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slice:qt:api [2020/05/22 23:38] – [SLICE-QTC Specific Notes] Michael Radunsky | slice:qt:api [2021/02/18 01:13] – Michael Radunsky |
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</WRAP> | </WRAP> |
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| ====Save Settings==== |
<function=ICEfunc|0=SAVE&1=:None;&2=SUCCESS&-1> | <function=ICEfunc|0=SAVE&1=:None;&2=SUCCESS&-1> |
Saves "Personality Board" settings into EEPROM. Unsaved changes will be lost if board is powered off without issuing a SAVE command. The SAVE command saves the entire configuration into non-volatile memory. A single SAVE command can be issued after any number of configuration changes. When changes are made to the SLICE configuration through the touch screen, the new values are automatically saved and it is not necessary to issue a SAVE command.\\ \\ | Saves "Personality Board" settings into EEPROM. Unsaved changes will be lost if board is powered off without issuing a SAVE command. The SAVE command saves the entire configuration into non-volatile memory. A single SAVE command can be issued after any number of configuration changes. When changes are made to the SLICE configuration through the touch screen, the new values are automatically saved and it is not necessary to issue a SAVE command.\\ \\ |
<function=ICEfunc|0=Current?&1=I:CHANNEL:2&2=0.654&-1> | <function=ICEfunc|0=Current?&1=I:CHANNEL:2&2=0.654&-1> |
Returns the measured current flowing through the temperature transducer (e.g. TEC or heater) in Amps [A]. | Returns the measured current flowing through the temperature transducer (e.g. TEC or heater) in Amps [A]. |
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| **************************** |
| <function=ICEfunc|0=Currset&1=I:CHANNEL:1;F:CURRENT:0.654&2=0.654&-1> |
| Sets the output current to the Channel 1 to 0.654 A |
| **************************** |
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<function=ICEfunc|0=MaxPwr?&1=I:CHANNEL:2&2=7.000&-1> | <function=ICEfunc|0=MaxPwr?&1=I:CHANNEL:2&2=7.000&-1> |
^ Input Function ^ CHANNEL ^ FUNCTION ^ VALUE1 ^ VALUE2 ^ VALUE3 ^ | ^ Input Function ^ CHANNEL ^ FUNCTION ^ VALUE1 ^ VALUE2 ^ VALUE3 ^ |
| | [Int] | [Int] | [Float] | [Float] | [Int] | | | | [Int] | [Int] | [Float] | [Float] | [Int] | |
| Slow Servo | 1 - 4 | 0 | Integral Gain | Set point voltage [V] | Polarity [0/1 = +/-] | | | Off | 1 - 4 | 0 | N/A | N/A | N/A | |
| External Temperature | 1 - 4 | 1 | Gain [˚C/V] | Offset [V] | N/A | | | External Setpoint\\ Absolute | 1 - 4 | 1 | Gain [˚C/V] | Offset [V] | N/A | |
| External Error | 1 - 4 | 2 | Gain [˚C/V] | Offset [V] | N/A | | | External Setpoint\\ Relative | 1 - 4 | 2 | Gain [˚C/V] | Offset [V] | N/A | |
| External Setpoint | 1 - 4 | 3 | Gain [˚C/V] | Offset [V] | N/A | | | External Temperature\\ Input | 1 - 4 | 3 | Gain [˚C/V] | Offset [V | N/A | |
| Feedforward | 1 - 4 | 4 | Gain [A/V] | Offset [V] | N/A | | | External Error Input | 1 - 4 | 4 | Gain [A/V] | Offset [V] | N/A | |
| | Feedforward | 1 - 4 | 5 | Gain [A/V] | Offset [V] | N/A | |
| | Slow Servo Input | 1 - 4 | 6 | Integral Gain | Set point voltage [V] | Polarity [0/1 = +/-] | |
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