If your Microcontroller does not provide a dedicated analog output you can use the serial output instead as a poor man's work around. The idea is based on the fact that the output of 0b0 leads to 0 Volt on the signal line and the output of 0b1111111111111111 leads to 3.3V.
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#include <SerialDAC.h>
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| SerialDAC (Stream &out, uint minSampleValue=0, uint maxSampleValue=65535) |
| | Constructor.
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uint | baudRate (uint samplingRate) const |
| | convert the sample rate to the necessary baud rate (bit per second (bit/s)) - please set the baud rate of your serial interface to the calculated value
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void | write (uint16_t *inValues, int len) const |
| | writes a buffer to the tx line
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void | write (uint16_t value) const |
| | writes a single value to the tx line
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void | convert (uint16_t *inValues, uint16_t *outValues, int len) const |
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uint16_t | convertValue (uint16_t value) const |
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uint | map (uint x, uint in_min, uint in_max, uint out_min, uint out_max) const |
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long | maxSampleValue |
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long | minSampleValue |
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Stream * | out_ptr |
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| const uint16_t | values [17] |
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If your Microcontroller does not provide a dedicated analog output you can use the serial output instead as a poor man's work around. The idea is based on the fact that the output of 0b0 leads to 0 Volt on the signal line and the output of 0b1111111111111111 leads to 3.3V.
- Author
- Phil Schatzmann
- Copyright
- GPLv3
◆ values
| const uint16_t SerialDAC::values[17] |
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protected |
Initial value:= {
0b0000000000000000,
0b0000000000000001,
0b0000000000000011,
0b0000000000000111,
0b0000000000001111,
0b0000000000011111,
0b0000000000111111,
0b0000000001111111,
0b0000000011111111,
0b0000000111111111,
0b0000001111111111,
0b0000011111111111,
0b0000111111111111,
0b0001111111111111,
0b0011111111111111,
0b0111111111111111,
0b1111111111111111
}
The documentation for this class was generated from the following file:
