Verigy 93k Tester Manual Fix -
Every custom test method inherits from a base TestMethod class and implements an initialize block and a run block.
The is organized around these physical blocks. You will find separate volumes for:
The documentation introduces a proprietary paradigm. Unlike general-purpose programming languages, ATE programming is event-driven and timing-centric. The manual explains the "tester language," which includes constructs for defining timing sets, levels, and vector memory. However, a common critique among engineers is that the manual often focuses on syntax rather than strategy. It effectively explains what a command looks like, but it frequently struggles to explain the architectural philosophy of why a test should be structured in a certain way.
The primary software suite used to interact with the Verigy 93k is . Depending on the generation of your system, you will be operating on SmarTest 7 (a classic, workbook-based interface running on Linux) or SmarTest 8 (a modern, object-oriented, highly parallel software architecture). Structural Hierarchy of a Test Program verigy 93k tester manual
For test engineers, a deep understanding of the is not just a suggestion; it is a career necessity. The manual is not a single document but an ecosystem of technical references, programming guides, and diagnostic scripts. This article serves as your roadmap to mastering the 93K’s documentation, from basic architecture to advanced pattern debugging.
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When a test fails unexpectedly during program development, follow this standard troubleshooting checklist: Every custom test method inherits from a base
Each pin has its own memory and processor, allowing for independent testing and high throughput.
Design test programs with true parallelism. Minimize shared resources within test methods to let multiple sites run concurrently without serial overhead.
: This automated routine aligns driver and comparator timing edges across every channel in the system. It removes trace-length skews up to the test head boundary, lowering channel-to-channel timing alignment jitter to well under 100 picoseconds. 6. Advanced Debugging Capabilities It effectively explains what a command looks like,
Transitioning a program from engineering debug to high-volume manufacturing (HVM) requires code optimization.
[ System Diagnostics ] | v Runs functional relays & checks | v [ Focus Calibration ] | v Compensates for time skew & offsets | v [ High-Precision External Calibration ]
While the hardware documentation outlines what the machine can do, the software documentation outlines how to do it. The V93000 operates primarily on the SmarTest software environment. The manuals covering SmarTest are often the source of the steepest learning curve for new engineers.