-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
My board's MCU: STM32F103C8T6
[I change the TFT support back to the Serial support.]
RESBI updated
6 years ago
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
Old message
```
During r2con several people expressed concern about the current way e asm.cpu (models of CPU) works, especially the fact that it requires to touch code for adding new CPU IO descript…
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
```
For a variety of ATtiny chips (x4, x5, x61 and ATmega161), the respective avr
iot define files define BIN to 7 for Bipolar Input Mode in ADCSRB.
The core Print.h defines BIN to be 2.
This leads…
-
When the function Wire.requestFrom() returns, the I2C transaction has completely finished and the received data is waiting in a buffer in the Wire library. There is no need to wait for something befor…