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fcc:100:api

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fcc:100:api [2021/10/18 22:45] – external edit 127.0.0.1fcc:100:api [2021/10/18 23:17] – external edit 127.0.0.1
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 For most complete version of API, download the FFC-Serial API PDF from the [[fcc:100:api#Links|downloads]] section. For most complete version of API, download the FFC-Serial API PDF from the [[fcc:100:api#Links|downloads]] section.
  
-=====New Table=====+=====General Commands=====
 <function=ICEfunc|0=#Version&1=&2=255.255 255.255 0.16 65535 (0.16 is version)&-1> <function=ICEfunc|0=#Version&1=&2=255.255 255.255 0.16 65535 (0.16 is version)&-1>
 Returns firmware version of master board where arguments are used as follows: Returns firmware version of master board where arguments are used as follows:
Line 56: Line 56:
 Returns the touch screen backlight setting Returns the touch screen backlight setting
 ---- ----
-[INT] +<function=ICEfunc|0=#Scbklt&1=I:level  (0 – 20) :3&2=#SCBKLT 3&-1>
-<function=ICEfunc|0=#Scbklt&1=I: level  (0 – 20):3&2=#SCBKLT 3&-1>+
 Sets the touch screen backlight setting to the level given as an argument Sets the touch screen backlight setting to the level given as an argument
 ---- ----
Line 63: Line 62:
 Returns the touch screen and rotary knob audio feedback volume Returns the touch screen and rotary knob audio feedback volume
 ---- ----
-[INT] +<function=ICEfunc|0=#Scvol&1=I:level  (0 – 20) :8&2=#SCVOL 8&-1>
-<function=ICEfunc|0=#Scvol&1=I: level  (0 – 20):8&2=#SCVOL 8&-1>+
 Sets the touch screen and rotary knob audio feedback volume Sets the touch screen and rotary knob audio feedback volume
 ---- ----
-<function=ICEfunc|0=*IDN?&1=&2=Vescent Photonics,FFC,[serial#],S-[version],FL-[version],LD-[version],LD-[version]&-1>+<function=ICEfunc|0= *IDN?&1=&2=Vescent Photonics,FFC,[serial#],S-[version],FL-[version],LD-[version],LD-[version]&-1>
 Returns the Manufacturer, Model, Serial Number, Board Firmware Versions  of the device Returns the Manufacturer, Model, Serial Number, Board Firmware Versions  of the device
 ---- ----
-<function=ICEfunc|0=*RST&1=&2=Resetting System&-1>+<function=ICEfunc|0= *RST&1=&2=Resetting System&-1>
 Restarts the device (power cycle) Restarts the device (power cycle)
 ---- ----
Line 81: Line 79:
  
  
-=====New Table=====+=====Control API=====
 <function=ICEfunc|0=MSTRCTL?&1=&2=MSTRCTL? 0&-1> <function=ICEfunc|0=MSTRCTL?&1=&2=MSTRCTL? 0&-1>
 Returns the enumerated operating mode of the FFC Returns the enumerated operating mode of the FFC
Line 89: Line 87:
 2 = LASER ON 2 = LASER ON
 ---- ----
-[Int] +<function=ICEfunc|0=MSTRCTL&1=I:MODE :1&2=MSTRCTL 1&-1>
-<function=ICEfunc|0=MSTRCTL&1=I: MODE:1&2=MSTRCTL 1&-1>+
 Returns the enumerated operating mode of the FFC Returns the enumerated operating mode of the FFC
 Where: Where:
Line 107: Line 104:
 3 = Temperature Control Mode ON 3 = Temperature Control Mode ON
 ---- ----
-[Int] +<function=ICEfunc|0=CATCTRL&1=I:State    :1&2=CATCTRL 1&-1>
-<function=ICEfunc|0=CATCTRL&1=I: State   :1&2=CATCTRL 1&-1>+
 Sets the operating status of the Cavity Temperature Control Sets the operating status of the Cavity Temperature Control
 Where: Where:
Line 125: Line 121:
 3 = Temperature Control Mode ON 3 = Temperature Control Mode ON
 ---- ----
-[Int] +<function=ICEfunc|0=OSTCTRL&1=I:State :3&2=OSTCTRL 3&-1>
-<function=ICEfunc|0=OSTCTRL&1=I: State:3&2=OSTCTRL 3&-1>+
 Sets the operating status of the Oscillator Temperature Control Sets the operating status of the Oscillator Temperature Control
 Where: Where:
Line 144: Line 139:
 3 = Temperature Control Mode ON 3 = Temperature Control Mode ON
 ---- ----
-[Int] +<function=ICEfunc|0=AMTCTRL&1=I:State  :1&2=AMTCTRL 1&-1>
-<function=ICEfunc|0=AMTCTRL&1=I: State :1&2=AMTCTRL 1&-1>+
 Sets the operating status of the Amplifier Temperature Control Sets the operating status of the Amplifier Temperature Control
 Where: Where:
Line 169: Line 163:
  
  
-=====New Table=====+=====Temperature Controls=====
 <function=ICEfunc|0=CATSETP?&1=&2=CATSETP? 20.3&-1> <function=ICEfunc|0=CATSETP?&1=&2=CATSETP? 20.3&-1>
 Returns the temperature setpoint for the Cavity Temperature Control Returns the temperature setpoint for the Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CATSETP&1=F:Temperature:24.5&2=CATSETP 24.5&-1>+<function=ICEfunc|0=CATSETP&1=F:Temperature  :24.5&2=CATSETP 24.5&-1>
 Sets the temperature setpoint for the Cavity Temperature Control Sets the temperature setpoint for the Cavity Temperature Control
 Returns CATSETP? Returns CATSETP?
Line 187: Line 181:
 Returns the temperature setpoint for the Amplifier Temperature Control Returns the temperature setpoint for the Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMTSETP&1=F:Temperature:24.5&2=AMTSETP 24.5&-1>+<function=ICEfunc|0=AMTSETP&1=F:Temperature  :24.5&2=AMTSETP 24.5&-1>
 Sets the temperature setpoint for the Amplifier Temperature Control Sets the temperature setpoint for the Amplifier Temperature Control
 Returns AMTSETP? Returns AMTSETP?
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 Reads the Thermistor Beta Coefficient for Oscillator Temperature Control Reads the Thermistor Beta Coefficient for Oscillator Temperature Control
 ---- ----
-<function=ICEfunc|0=OSCBETA&1=F:Coefficient:3500&2=OSCBETA 3500&-1>+<function=ICEfunc|0=OSCBETA&1=F:Coefficient :3500&2=OSCBETA 3500&-1>
 Sets the Thermistor Beta Coefficient for Oscillator Temperature Control Sets the Thermistor Beta Coefficient for Oscillator Temperature Control
 Returns OSCBETA? Returns OSCBETA?
Line 232: Line 226:
 Reads the Thermistor Beta Coefficient for Amplifier Temperature Control Reads the Thermistor Beta Coefficient for Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMPBETA&1=F:Coefficient:3500&2=AMPBETA 3500&-1>+<function=ICEfunc|0=AMPBETA&1=F:Coefficient :3500&2=AMPBETA 3500&-1>
 Sets the Thermistor Beta Coefficient for Amplifier Temperature Control Sets the Thermistor Beta Coefficient for Amplifier Temperature Control
 Returns AMPBETA? Returns AMPBETA?
Line 239: Line 233:
 Reads the Thermistor Reference Temperature for Cavity Temperature Control Reads the Thermistor Reference Temperature for Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CAVREFT&1=F:Temperature:20&2=CAVREFT 20&-1>+<function=ICEfunc|0=CAVREFT&1=F:Temperature  :20&2=CAVREFT 20&-1>
 Sets the Thermistor Reference Temperature for Cavity Temperature Control Sets the Thermistor Reference Temperature for Cavity Temperature Control
 Returns CAVREFT? Returns CAVREFT?
Line 246: Line 240:
 Reads the Thermistor Reference Temperature for Oscillator Temperature Control Reads the Thermistor Reference Temperature for Oscillator Temperature Control
 ---- ----
-<function=ICEfunc|0=OSCREFT&1=F:Temperature:20&2=OSCREFT 20&-1>+<function=ICEfunc|0=OSCREFT&1=F:Temperature  :20&2=OSCREFT 20&-1>
 Sets the Thermistor Reference Temperature for Oscillator Temperature Control Sets the Thermistor Reference Temperature for Oscillator Temperature Control
 Returns OSCREFT? Returns OSCREFT?
Line 253: Line 247:
 Reads the Thermistor Reference Temperature for Amplifier Temperature Control Reads the Thermistor Reference Temperature for Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMPREFT&1=F:Temperature:20&2=AMPREFT 20&-1>+<function=ICEfunc|0=AMPREFT&1=F:Temperature   :20&2=AMPREFT 20&-1>
 Sets the Thermistor Reference Temperature for Amplifier Temperature Control Sets the Thermistor Reference Temperature for Amplifier Temperature Control
 Returns AMPREFT? Returns AMPREFT?
Line 262: Line 256:
  
 ---- ----
-<function=ICEfunc|0=CAVREFR&1=F:Resistance:30000&2=CAVREFR 30000&-1>+<function=ICEfunc|0=CAVREFR&1=F:Resistance  :30000&2=CAVREFR 30000&-1>
 Sets the Thermistor Reference Resistor for Cavity Temperature Control Sets the Thermistor Reference Resistor for Cavity Temperature Control
 Returns CAVREFR? Returns CAVREFR?
Line 269: Line 263:
 Reads the Thermistor Reference Resistor for Oscillator Temperature Control Reads the Thermistor Reference Resistor for Oscillator Temperature Control
 ---- ----
-<function=ICEfunc|0=OSCREFR&1=F:Resistance:30000&2=OSCREFR 30000&-1>+<function=ICEfunc|0=OSCREFR&1=F:Resistance  :30000&2=OSCREFR 30000&-1>
 Sets the Thermistor Reference Resistor for Oscillator Temperature Control Sets the Thermistor Reference Resistor for Oscillator Temperature Control
 Returns OSCREFR? Returns OSCREFR?
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 Reads the Thermistor Reference Resistor for Amplifier Temperature Control Reads the Thermistor Reference Resistor for Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMPREFR&1=F:Resistance:30000&2=AMPREFR 30000&-1>+<function=ICEfunc|0=AMPREFR&1=F:Resistance  :30000&2=AMPREFR 30000&-1>
 Sets the Thermistor Reference Resistor for Amplifier Temperature Control Sets the Thermistor Reference Resistor for Amplifier Temperature Control
 Returns AMPREFR? Returns AMPREFR?
 ---- ----
- 
 <function=ICEfunc|0=CAVCOFA?&1=&2=CAVCOFA? 0.000722&-1> <function=ICEfunc|0=CAVCOFA?&1=&2=CAVCOFA? 0.000722&-1>
 Reads the Steinhart-Hart A Thermistor coefficient for Cavity Temperature Control Reads the Steinhart-Hart A Thermistor coefficient for Cavity Temperature Control
  
