Verigy 93k Tester Manual Link -
When you've located a manual, ensure it's for the correct model and version of your equipment. Test equipment calibration and verification procedures are critical for accuracy and safety.
Since Advantest acquired Verigy, the best place to find the most current documentation is on the or within the SmarTest installation directory on the tester itself. Look for PDF versions of: V93000 System User Manual V93000 Hardware Reference SmarTest Test Program Development Guide
Complete Guide to the Verigy 93000 (93k) SoC Tester System The Verigy 93000 (93k) is a powerful chip testing system. It is a top choice for testing System-on-Chip (SoC) devices. This guide explains how the system works, its main parts, and how to use it safely. System Overview and Architecture
Creating a robust test program requires a methodical setup inside the SmarTest environment. Step 1: Define the Pin Map verigy 93k tester manual
Contains system power supplies, support electronics, and clock distribution modules.
A typical "93k Tester Hardware Overview" manual or training document covers these fundamental areas: 2.1. System Hardware Components
The Verigy 93K tester provides various data analysis and storage features, including: When you've located a manual, ensure it's for
It collects massive amounts of data to help manufacturers improve their "yield" (the percentage of chips that actually work). 3. Impact on the Digital World
High-speed cards (like the PS1600 or Pin Scale 1600) that send and receive signals.
Critical safety information, including electrical safety (terminal ratings), laser safety (if applicable), and weight considerations. Look for PDF versions of: V93000 System User
To fully understand the "Verigy 93K tester manual," it's essential to know the platform's history. The Verigy 93K system is part of the Hewlett-Packard (HP) and Agilent legacy of semiconductor testers. Verigy was spun off from Agilent Technologies in 2006 as a standalone semiconductor test equipment manufacturer before being acquired by Advantest Corporation in 2011.
The Verigy 93k operates on a "tester-per-pin" architecture. Unlike shared-resource testers, every single digital pin on a 93k system possesses its own independent timing generator, parametric measurement unit (PMU), and sequencing hardware. Mainframes and Cooling
Number and Mix of Digital, Mixed Signal, DPS, RF. June 2014 All Rights Reserved - ADVANTEST CORPORATION Hardware Overview Unit 2 - AT93000 System User Manual - Multilane
This transition has complicated the user experience. While the core V93000 architecture remains, documentation for newer cards or software updates (such as SmarTest 8 or 9) is integrated into a broader knowledge base. The searchability of these manuals has improved with digital integration, yet the fragmentation of information across release notes, application notes, and core manuals remains a hurdle. An engineer often finds themselves cross-referencing three separate documents to diagnose a single calibration error or driver update.