Triggering
35
Independent Data Acquisition
The AUX IN port can also be used as an independent data acquisition channel for voltage
or current signals. This can be used to extend the wavelength range of a spectrometer
system by adding an InGaAs detector to the side port of a spectrometer without having to
purchase additional electronics. The system, used as a spectrograph with a CCD, can
cover 200 nm to 1100 nm and as a scanning monochromator with an InGaAs detector can
cover from 800 nm to 1700 nm. The Synapse CCD’s AUX IN port averages the data
from the InGaAs detector over the specified integration time.
Figure 10.
Typical Configuration for Independent Data Acquisition
using Synapse AUX IN Port
To use the AUX IN as an independent data acquisition channel:
1.
Make sure the detector is configured in SynerJY or the SDK as a
Single Channel
Detector
(refer to the hardware configuration procedures of your software
documentation).
2.
Start SynerJY and open the
Experiment Setup
screen.
3.
Select the Hardware Configuration that has the AUX IN configured as a
Single
Channel Detector
.
4.
The AUX IN port appears as an option in the detectors list in
Experiment Setup
and
Data Preview
; click the
Active
check box to activate it.
Synapse CCD
DSS
InGaAs Detector
iHR320
Summary of Contents for JOBIN YVON SYNAPSE
Page 1: ...SYNAPSE CCD Detection System User Manual Part Number 81100 Revision 2...
Page 10: ...Preface x...
Page 14: ...System Description and Specifications 4...
Page 28: ...Detector System Installation 18...
Page 38: ...Initial Power up and Operation 28...
Page 48: ...Temperature Control 38...
Page 72: ...Appendix A Dimensional Drawings 62 Figure 17 Distance from Focal Plane to CCD Chip...
Page 73: ...Appendix A Dimensional Drawings 63 Figure 18 Synapse Power Supply Unit...
Page 74: ...Appendix A Dimensional Drawings 64...
Page 86: ...Appendix C Performing Routine Procedures with SynerJY 76...
Page 100: ...Appendix E Accessories 90...
Page 104: ...Warranty 94...
Page 113: ...103 Notes...
Page 114: ...104 Notes...