 ---- ----
-<function=ICEfunc|0=CAVCOFA&1=F:CoefficientA:0.000722&2=CAVCOFA 0.000722&-1>+<function=ICEfunc|0=CAVCOFA&1=F:Coefficient A :0.000722&2=CAVCOFA 0.000722&-1>
 Sets the Steinhart-Hart A Thermistor coefficient for Cavity Temperature Control Sets the Steinhart-Hart A Thermistor coefficient for Cavity Temperature Control
 Returns CAVCOFA? Returns CAVCOFA?
Line 293: Line 286:
 Reads the Steinhart-Hart B Thermistor coefficient for Cavity Temperature Control Reads the Steinhart-Hart B Thermistor coefficient for Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CAVCOFB&1=F:CoefficientB:0.000286&2=CAVCOFB 0.000286&-1>+ 
 +<function=ICEfunc|0=CAVCOFB&1=F:Coefficient B:0.000286&2=CAVCOFB 0.000286&-1>
 Sets the Steinhart-Hart B Thermistor coefficient for Cavity Temperature Control Sets the Steinhart-Hart B Thermistor coefficient for Cavity Temperature Control
 Returns CAVCOFB? Returns CAVCOFB?
Line 300: Line 294:
 Reads the Steinhart-Hart C Thermistor coefficient for Cavity Temperature Control Reads the Steinhart-Hart C Thermistor coefficient for Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CAVCOFC&1=F:CoefficientC:0.000001&2=CAVCOFC 0.000001&-1>+<function=ICEfunc|0=CAVCOFC&1=F:Coefficient C:0.000001&2=CAVCOFC 0.000001&-1>
 Sets the Steinhart-Hart C Thermistor coefficient for Cavity Temperature Control Sets the Steinhart-Hart C Thermistor coefficient for Cavity Temperature Control
 Returns CAVCOFC? Returns CAVCOFC?
Line 307: Line 301:
 Reads the Steinhart-Hart A Thermistor coefficient for Oscillator Temperature Control Reads the Steinhart-Hart A Thermistor coefficient for Oscillator Temperature Control
 ---- ----
-<function=ICEfunc|0=OSCCOFA&1=F:CoefficientA:0.000684&2=OSCCOFA 0.000684&-1>+<function=ICEfunc|0=OSCCOFA&1=F:Coefficient A:0.000684&2=OSCCOFA 0.000684&-1>
 Sets the Steinhart-Hart A Thermistor coefficient for Oscillator Temperature Control Sets the Steinhart-Hart A Thermistor coefficient for Oscillator Temperature Control
 Returns OSCCOFA? Returns OSCCOFA?
Line 316: Line 310:
  
 ---- ----
-<function=ICEfunc|0=OSCCOFB&1=F:CoefficientB:0.000286&2=OSCCOFB 0.000286&-1>+<function=ICEfunc|0=OSCCOFB&1=F:Coefficient B:0.000286&2=OSCCOFB 0.000286&-1>
 Sets the Steinhart-Hart B Thermistor coefficient for Oscillator Temperature Control Sets the Steinhart-Hart B Thermistor coefficient for Oscillator Temperature Control
 Returns OSCCOFB? Returns OSCCOFB?
Line 323: Line 317:
 Reads the Steinhart-Hart C Thermistor coefficient for Oscillator Temperature Control Reads the Steinhart-Hart C Thermistor coefficient for Oscillator Temperature Control
 ---- ----
-<function=ICEfunc|0=OSCCOFC&1=F:CoefficientC:0.000001&2=OSCCOFC 0.000001&-1>+<function=ICEfunc|0=OSCCOFC&1=F:Coefficient C:0.000001&2=OSCCOFC 0.000001&-1>
 Sets the Steinhart-Hart C Thermistor coefficient for Oscillator Temperature Control Sets the Steinhart-Hart C Thermistor coefficient for Oscillator Temperature Control
 Returns OSCCOFC? Returns OSCCOFC?
Line 330: Line 324:
 Reads the Steinhart-Hart A Thermistor coefficient for Amplifier Temperature Control Reads the Steinhart-Hart A Thermistor coefficient for Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMPCOFA&1=F:CoefficientA:0.000684&2=AMPCOFA 0.000684&-1>+<function=ICEfunc|0=AMPCOFA&1=F:Coefficient A:0.000684&2=AMPCOFA 0.000684&-1>
 Sets the Steinhart-Hart A Thermistor coefficient for Amplifier Temperature Control Sets the Steinhart-Hart A Thermistor coefficient for Amplifier Temperature Control
 Returns AMPCOFA? Returns AMPCOFA?
Line 337: Line 331:
 Reads the Steinhart-Hart B Thermistor coefficient for Amplifier Temperature Control Reads the Steinhart-Hart B Thermistor coefficient for Amplifier Temperature Control
 ---- ----
-<function=ICEfunc|0=AMPCOFB&1=F:CoefficientB:0.000286&2=AMPCOFB 0.000286&-1>+<function=ICEfunc|0=AMPCOFB&1=F:Coefficient B:0.000286&2=AMPCOFB 0.000286&-1>
 Sets the Steinhart-Hart B Thermistor coefficient for Amplifier Temperature Control Sets the Steinhart-Hart B Thermistor coefficient for Amplifier Temperature Control
 Returns AMPCOFB? Returns AMPCOFB?
Line 346: Line 340:
  
 ---- ----
-<function=ICEfunc|0=AMPCOFC&1=F:CoefficientC:0.000001&2=AMPCOFC 0.000001&-1>+<function=ICEfunc|0=AMPCOFC&1=F:Coefficient C:0.000001&2=AMPCOFC 0.000001&-1>
 Sets the Steinhart-Hart C Thermistor coefficient for Amplifier Temperature Control Sets the Steinhart-Hart C Thermistor coefficient for Amplifier Temperature Control
 Returns AMPCOFC? Returns AMPCOFC?
Line 353: Line 347:
 Reads the Proportional gain for Cavity Temperature Control Reads the Proportional gain for Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CAVPROP&1=F:ProportionalGain:7.500000&2=CAVPROP 7.500000&-1>+<function=ICEfunc|0=CAVPROP&1=F:Proportional Gain :7.500000&2=CAVPROP 7.500000&-1>
 Sets the Proportional gain for Cavity Temperature Control Sets the Proportional gain for Cavity Temperature Control
 Returns CAVPROP? Returns CAVPROP?
Line 360: Line 354:
 Reads the Integral gain for Cavity Temperature Control Reads the Integral gain for Cavity Temperature Control
 ---- ----
-<function=ICEfunc|0=CAVINT&1=F:IntegralGain:2.0&2=CAVINT 2.0&-1>+<function=ICEfunc|0=CAVINT&1=F:Integral Gain:2.0&2=CAVINT 2.0&-1>
 Sets the Integral gain for Cavity Temperature Control Sets the Integral gain for Cavity Temperature Control
 Returns CAVINT? Returns CAVINT?
Line 368: Line 362:
  
