Integrating the VCSEL I-V Test Subsystem Course Overview

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.

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Virtual training not available for this course

 

Classroom training not available for this course

 

Private Classes not available for this course

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Integrating the VCSEL I-V Test Subsystem Course Outline

LessonOverviewTopics

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.

  • What Is the NI VCSEL I-V Test Subsystem?
  • Additional Learning Materials

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 Hardware Components of a VCSEL I-V Test Subsystem
  • Choosing a Hardware Configuring Option
  • Designing Your Load Board
  • Getting Started with Using the VCSEL I-V Test Subsystem
  • Maintaining Your Hardware

Exploring the VCSEL I-V Test Software

Describe the software components that are installed as part of the VCSEL I-V Test Software.

  • Installing the VCSEL I-V Test Software
  • Exploring the LabVIEW Shipping Examples
  • Creating Customized Code Modules

Generating Compensation Data

Use example VIs in LabVIEW to generate compensation data, which ensures accurate I-V measurements during test execution.

  • What Is Compensation Data?
  • Performing System Compensation
  • Performing Pulse Compensation

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.

  • Preparing to Take an I-V Measurements
  • Performing an I-V Measurements
  • Comparing Performance of Serial and Parallel Execution

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.

  • When to Use the Test Result Viewer
  • Viewing the Test Results

Troubleshooting Common Issues

Debug and troubleshoot the common issues that arise with system configuration, system operation, and test program execution.

  • Troubleshooting System Configuration Issues
  • Troubleshooting System Operation Issues
  • Troubleshooting Test Program Issues

 

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