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ASL SERIES - VISUAL ATE APPLICATIONS - COURSE #0085

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Course Length

5 Days

Course Description

The purpose of this course is to introduce students to the software, system operating environments, and seven of the available instrument cards. This is accomplished by a combination of lectures and lab exercises and online learning materials.

Upon completion of the course, the student will be able to: generate Test Functions, assemble Test Programs, debug test code, and understand the basic functions of the MUX, DVI, OVI, TMU, PV3, ACS, and DDD instruments.

Students must complete the online pre-course before attending the class. Login information for the online materials will be emailed upon confirmation of registration.

Prerequisites

  • 6 months test experience
  • Ohm's Law

Recommended

  • C or C++ programming
  • Familiarity with Windows operating system
  • English - written and spoken

Online Pre-course Content: (Completed prior to attending classroom session)

  • Hardware and software overview
  • Operator Environment
  • Engineering Environment

Course Outline

Foundations and Program Development Steps with DVI and OVI

  • Programming Syntax and Conventions
  • MUX instrument hardware and software
  • DVI instrument hardware and software
  • System interconnects
  • Program development steps
  • Lab exercises covering resistance measurement, current measurement, LED voltage versus current measurement

Visual Studio Code Debugger and visualISE Hardware Debugger with OVI and TMU

  • Datalog Functions
  • OVI instrument hardware and software
  • TMU instrument hardware and software
  • Visual Studio code debugger
  • visualISE
  • Lab exercises covering DUT Continuity, Vol/Voh measurements, Vil/Vih measurements, OVI and DVI Rise/Fall
    time measurements, DUT Propagation Delay measurement, and DUT Rise/Fall Time measurements

High Current Generation with PV3

  • PV3 hardware and software
  • Lab exercises covering high current delivery and differential voltage measurement of Rdson type measurements

Waveform generation with ACS

  • ACS hardware and software
  • Lab exercises covering True RMS measurements, Frequency measurement, generating a
    Triangle Wave and loading waveform data from a file

Digital Pattern generation with DDD

  • DDD hardware and software
  • Lab exercises covering DUT Icc measurement, DUT Functional tests and ACS external clock
  • visualATE Import/Export Functions