What you will learn:
An ATE consists of discrete instruments capable of applying stimuli and making accurate measurements under the control of a computer. You will learn how each of these elements does its job and what realistic expectations you can have.
Abstract:
The course provides the details necessary to understand how test instruments work and how they communicate with the computer over what are standardized instrument buses. The buses include IEEE-488 (GPIB or HPIB), VXIbus, PCI and PXIbus and LXI.
Who should attend:
Anyone who needs to understand the actual operation of the ATE. This includes test developers, for whom it is not sufficient to accept that the ATE will "somehow" make the proper measurements.
Detail:
COURSE OUTLINE:
Automatic Testing and ATE
ATE Types and Methods
- Functional Testers
- In-Circuit Testers
- Boundary-Scan Based Testers
Examples of ATEs
Understanding the UUT
Standards and Calibration
- Standards
- Calibration
- Terms
- Traceability
- Types
- Requirements
- Cross-check
- Methodology
ATE Building Blocks
- Stimulus Subsystems
- Measurement Subsystems
- Switching Subsystems
- Routing Subsystems
- Buses
- Controllers
Stimuli and Measurements
- Power Sources
- Analog Stimuli
- Digital Stimuli
- Analog Measurements
- Digital Measurements
- Impedance Measurements
Accuracies, Errors and ATE Maintenance
- A/D Conversion
- Ringing Errors
- Routing Errors
- Noise
- Accuracy
- Test Accuracy Ratio
- ATE Maintenance and Errors
IEEE-488, GPIB and HPIB
-
Handshaking Protocol
-
IEEE-488.2
-
High Speed IEEE-488
VXI and other Buses
- VXI Introduction - Overview
- VXI Hardware - Mechanical
- VXI Hardware - Electrical
- VXI Hardware - Protocols
- VXI Instrument Categories
- VXI Controller Configurations and I/O
- Planning a VXIbus System
- VXI Programming / SCPI / VXIplug&play
Configuring a VXI Mainframe
- Cooling
- Power
- Rack
- VXI RF & Microwave Instrumentation
VXI vs. Other Bus Structures
- VME
- PXI
- CPCI
- PC Instruments
LXI Instrumentation
What is coming?