MKS Ophir FluxGage User Manual
SUMMARY
1. INTRODUCTION ......................................................................................................... 3
2. THE SOFTWARE INTERFACE ................................................................................... 3
2.1. INITIALIZATION ............................................................................................................................... 3
2.2. CLOSE .......................................................................................................................................... 4
2.3. VERSION ....................................................................................................................................... 4
2.4. SPECTROMETER CONFIGURATION ................................................................................................... 5
2.4.1. SET AVERAGE .......................................................................................................................... 5
2.4.2. GET AVERAGE .......................................................................................................................... 5
2.4.3. INTEGRATION TIME .................................................................................................................... 6
2.5. FLUXGAGE™ ................................................................................................................................ 7
2.5.1. AUTOSET .................................................................................................................................. 7
2.5.2. AUTOSET_CURRENT ................................................................................................................. 8
2.5.3. AUTOSET_PHOTODIODE ............................................................................................................ 8
2.5.4. AUTOSET_SPECTRUM ............................................................................................................... 9
2.5.5. SET GAIN CURRENT ................................................................................................................ 10
2.5.6. GET GAIN CURRENT ............................................................................................................... 10
2.5.7. SET GAIN PHOTODIODE .......................................................................................................... 11
2.5.8. GET GAIN PHOTODIODE .......................................................................................................... 11
2.5.9. TAKE BACKGROUND ................................................................................................................ 12
2.5.10. CLEAR BACKGROUND ............................................................................................................. 12
2.5.11. CALIBRATION .......................................................................................................................... 13
2.5.11.1. CALIBRATION .................................................................................................................................. 13
2.5.11.2. CALIBRATION DATE .......................................................................................................................... 14
2.5.11.3. RESTORE FACTORY CALIBRATION ..................................................................................................... 15
2.5.11.4. OVERWRITE FACTORY CALIBRATION .................................................................................................. 15
2.5.12. FLUXGAGE™ - CALCULATE CONFIGURATION ............................................................................ 16
2.5.12.1. SET FLICKER ................................................................................................................................... 16
2.5.12.2. GET FLICKER .................................................................................................................................. 16
2.5.12.3. GET PAR LIMIT 1 ............................................................................................................................ 17
2.5.12.4. GET PAR LIMIT 2 ............................................................................................................................ 17
2.5.12.5. GET PAR LIMIT 3 ............................................................................................................................ 18
2.5.12.6. SET PAR LIMIT 1 ............................................................................................................................ 18
2.5.12.7. SET PAR LIMIT 2 ............................................................................................................................ 19
2.5.12.8. SET PAR LIMIT 3 ............................................................................................................................ 19
2.5.12.9. WAVELENGHT VALUE ....................................................................................................................... 20
2.5.13. MEASUREMENT ....................................................................................................................... 21
2.5.13.1. ACQUISITION ................................................................................................................................... 21
2.5.14. LWA CORRECTION ................................................................................................................. 23
2.5.14.1. FACTOR LIMIT ................................................................................................................................. 23
2.5.14.2. USER DEFINITION ............................................................................................................................. 23
FluxGage DLL User Manual 2
1. INTRODUCTION
This manual provides information for integrating the Software of the FluxGage™ into your
system.
2. THE SOFTWARE INTERFACE
This chapter describes the FluxGage™ API library – FluxGage.dll. It describes the various
data types and functions available and the measurement modes used to drive it.
2.1. Initialization
Function Name
Initialization
Definition
This function:
1. Verifies that the FluxGage™ is connected
2. Opens the VISA port
3. Resets the FluxGage™ - if Reset parameter is true
4. Checks the FluxGage™ name - if ID Query parameter is true
5. Reads all FluxGage™ memory
6. Clears the background value in the FluxGage™ memory
Prototype
void Initialization( Bool ID_Query,
Bool Reset,
out String Resource_Name)
Input
Bool ID_Query
Bool Reset
Output
String Visa resource name
FluxGage DLL User Manual 3
2.2. Close
Function Name
Close
Definition
Close the VISA port.
Prototype
void Close(String Resource_Name, out bool result)
Input
String Visa resource name
Output
out bool Result
2.3. Version
Function Name
Get Version
Definition
This function returns the version of the software and the hardware
Prototype
void GetVersion( String Resource_Name,
Input
String Visa resource name
Output
String Instrument_Information
String Instrument_Firmware_Revision
String Instrument_Driver_Revision
String HW_Revision
String EEPROM_Version
String SN
out String Instrument_Information,
out String Instrument_Firmware_Revision,
out String Instrument_Driver_Revision,
out String HW_Revision,
out String EEPROM_Version,
out String SN)
FluxGage DLL User Manual 4
2.4. Spectrometer configuration
2.4.1. Set Average
Function Name
SetAverage
Definition
This function configures the average used by the spectrometer.
Prototype
void SetAverage( String Resource_Name,
ushort Number_of_Average)
Input
String Visa resource name
ushort Number_of_Average
Output
None
2.4.2. Get Average
Function Name
GetAverage
Definition
This function returns the current average used by the spectrometer.
Prototype
void GetAverage( String Resource_Name,
out ushort Number_of_Average)
Input
String Visa resource name
Output
ushort Number_of_Average
FluxGage DLL User Manual 5
2.4.3. Integration Time
Function Name
Set IntegrationTime
Definition
This function configures the integration time used by the spectrometer.
Prototype
void SetIntegrationTime( String Resource_Name
uint Integration_Time_ms)
Input
String Visa resource name
uint Integration Time in millisecond
Output
none
FluxGage DLL User Manual 6
2.5. FluxGage™
2.5.1. Autoset
Function Name
AutoSet
Definition
This function searches and defines the correct gain and integration time for the
FluxGage™.
This function returns the gain value for the Current, the gain value for the photodiode
and the integration time for the spectrometer.
Prototype
void AutoSet( String Resource_Name,
Input
String Visa Resource_Name
ushort number_Of_Average
Output
uint Intergration_Time_ms
byte GainPhotodiode
byte GainCurrent
ushort number_Of_Average,
out uint Intergration_time_ms,
out byte Gain_Photodiode,
out byte Gain_Current)
FluxGage DLL User Manual 7
2.5.2. Autoset_Current
Function Name
AutoSet_Current
Definition
This function searches and defines the correct current gain for the FluxGage™.
This function returns the gain value for the Current.
Prototype
void AutoSet_Current( String Resource_Name,
out byte Gain_Current)
Input
String Visa resource name
Output
byte GainCurrent
2.5.3. Autoset_Photodiode
Function Name
AutoSet_Photodiode
Definition
This function searches and defines the correct photodiode gain for the FluxGage™.
This function returns the gain value for the photodiode.
Prototype
void AutoSet_Photodiode( String Resource_Name,
out byte Gain_Photodiode)
Input
String Visa resource name
Output
byte GainPhotodiode
FluxGage DLL User Manual 8
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