Input/Output
TO DO: Create another circuit or modify your existing circuit, this time using the Arduino to read your input and to affect your output.
This assignment was a little confusing for me. When I attempt to do it the first time I failed. But once I study the schematic and really understand the circuit flow I began to process it.
- wire everything correctly, follow the schematic
- input/output is connected to button and the main power source
- Write the correct program so it responds accordingly.
- Sync the arduino with the code
- connect and test
The code commands the microcontroller to controls the system.
Learning: Microcontrollers are optimized for control of general input and output. Controller or microcontroller is usually reserved for a simple processor that does only one task, like listening to sensors.
This assignment was a little confusing for me. When I attempt to do it the first time I failed. But once I study the schematic and really understand the circuit flow I began to process it.
- wire everything correctly, follow the schematic
- input/output is connected to button and the main power source
- Write the correct program so it responds accordingly.
- Sync the arduino with the code
- connect and test
The code commands the microcontroller to controls the system.
Learning: Microcontrollers are optimized for control of general input and output. Controller or microcontroller is usually reserved for a simple processor that does only one task, like listening to sensors.
Comments
Post a Comment