the topic of Microcontroller A/D Converter ModuleCriteriaMicrocontroller External Memory Homework set contains a presentation pageMicrocontroller External Memory Homework set contains the correct solutionsMicrocontroller External Memory Homework set is clearly writtenMicrocontroller External Memory Homework set neatly presentedMicrocontroller External Memory Laboratory Test Circuit is color codedMicrocontroller External Memory Laboratory Test Circuit performs as predictedMicrocontroller External Memory Laboratory Test Circuit is correctly troubleshootedMicrocontroller External Memory Laboratory Report contains a presentation pageMicrocontroller External Memory Laboratory Report is completely done in a wordprocessorMicrocontroller External Memory Laboratory Report contains numbered pagesMicrocontroller External Memory Laboratory Report includes a parts listMicrocontroller External Memory Laboratory Report includes circuit schematicsMicrocontroller External Memory Laboratory Report includes the final C code used in the circuitMicrocontroller External Memory Laboratory Report includes a system block diagram