Advantest 93k Tester Manual Jun 2026

Comprehensive Technical Overview and Operational Guide: Advantest V93000 (93K) SOC Test System

The software manual provides the syntax, logic, and structure required to build an operational test program. A standard 93k test program relies on several interconnected file types defined in the documentation. Essential Configuration Files

: You can download and install a standalone version for Windows or Linux, or open it directly within the SmarTest environment via Help > Help Contents .

is a high-performance test platform widely used in semiconductor manufacturing. Documentation for this system is managed through a centralized, secure portal called the Technical Documentation Center (TDC) . 📘 Documentation Access advantest 93k tester manual

) and clock edges (period, drive windows, strobe windows) applied to the pins. The binary data strings (

These steps ensure that the test system is correctly set up, connected, and validated before any testing begins.

Use the SmarTest debugger to inspect waveforms, levels, and pin states during test program development. is a high-performance test platform widely used in

Proactive maintenance is key to minimizing downtime. The manual outlines several best practices:

Navigating the extensive can be daunting for new test engineers, technicians, and application specialists. This comprehensive guide breaks down the core architecture, essential manual documentation, software environments, and troubleshooting protocols found within the official documentation. 1. Understanding the Advantest V93000 Architecture

, a standalone help application used to navigate and search all system manuals. ADVANTEST CORPORATION Accessing Official Manuals The binary data strings ( These steps ensure

This section is critical for field application engineers (FAEs) and facility managers.

import xoc.dsa.DeviceSetup; import xoc.dsa.IDeviceSetup; import xoc.ota.testmethod. canLink; import xoc.ota.testmethod.TestMethod; public class DcMeasurement extends TestMethod public String pinName; @Override public void execute() IDeviceSetup deviceSetup = DeviceSetup.createInstance(); // 1. Configure the DC Level/Measurement instrument dynamically deviceSetup.pin(pinName).pmu().setCmdModeToForceV(); deviceSetup.pin(pinName).pmu().forceValue().setVolt(1.8); deviceSetup.pin(pinName).pmu().measure().current().setMeasRange(0.002); // 2. Execute the hardware action context.execute(deviceSetup); // 3. Fetch meter readings and evaluate pass/fail limits double measuredCurrent = context.getMeasurementResult(deviceSetup).pin(pinName).pmu().current().getValues()[0]; measurement.doubleParam("Current_Measurement").write(measuredCurrent); Use code with caution. 5. Troubleshooting Common 93k Tester Errors

You can browse the Online TDC if you have an active myAdvantest portal account.

The V93000 is recognized for its architecture, meaning every pin on the device under test (DUT) is backed by dedicated, high-performance electronics. This allows for massive parallel testing, essential for high-volume manufacturing. Key Hardware Components