HW/SW Emulation of Windows
BiosNios Settings in Nios II Architecture. Temperature controlled CPU cooling, as well as BSOD mode.
-mcustom-fpu-cfg=60-2- pass this to the C compiler to allow floating point hardware support- Exceptions when creating the project
- Oscilloscope must be grounded to internal DE1 ground, not the voltage reg or power supply ground
- Configure blink LED to ensure voltage reg is on
- VGA driver (Annie)
Assume given input of fan speed and temperature, continually update as they increase/decrease on the VGAUI similar to Utility Settings- If time, real-time line graph that shows temperature and RPM changing overtime
Working on CPUlator
- Audio driver (Annie)
- The faster the RPM, the higher the frequency
Analog sensor read to MCU (Samar)ADC sensor read to DE1-SoC(Samar)Temperature reading on the HEX displayFigure out scaled calibration of the sensor
Test level shifter with 5V (Samar)Fan spinning with PWM DE1-SoC 5V(Samar)RPM on the LEDs (map 6100 RPM to 1023 bits)If time, convert the hardware timer code to use interruptsPWM signal from DE1-SoC working at 5V with motor (Samar)
- Motor and temp sensor integrated (Samar)
- Full integration (Samar)
- Decide if we want multiple C files or just one
main.c
- Decide if we want multiple C files or just one
- Program separate MCU and short the incoming tach signal to it so we can have 10 LEDs showing current fan speed (Samar)
Fan spinning with PWM MCU @ 5V (Samar)Get power supply/boost converter (thank you Hamid)Get cooling fan (Samar)Look for cooling fan (Annie)Batteries in multimeter
fdb939ehas the 50% PWM signal with SW timer264edbchas the 50% PWM signal with HW timer and interruptsfc8e9b2has the working temperature and motor integration36dd0b3has full intgeration (bug with character buffer clearing)
- Temperature sensor
- Cooling fan
- FET and flyback to drive the motor (Myfab)
https://www.canva.com/design/DAGByrgro00/HB6Eb61NtkFlg6IMMjyVEw/edit