User Manual

You should get something resembling the following output when you open the Serial Monitor at 9600 baud:

Serial.print("ADC resolution set to ");

switch (mcp.getADCresolution()) {

case MCP9600_ADCRESOLUTION_18: Serial.print("18"); break;

case MCP9600_ADCRESOLUTION_16: Serial.print("16"); break;

case MCP9600_ADCRESOLUTION_14: Serial.print("14"); break;

case MCP9600_ADCRESOLUTION_12: Serial.print("12"); break;

}

Serial.println(" bits");

mcp.setThermocoupleType(MCP9600_TYPE_K);

Serial.print("Thermocouple type set to ");

switch (mcp.getThermocoupleType()) {

case MCP9600_TYPE_K: Serial.print("K"); break;

case MCP9600_TYPE_J: Serial.print("J"); break;

case MCP9600_TYPE_T: Serial.print("T"); break;

case MCP9600_TYPE_N: Serial.print("N"); break;

case MCP9600_TYPE_S: Serial.print("S"); break;

case MCP9600_TYPE_E: Serial.print("E"); break;

case MCP9600_TYPE_B: Serial.print("B"); break;

case MCP9600_TYPE_R: Serial.print("R"); break;

}

Serial.println(" type");

mcp.setFilterCoefficient(3);

Serial.print("Filter coefficient value set to: ");

Serial.println(mcp.getFilterCoefficient());

mcp.setAlertTemperature(1, 30);

Serial.print("Alert #1 temperature set to ");

Serial.println(mcp.getAlertTemperature(1));

mcp.configureAlert(1, true, true); // alert 1 enabled, rising temp

mcp.enable(true);

Serial.println(F("------------------------------"));

}

void loop()

{

Serial.print("Hot Junction: "); Serial.println(mcp.readThermocouple());

Serial.print("Cold Junction: "); Serial.println(mcp.readAmbient());

Serial.print("ADC: "); Serial.print(mcp.readADC() * 2); Serial.println(" uV");

delay(1000);

}