 ---- ----
-<function=ICEfunc|0=CAVDERV&1=F:Derivative:0.5&2=CAVDERV 0.5&-1>+<function=ICEfunc|0=CAVDERV&1=F:Derivative :0.5&2=CAVDERV 0.5&-1>
 Sets the Derivative term for Cavity Temperature Control Sets the Derivative term for Cavity Temperature Control
 Returns CAVDERV? Returns CAVDERV?
Line 376: Line 370:
  
 ---- ----
-<function=ICEfunc|0=OSCPROP&1=F:ProportionalGain:7.500000&2=OSCPROP 7.500000&-1>+<function=ICEfunc|0=OSCPROP&1=F:Proportional Gain :7.500000&2=OSCPROP 7.500000&-1>
 Sets the Proportional gain for Oscillator Temperature Control Sets the Proportional gain for Oscillator Temperature Control
 Returns OSCPROP? Returns OSCPROP?
Line 385: Line 379:
  
 ---- ----
-<function=ICEfunc|0=OSCINT&1=F:IntegralGain:2.0&2=OSCINT 2.0&-1>+<function=ICEfunc|0=OSCINT&1=F: Integral Gain :2.0&2=OSCINT 2.0&-1>
 Sets the Integral gain for Oscillator Temperature Control Sets the Integral gain for Oscillator Temperature Control
 Returns OSCINT? Returns OSCINT?
Line 394: Line 388:
  
 ---- ----
-<function=ICEfunc|0=OSCDERV&1=F:Derivative:0.5&2=OSCDERV 0.5&-1>+<function=ICEfunc|0=OSCDERV&1=F:Derivative :0.5&2=OSCDERV 0.5&-1>
 Sets the Derivative term for Oscillator Temperature Control Sets the Derivative term for Oscillator Temperature Control
 Returns OSCDERV? Returns OSCDERV?
Line 403: Line 397:
  
 ---- ----
-<function=ICEfunc|0=AMPPROP&1=F:ProportionalGain:7.500000&2=AMPPROP 7.500000&-1>+<function=ICEfunc|0=AMPPROP&1=F:Proportional Gain :7.500000&2=AMPPROP 7.500000&-1>
 Sets the Proportional gain for Amplifier Temperature Control Sets the Proportional gain for Amplifier Temperature Control
 Returns AMPPROP?            Returns AMPPROP?           
Line 412: Line 406:
  
 ---- ----
-<function=ICEfunc|0=AMPINT&1=F:IntegralGain:2.0&2=AMPINT 2.0&-1>+<function=ICEfunc|0=AMPINT&1=F:Integral Gain :2.0&2=AMPINT 2.0&-1>
 Sets the Integral gain for Amplifier Temperature Control Sets the Integral gain for Amplifier Temperature Control
 Returns AMPINT? Returns AMPINT?
Line 421: Line 415:
  
 ---- ----
-<function=ICEfunc|0=AMPDERV&1=F:Derivative:0.5&2=AMPDERV 0.5&-1>+<function=ICEfunc|0=AMPDERV&1=F:Derivative :0.5&2=AMPDERV 0.5&-1>
 Sets the Derivative term for Amplifier Temperature Control Sets the Derivative term for Amplifier Temperature Control
 Returns AMPDERV? Returns AMPDERV?
Line 428: Line 422:
 Reads the enabled status of Proportional Gain for Cavity Temperature Control Reads the enabled status of Proportional Gain for Cavity Temperature Control
 ---- ----
-[Int] +<function=ICEfunc|0=CAPROEN&1=I:0 = OFF  1 = ON  :OFF&2=CAPROEN OFF&-1>
-<function=ICEfunc|0=CAPROEN&1=I:   0 = OFF  1 = ON :OFF&2=CAPROEN OFF&-1>+
 Sets the enabled status of Proportional Gain for Cavity Temperature Control Sets the enabled status of Proportional Gain for Cavity Temperature Control
 Returns CAPROEN? Returns CAPROEN?
Line 436: Line 429:
 Reads the enabled status of Proportional Gain for Oscillator Temperature Control Reads the enabled status of Proportional Gain for Oscillator Temperature Control
 ---- ----
-[Int] +<function=ICEfunc|0=OSPROEN&1=I:0 = OFF 1 = ON  :OFF&2=OSPROEN OFF&-1>
-<function=ICEfunc|0=OSPROEN&1=I:   0 = OFF  1 = ON :OFF&2=OSPROEN OFF&-1>+
 Sets the enabled status of Proportional Gain for Oscillator Temperature Control Sets the enabled status of Proportional Gain for Oscillator Temperature Control
 Returns OSPROEN? Returns OSPROEN?
Line 444: Line 436:
 Reads the enabled status of Proportional Gain for Amplifier Temperature Control Reads the enabled status of Proportional Gain for Amplifier Temperature Control
 ---- ----
-[Int] +<function=ICEfunc|0=AMPROEN&1=I: 0 = OFF  1 = ON  :OFF&2=AMPROEN OFF&-1>
-<function=ICEfunc|0=AMPROEN&1=I:   0 = OFF  1 = ON :OFF&2=AMPROEN OFF&-1>+
 Sets the enabled status of Proportional Gain for Amplifier Temperature Control Sets the enabled status of Proportional Gain for Amplifier Temperature Control
 Returns AMPROEN? Returns AMPROEN?
Line 454: Line 445:
  
 ---- ----
-<function=ICEfunc|0=CAVSLEW&1=F:SlewRate:3.5&2=CAVSLEW 3.5&-1>+<function=ICEfunc|0=CAVSLEW&1=F: Slew Rate :3.5&2=CAVSLEW 3.5&-1>
 Sets the Slew Rate of the Cavity Temperature Control [°C/min] Sets the Slew Rate of the Cavity Temperature Control [°C/min]
 Returns: CAVSLEW? Returns: CAVSLEW?
Line 463: Line 454:
  
 ---- ----
-<function=ICEfunc|0=OSCSLEW&1=F:SlewRate:3.5&2=OSCSLEW 3.5&-1>+<function=ICEfunc|0=OSCSLEW&1=F: Slew Rate :3.5&2=OSCSLEW 3.5&-1>
 Sets the Slew Rate of the Oscillator Temperature Control [°C/min] Sets the Slew Rate of the Oscillator Temperature Control [°C/min]
 Returns: OSCSLEW? Returns: OSCSLEW?
Line 472: Line 463:
  
 ---- ----
-<function=ICEfunc|0=AMPSLEW&1=F:SlewRate:3.5&2=AMPSLEW 3.5&-1>+<function=ICEfunc|0=AMPSLEW&1=F: Slew Rate :3.5&2=AMPSLEW 3.5&-1>
 Sets the Slew Rate of the Amplifier Temperature Control [°C/min] Sets the Slew Rate of the Amplifier Temperature Control [°C/min]
 Returns: AMPSLEW? Returns: AMPSLEW?
Line 481: Line 472:
  
 ---- ----
-[Int] +<function=ICEfunc|0=CASLWEN&1=I:  0 = OFF  1 = ON :ON&2=CASLWEN ON&-1>
-<function=ICEfunc|0=CASLWEN&1=I:   0 = OFF  1 = ON:ON&2=CASLWEN ON&-1>+
 Sets the Slew Rate Enabled state of the Cavity Temperature Control Sets the Slew Rate Enabled state of the Cavity Temperature Control
 Returns: CASLWEN? Returns: CASLWEN?
Line 491: Line 481:
  
 ---- ----
-[Int] +<function=ICEfunc|0=OSSLWEN&1=I:  0 = OFF  1 = ON :ON&2=OSSLWEN ON&-1>
-<function=ICEfunc|0=OSSLWEN&1=I:   0 = OFF  1 = ON:ON&2=OSSLWEN ON&-1>+
 Sets the Slew Rate Enabled state of the Oscillator Temperature Control Sets the Slew Rate Enabled state of the Oscillator Temperature Control
 Returns: OSSLWEN? Returns: OSSLWEN?
Line 500: Line 489:
 Reads the Slew Rate Enabled state of the Amplifier Temperature Control Reads the Slew Rate Enabled state of the Amplifier Temperature Control
 ---- ----
-[Int] +<function=ICEfunc|0=AMSLWEN&1=I:  0 = OFF  1 = ON :ON&2=AMSLWEN ON&-1>
-<function=ICEfunc|0=AMSLWEN&1=I:   0 = OFF  1 = ON:ON&2=AMSLWEN ON&-1>+
 Sets the Slew Rate Enabled state of the Amplifier Temperature Control Sets the Slew Rate Enabled state of the Amplifier Temperature Control
 Returns: AMSLWEN? Returns: AMSLWEN?
Line 510: Line 498:
  
 ---- ----
-<function=ICEfunc|0=CATILIM&1=F:CurrentLimit:0.6&2=CATILIM 0.6&-1>+<function=ICEfunc|0=CATILIM&1=F:Current Limit :0.6&2=CATILIM 0.6&-1>
 Sets the Cavity Temperature Control Current Limit [A] Sets the Cavity Temperature Control Current Limit [A]
 Returns: CATILIM? Returns: CATILIM?
Line 519: Line 507:
  
 ---- ----
-<function=ICEfunc|0=OSTILIM&1=F:CurrentLimit:0.500000&2=OSTILIM 0.500000&-1>+<function=ICEfunc|0=OSTILIM&1=F:Current Limit :0.500000&2=OSTILIM 0.500000&-1>
 Sets the Oscillator Temperature Control Current Limit [A] Sets the Oscillator Temperature Control Current Limit [A]
 Returns: OSTILIM? Returns: OSTILIM?
  
 ---- ----
- 
 <function=ICEfunc|0=AMTILIM?&1=&2=AMTILIM? 0.600000&-1> <function=ICEfunc|0=AMTILIM?&1=&2=AMTILIM? 0.600000&-1>
 Reads the Amplifier Temperature Control Current Limit [A] Reads the Amplifier Temperature Control Current Limit [A]
  
 ---- ----
-<function=ICEfunc|0=AMTILIM&1=F:CurrentLimit:0.5&2=AMTILIM 0.5&-1>+<function=ICEfunc|0=AMTILIM&1=F:Current Limit :0.5&2=AMTILIM 0.5&-1>
 Sets the Amplifier Temperature Control Current Limit [A] Sets the Amplifier Temperature Control Current Limit [A]
 Returns: AMTILIM? Returns: AMTILIM?
Line 538: Line 525:
  
 ---- ----
-<function=ICEfunc|0=CATPLIM&1=F:PowerLimit:7.000000&2=CATPLIM 7.000000&-1>+<function=ICEfunc|0=CATPLIM&1=F:Power Limit :7.000000&2=CATPLIM 7.000000&-1>
 Sets the Cavity Temperature Control Power Limit [W] Sets the Cavity Temperature Control Power Limit [W]
 Returns: CATPLIM? Returns: CATPLIM?
Line 547: Line 534:
  
 ---- ----
-<function=ICEfunc|0=OSTPLIM&1=F:PowerLimit:7&2=OSTPLIM 7&-1>+<function=ICEfunc|0=OSTPLIM&1=F:Power Limit :7&2=OSTPLIM 7&-1>
 Sets the Oscillator Temperature Control Power Limit [W] Sets the Oscillator Temperature Control Power Limit [W]
 Returns: OSTPLIM? Returns: OSTPLIM?
Line 556: Line 543:
  
 ---- ----
-<function=ICEfunc|0=AMTPLIM&1=F:PowerLimit:6.5&2=AMTPLIM 6.5&-1>+<function=ICEfunc|0=AMTPLIM&1=F:Power Limit  :6.5&2=AMTPLIM 6.5&-1>
 Sets the Amplifier Temperature Control Power Limit [W] Sets the Amplifier Temperature Control Power Limit [W]
 Returns: AMTPLIM? Returns: AMTPLIM?
  
 ---- ----
 +
 <function=ICEfunc|0=CATWARN?&1=&2=CATWARN? 5.000000&-1> <function=ICEfunc|0=CATWARN?&1=&2=CATWARN? 5.000000&-1>
 Reads the Temperature Error Warning Threshold of the Cavity Temperature Control [mK] Reads the Temperature Error Warning Threshold of the Cavity Temperature Control [mK]
  
 ---- ----
-<function=ICEfunc|0=CATWARN&1=F:WarningThreshold:1.0&2=CATWARN 1.0&-1>+<function=ICEfunc|0=CATWARN&1=F: Warning Threshold :1.0&2=CATWARN 1.0&-1>
 the Temperature Error Warning Threshold of the Cavity Temperature Control [mK] the Temperature Error Warning Threshold of the Cavity Temperature Control [mK]
 Returns: CATWARN? Returns: CATWARN?
Line 574: Line 562:
  
 ---- ----
-<function=ICEfunc|0=OSTWARN&1=F:WarningThreshold:1.0&2=OSTWARN 1.0&-1>+<function=ICEfunc|0=OSTWARN&1=F: Warning Threshold :1.0&2=OSTWARN 1.0&-1>
 the Temperature Error Warning Threshold of the Oscillator Temperature Control [mK] the Temperature Error Warning Threshold of the Oscillator Temperature Control [mK]
 Returns: OSTWARN? Returns: OSTWARN?
Line 583: Line 571:
  
 ---- ----
-<function=ICEfunc|0=AMTWARN&1=F:WarningThreshold:1.0&2=AMTWARN 1.0&-1>+<function=ICEfunc|0=AMTWARN&1=F: Warning Threshold :1.0&2=AMTWARN 1.0&-1>
 the Temperature Error Warning Threshold of the Amplifier Temperature Control [mK] the Temperature Error Warning Threshold of the Amplifier Temperature Control [mK]
 Returns: AMTWARN? Returns: AMTWARN?
Line 591: Line 579:
  
 ---- ----
-<function=ICEfunc|0=CATMAX&1=F:MaximumTemperature:40.0&2=CATMAX 40.0&-1>+<function=ICEfunc|0=CATMAX&1=F: Maximum Temperature :40.0&2=CATMAX 40.0&-1>
 Sets the Maximum Temperature Limit of the Cavity Temperature Control [C] Sets the Maximum Temperature Limit of the Cavity Temperature Control [C]
 Returns: CATMAX? Returns: CATMAX?
Line 599: Line 587:
  
 ---- ----
-<function=ICEfunc|0=OSTMAX&1=F:MaximumTemperature:30.0&2=OSTMAX 30.0&-1>+<function=ICEfunc|0=OSTMAX&1=F: Maximum Temperature :30.0&2=OSTMAX 30.0&-1>
 Sets the Maximum Temperature Limit of the Oscillator Temperature Control [C] Sets the Maximum Temperature Limit of the Oscillator Temperature Control [C]
 Returns: OSTMAX? Returns: OSTMAX?
Line 608: Line 596:
  
 ---- ----
-<function=ICEfunc|0=AMTMAX&1=F:MaximumTemperature:30.0&2=AMTMAX 30.0&-1>+<function=ICEfunc|0=AMTMAX&1=F: Maximum Temperature :30.0&2=AMTMAX 30.0&-1>
 Sets the Maximum Temperature Limit of the Amplifier Temperature Control [C] Sets the Maximum Temperature Limit of the Amplifier Temperature Control [C]
 Returns: AMTMAX? Returns: AMTMAX?
Line 616: Line 604:
  
 ---- ----
-<function=ICEfunc|0=CATMIN&1=F:MinimumTemperature:-4.0&2=CATMIN -4.0&-1>+<function=ICEfunc|0=CATMIN&1=F: Minimum Temperature :-4.0&2=CATMIN -4.0&-1>
 Sets the Minimum Temperature Limit of the Cavity Temperature Control [C] Sets the Minimum Temperature Limit of the Cavity Temperature Control [C]
 Returns: CATMIN? Returns: CATMIN?
Line 624: Line 612:
  
 ---- ----
-<function=ICEfunc|0=OSTMIN&1=F:MinimumTemperature:-4.0&2=OSTMIN -4.0&-1>+<function=ICEfunc|0=OSTMIN&1=F: Minimum Temperature :-4.0&2=OSTMIN -4.0&-1>
 Sets the Minimum Temperature Limit of the Oscillator Temperature Control [C] Sets the Minimum Temperature Limit of the Oscillator Temperature Control [C]
 Returns: OSTMIN? Returns: OSTMIN?
Line 633: Line 621:
  
 ---- ----
-<function=ICEfunc|0=AMTMIN&1=F:MinimumTemperature:-4.0&2=AMTMIN -4.0&-1>+<function=ICEfunc|0=AMTMIN&1=F: Minimum Temperature :-4.0&2=AMTMIN -4.0&-1>
 Sets the Minimum Temperature Limit of the Oscillator Temperature Control [C] Sets the Minimum Temperature Limit of the Oscillator Temperature Control [C]
 Returns: AMTMIN? Returns: AMTMIN?
Line 641: Line 629:
  
 ---- ----
-<function=ICEfunc|0=CASDTIM&1=F:Seconds:5.0&2=CASDTIM 5.0&-1>+<function=ICEfunc|0=CASDTIM&1=F:Seconds :5.0&2=CASDTIM 5.0&-1>
 Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Cavity Temperature Control Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Cavity Temperature Control
 Returns: CASDTIM? Returns: CASDTIM?
Line 649: Line 637:
  
 ---- ----
-<function=ICEfunc|0=OSSDTIM&1=F:Seconds:5.0&2=OSSDTIM 5.0&-1>+<function=ICEfunc|0=OSSDTIM&1=F:Seconds :5.0&2=OSSDTIM 5.0&-1>
 Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Oscillator Temperature Control Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Oscillator Temperature Control
 Returns: OSSDTIM? Returns: OSSDTIM?
Line 657: Line 645:
  
 ---- ----
-<function=ICEfunc|0=AMSDTIM&1=F:Seconds:5.0&2=AMSDTIM 5.0&-1>+<function=ICEfunc|0=AMSDTIM&1=F:Seconds :5.0&2=AMSDTIM 5.0&-1>
 Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Amplifier Temperature Control Sets the Number of Seconds Until Temperature Control Shuts Down When Temperature Exceeds a Maximum or Minimum for Amplifier Temperature Control
 Returns: AMSDTIM? Returns: AMSDTIM?
Line 669: Line 657:
  
  
-=====New Table=====+=====Laser Current Controls=====
 <function=ICEfunc|0=OSISETP?&1=&2=OSISETP? 997.939941&-1> <function=ICEfunc|0=OSISETP?&1=&2=OSISETP? 997.939941&-1>
 Reads the Current Setpoint for the Oscillator Laser [mA]  Reads the Current Setpoint for the Oscillator Laser [mA] 
  
 ---- ----
-<function=ICEfunc|0=OSISETP&1=F:LaserCurrentSetpoint:850&2=OSISETP 850&-1>+<function=ICEfunc|0=OSISETP&1=F: Laser Current Setpoint:850&2=OSISETP 850&-1>
 Sets the Current Setpoint for the Oscillator Laser [mA] Sets the Current Setpoint for the Oscillator Laser [mA]
 Returns: OSISETP? Returns: OSISETP?
Line 683: Line 671:
  
 ---- ----
-<function=ICEfunc|0=AMISETP&1=F:LaserCurrentSetpoint:1400.0&2=AMISETP 1400.0&-1>+<function=ICEfunc|0=AMISETP&1=F: Laser Current Setpoint:1400.0&2=AMISETP 1400.0&-1>
 Sets the Current Setpoint for the Amplifier Laser [mA] Sets the Current Setpoint for the Amplifier Laser [mA]
 Returns: AMISETP? Returns: AMISETP?
Line 700: Line 688:
  
 ---- ----
-<function=ICEfunc|0=OSCILIM&1=F:CurrentLimit:1000&2=OSCILIM 1000&-1>+<function=ICEfunc|0=OSCILIM&1=F:  Current Limit :1000&2=OSCILIM 1000&-1>
 Sets the Laser Current Limit for Oscillator [mA]  Sets the Laser Current Limit for Oscillator [mA] 
 Returns: OSCILIM? Returns: OSCILIM?
Line 709: Line 697:
  
 ---- ----
-<function=ICEfunc|0=AMCILIM&1=F:CurrentLimit:1575&2=AMCILIM 1575&-1>+<function=ICEfunc|0=AMCILIM&1=F: Current Limit :1575&2=AMCILIM 1575&-1>
 Sets the Laser Current Limit for Amplifier [mA]  Sets the Laser Current Limit for Amplifier [mA] 
 Returns: AMCILIM? Returns: AMCILIM?
Line 718: Line 706:
  
 ---- ----
-<function=ICEfunc|0=OSCPLIM&1=F:PowerLimit:10&2=OSCPLIM 10&-1>+<function=ICEfunc|0=OSCPLIM&1=F: Power Limit :10&2=OSCPLIM 10&-1>
 Sets the Laser Power Limit for Oscillator [W]  Sets the Laser Power Limit for Oscillator [W] 
 Returns: OSCPLIM? Returns: OSCPLIM?
Line 727: Line 715:
  
 ---- ----
-<function=ICEfunc|0=AMCPLIM&1=F:PowerLimit:10&2=AMCPLIM 10&-1>+<function=ICEfunc|0=AMCPLIM&1=F: Power Limit :10&2=AMCPLIM 10&-1>
 Sets the Laser Power Limit for Amplifier [W]  Sets the Laser Power Limit for Amplifier [W] 
 Returns: AMCPLIM? Returns: AMCPLIM?
Line 737: Line 725:
  
 ---- ----
-<function=ICEfunc|0=_OSCTLIMMAX&1=F:LaserTemperatureUpperLimit:33.5&2=_OSCTLIMMAX 33.5&-1>+<function=ICEfunc|0=_OSCTLIMMAX&1=F: Laser Temperature Upper Limit:33.5&2=_OSCTLIMMAX 33.5&-1>
 Sets the Oscillator Laser Temperature Upper Limit [°C]  Sets the Oscillator Laser Temperature Upper Limit [°C] 
 (Laser is shut down if exceeded) (Laser is shut down if exceeded)
Line 748: Line 736:
  
