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Update for 03-11-21 17:45

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Tyler Perkins 2021-11-03 17:45:01 -04:00
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tech/arduino_nano.wiki
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@ -38,10 +38,18 @@ see [[arduino_techniques|Programming Techniques]]
=== Pins === === Pins ===
Pins are controller by the atmega's ports. Each port has different port The ATMega328P can control all of its pins via the use of an abstraction,
registers. Each bit of the 8 bit register controls a single pin. Port D called ports. Each port has registers associated to it, and each pin
controls pins 0 through 7, C controls the analog pins, and B controls 8 through corresponds to a bit in a port register.
13
Port D controls pins D0 - 7,
Port C controls the analog Pins,
Port B controls pins D8 - 13
Each port has 3 registers associated with it. Port* is the register that allows
writing to the pins. These are PortB (0x25), PortC (0x28)
* PortC * PortC
- Port C data regiser - Port C data regiser
- 0x28 - 0x28
@ -176,7 +184,7 @@ as WGM13 and WGM12 respecitvly. When ordred WGM13 through WGM10, they create a
| 1 | PWM, phase correct, 8bit | 0x00FF | TOP | BOTTOM | | 1 | PWM, phase correct, 8bit | 0x00FF | TOP | BOTTOM |
| 2 | PWM, phase correct, 9-bit | 0x01FF | TOP | BOTTOM | | 2 | PWM, phase correct, 9-bit | 0x01FF | TOP | BOTTOM |
| 3 | PWM, phase correct, 10-bit | 0x03FF | TOP | BOTTOM | | 3 | PWM, phase correct, 10-bit | 0x03FF | TOP | BOTTOM |
| 4 | CTC | OCR1A | Immediate | MAX | | 4 | Clear on compare match | OCR1A | Immediate | MAX |
| 5 | Fast PWM, 8bit | 0x00FF | BOTTOM | TOP | | 5 | Fast PWM, 8bit | 0x00FF | BOTTOM | TOP |
| 6 | Fast PWM, 9bit | 0x01FF | BOTTOM | TOP | | 6 | Fast PWM, 9bit | 0x01FF | BOTTOM | TOP |
| 7 | Fast PWM, 10bit | 0x03FF | BOTTOM | TOP | | 7 | Fast PWM, 10bit | 0x03FF | BOTTOM | TOP |
@ -189,7 +197,6 @@ as WGM13 and WGM12 respecitvly. When ordred WGM13 through WGM10, they create a
| 14 | Fast PWM | ICR1 | BOTTOM | TOP | | 14 | Fast PWM | ICR1 | BOTTOM | TOP |
| 15 | Fast PWM | OCR1A | BOTTOM | TOP | | 15 | Fast PWM | OCR1A | BOTTOM | TOP |
While in normal mode the Timer/Counter 1 Register counts up (inremental) and no While in normal mode the Timer/Counter 1 Register counts up (inremental) and no
counter clear is done. The counter will overflow when the max 16 bit value counter clear is done. The counter will overflow when the max 16 bit value
(0xFFFF) is reached. The registers that contain the counter values are The (0xFFFF) is reached. The registers that contain the counter values are The