The VCSEL I-V Test Subsystem provides a customizable solution for testing vertical-cavity surface-emitting laser (VCSEL) devices. In this course, students will learn how to integrate the VCSEL I-V Test Subsystem into their existing test systems and perform basic tests to ensure proper connectivity.
Virtual training not available for this course
Classroom training not available for this course
Private Classes not available for this course
Describe the high-level purpose of the VCSEL I-V Test Subsystem and locate the available resources to assist with integration into a larger test system
Integrate the VCSEL I-V Test Subsystem with the other hardware components of an existing test system
Describe the software components that are installed as part of the VCSEL I-V Test Software
Use example VIs in LabVIEW to generate compensation data, which ensures accurate I-V measurements during test execution
Measure the pulse voltage (V) and pulse current (I) across a VCSEL DUT so that you can characterize the DUT performance
Use the VCSEL Test Result Viewer example project, accessible from the NI Example Finder, to explore any issues in the test results of your I-V measurement
Debug and troubleshoot the common issues that arise with system configuration, system operation, and test program execution
On-Demand: 2 hours
System integrators responsible for creating test solutions for VCSEL production customers
LabVIEW Core 2 or equivalent
VCSEL I-V Test Software 20.0
NI VCSEL I-V Test Subsystem
On-demand training includes digital course materials delivered through the NI Learning Center, available for the access duration of your subscription
On-Demand: Included with software subscription and enterprise agreements, or 5 Education Services Credits, or 2 Training Credits
| Lesson | Overview | Topics |
|---|---|---|
Introduction to the VCSEL I-V Test Subsystem | Describe the high-level purpose of the VCSEL I-V Test Subsystem and locate the available resources to assist with integration into a larger test system. |
|
Integrating the VCSEL Hardware into a Test System | Integrate the VCSEL I-V Test Subsystem with the other hardware components of an existing test system. |
|
Exploring the VCSEL I-V Test Software | Describe the software components that are installed as part of the VCSEL I-V Test Software. |
|
Generating Compensation Data | Use example VIs in LabVIEW to generate compensation data, which ensures accurate I-V measurements during test execution. |
|
Performing I-V Measurements | Measure the pulse voltage (V) and pulse current (I) across a VCSEL DUT so that you can characterize the DUT performance. |
|
Viewing the Test Results | Use the VCSEL Test Result Viewer example project, accessible from the NI Example Finder, to explore any issues in the test results of your I-V measurement. |
|
Troubleshooting Common Issues | Debug and troubleshoot the common issues that arise with system configuration, system operation, and test program execution. |
|
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