Learn tsmap

Short lessons, one idea per slide, each ending with a lab in the web app. New to tsmap? Start with 00. Use the arrow keys to move through a lesson.

The core path: 00 to 06

What most people need: getting data in, reading maps and findings, and the Insights charts.

• 00 Welcome to tsmapWhat a wafer map shows, what tsmap is and where it runs, and a tour of the screen.
• 01 Getting data inSample data, file formats, opening, adding and scanning files, the test selector, column mapping, the colour theme and the log.
• 02 Reading a map and the toolbarPlot modes, colour schemes, overlays, orientation, the gallery layout, and one wafer close up.
• 03 FindingsWhat stands out, the findings list, and the Summary panel's tables, read on the sample lot.
• 04 The lot viewStack a lot into one map, select the same dies on every wafer, and name wafer splits, and name and judge bins.
• 05 Insights: where yield is lostYield by wafer, bins, pass rates, part average testing, what divides yield, and Group by.
• 06 Insights: distributions and dataDistributions and capability, comparing groups of wafers, the wafer-to-wafer trend and the data tables behind every chart.

When you need them: 07 onwards

Pick the lesson that matches the job in hand.

• 07 CorrelationFind tests that move together, and check the relationship holds inside each group.
• 08 Drilling into any populationFilter wafers and dies, then chart and tabulate any selection, bin, wafer or finding.
• 09 Derived testsCompute new tests from measured ones: write them in the Derived tests editor or a definitions file, and use them like any other test.
• 10 Your own plots and sweepsThe plot editor: build charts, keep them, reuse them on the next lot, and read a run of tests as a sweep curve.
• 11 Unusual wafersMulti-project wafers, wafers with no positions, retests, multi-site testing, reticles, wafer geometry and clamped values.
• 12 Automation and integrationOpen data from a link or the command line, and manage definitions files and saved settings.