 ---- ----
-<function=ICEfunc|0=_AMPTLIMMAX&1=F:LaserTemperatureUpperLimit:33.5&2=_ AMPTLIMMAX 33.5&-1>+<function=ICEfunc|0=_AMPTLIMMAX&1=F: Laser Temperature Upper Limit:33.5&2=_ AMPTLIMMAX 33.5&-1>
 Sets the Amplifier Laser Temperature Upper Limit [°C]  Sets the Amplifier Laser Temperature Upper Limit [°C] 
 (Laser is shut down if exceeded) (Laser is shut down if exceeded)
Line 759: Line 747:
  
 ---- ----
-<function=ICEfunc|0=_OSCTLIMMIN&1=F:LaserTemperatureLowerLimit:5.5&2=_OSCTLIMMIN 5.5&-1>+<function=ICEfunc|0=_OSCTLIMMIN&1=F: Laser Temperature Lower Limit:5.5&2=_OSCTLIMMIN 5.5&-1>
 Sets the Oscillator Laser Temperature Lower Limit [°C]  Sets the Oscillator Laser Temperature Lower Limit [°C] 
 (Laser is shut down if exceeded) (Laser is shut down if exceeded)
Line 770: Line 758:
  
 ---- ----
-<function=ICEfunc|0=_AMPTLIMMIN&1=F:LaserTemperatureLowerLimit:5.5&2=_ AMPTLIMMIN 5.5&-1>+<function=ICEfunc|0=_AMPTLIMMIN&1=F: Laser Temperature Lower Limit:5.5&2=_ AMPTLIMMIN 5.5&-1>
 Sets the Amplifier Laser Temperature Lower Limit [°C]  Sets the Amplifier Laser Temperature Lower Limit [°C] 
 (Laser is shut down if exceeded) (Laser is shut down if exceeded)
Line 784: Line 772:
  
  
-=====New Table=====+=====Laser PZT Controls=====
 <function=ICEfunc|0=CADCBSP?&1=&2=CADCBSP? 60.000000&-1> <function=ICEfunc|0=CADCBSP?&1=&2=CADCBSP? 60.000000&-1>
 Reads the DC Bias Setpoint for the Cavity [V] Reads the DC Bias Setpoint for the Cavity [V]
  
 ---- ----
-<function=ICEfunc|0=CADCBSP&1=F:Voltage:60&2=CADCBSP 60&-1>+<function=ICEfunc|0=CADCBSP&1=F:  Voltage :60&2=CADCBSP 60&-1>
 Sets the DC Bias Setpoint for the Cavity [V] Sets the DC Bias Setpoint for the Cavity [V]
 Returns: CADCBSP? Returns: CADCBSP?
Line 802: Line 790:
  
 ---- ----
-<function=ICEfunc|0=VLIM&1=F:Voltage:90&2=VLIM 90&-1>+<function=ICEfunc|0=VLIM&1=F: Voltage :90&2=VLIM 90&-1>
 Sets the DC Bias Setpoint Limit for the Cavity [V] Sets the DC Bias Setpoint Limit for the Cavity [V]
 Returns: VLIM? Returns: VLIM?
Line 814: Line 802:
  
  
-=====New Table=====+=====Mode Lock Controls=====
 <function=ICEfunc|0=MLDCTHR?&1=&2=MLDCTRH? 8000.000000 [mV]&-1> <function=ICEfunc|0=MLDCTHR?&1=&2=MLDCTRH? 8000.000000 [mV]&-1>
 Reads the Mode Lock DC Threshold Parameter [mV] Reads the Mode Lock DC Threshold Parameter [mV]
 ---- ----
-<function=ICEfunc|0=MLDCTHR&1=F:Voltage:[mV]&2=MLDCTRH 6000 [mV]&-1>+<function=ICEfunc|0=MLDCTHR&1=F:Voltage :6000&2=MLDCTRH 6000 [mV]&-1>
 Sets the Mode Lock DC Threshold Parameter [mV] Sets the Mode Lock DC Threshold Parameter [mV]
 Returns: MLDCTHR? Returns: MLDCTHR?
Line 825: Line 813:
 Reads the Mode Lock RMS Threshold Parameter [mV] Reads the Mode Lock RMS Threshold Parameter [mV]
 ---- ----
-<function=ICEfunc|0=MLRMTHR&1=F:Voltage:[mV]&2=MLRMTHR 110 [mV]&-1>+<function=ICEfunc|0=MLRMTHR&1=F:Voltage :110&2=MLRMTHR 110 [mV]&-1>
 Sets the Mode Lock RMS Threshold Parameter [mV] Sets the Mode Lock RMS Threshold Parameter [mV]
 Returns: MLRMTHR? Returns: MLRMTHR?
Line 832: Line 820:
 Reads the Mode Lock Sample Limit Reads the Mode Lock Sample Limit
 ---- ----
-[Int] +<function=ICEfunc|0=MLSMPLM&1=I:Limit :250&2=MLSMPLM 250&-1>
-<function=ICEfunc|0=MLSMPLM&1=I: Limit:250&2=MLSMPLM 250&-1>+
 Sets the Mode Lock Sample Limit Sets the Mode Lock Sample Limit
 Returns: MLSMPLM? Returns: MLSMPLM?
Line 840: Line 827:
 Reads the Mode Lock Status [Off/On] Reads the Mode Lock Status [Off/On]
 ---- ----
-[Int] +<function=ICEfunc|0=#MLSTATS&1=I:State :ON&2=#MLSTATS ON&-1>
-<function=ICEfunc|0=#MLSTATS&1=I: State:ON&2=#MLSTATS ON&-1>+
 Enables / Disables Touch Screen Display of Mode Lock Mean and Standard Deviation Enables / Disables Touch Screen Display of Mode Lock Mean and Standard Deviation
 Returns: ON or OFF in response to argument Returns: ON or OFF in response to argument
 ---- ----
 +
 +
 +
 +
 +
 +