Houses the water-cooled pin electronics cards. Its balanced, manipulation-friendly design allows docking with automated wafer probers and package handlers.
If you are looking for the Verigy V93000 SoC user training guide or 93k hardware manuals, they are categorized into: (Architecture, Modules) SmarTest Software Documentation (Programming, Debugging) AT93000 System User Manual (Interface/Handler)
The documentation is essential for maximizing the capabilities of this versatile platform. Whether you are dealing with HSIO, Direct-Probe technologies, or the standard SoC platform, the comprehensive manuals—often found within Advantest's official documentation—provide the necessary technical insights to maintain high-efficiency testing environments. Need Help Finding Specific Documentation? Do you need SmarTest software programming examples? Are you trying to set up Direct-Probe for the first time?
The system grows with the product. A company can start with a small "A-Class" system and scale up to a "L-Class" or "SmartScale" configuration as their chip complexity increases.
System health tracking maintains test repeatability and prevents false yield drops. Calibration Protocols verigy 93k tester manual
Bind individual tests to C++ code blocks that configure instruments, trigger execution, and evaluate results.
Transitioned heavily to Java for test methods and APIs.
Defines the physical connection between the tester channels and the DUT pins. Maps tester channel numbers to logical resource names.
The system utilizes Device Power Supplies (DPS) to deliver stable, low-noise core and I/O voltages to the Device Under Test (DUT). Smart monitoring circuits protect the DUT from over-voltage (OVP) and over-current (OCP) conditions. 2. Software Workspace and SmarTest Environment Houses the water-cooled pin electronics cards
Verigy 93K Tester Manual: A Comprehensive Guide to the V93000 SoC Test System
The Verigy 93000 (now Advantest V93000 or V93K) remains a premier automated test equipment (ATE) platform for semiconductor chips. It tests high-speed digital, radio frequency (RF), and mixed-signal integrated circuits (ICs). Navigating the official manual and system documentation can be overwhelming due to its massive scale. This comprehensive guide synthesizes critical technical documentation, system architectures, and operation methodologies required by test engineers. 1. Structure of the Verigy 93000 Documentation Suite
To successfully execute a test plan, you must configure four primary building blocks. Pin Configuration (.pin)
A standard SmarTest test program relies on plain-text configuration files: Are you trying to set up Direct-Probe for the first time
The Verigy/Advantest 93k platform operates primarily on two generations of the SmarTest software suite. SmarTest 7 (Classic Architecture)
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Websites like Reddit, Stack Exchange, or industry-specific forums might have threads where users discuss the Verify 93k tester. You could find valuable information or even a shared manual.
Digital patterns instruct the tester exactly what logic states to drive onto the DUT pins and what responses to expect. Vector Syntax and Cyclization
Developing an initial device test plan follows a standardized workflow detailed across the hardware and software manuals: