XTRAIA CD-3200T

Transmission X-ray CD metrology tools

TSAXS for in-line small angle X-ray scattering for CD measurements

For up to 300 mm wafers.

Cutting-edge device micro-shape (shallow pattern/deep pattern) measurement equipment

Non-destructive measurement of nanostructures such as cross-sectional profile, depth, shape, and tilt is possible. Obtain an X-ray diffraction image that reflects the cross-sectional shape.

XTRAIA CD-3200T Overview

We have a lineup of optimal equipment for each shape of semiconductor device.

It is possible to measure nanostructures such as cross-sectional profile, depth, shape, and tilt non-destructively.

Measurement and analysis can be started without prior preparation such as libraries. Accurately measures organic materials such as resist without shrinkage.

Application examples

  • Deep hole non-destructive measurement using TSAXS
  • Overlay of TSAXS  and cross-sectional SEM
  • Sidewall TiN film thickness profile by TSAXS
  • Distribution of CD and in-plane tilt angle in the wafer plane
  • CD profile in the depth direction

XTRAIA CD-3200T Specifications

Technique Small angle X-ray scattering - transmission mode (TSAXS)
Benefit Critical dimension measurements of high aspect ratio (HAR) structures
X-ray source Rotating anode (Mo Ka, 17.4 keV) 
X-ray optics  Multilayer mirror optics 
X-ray detector HyPix 6000HE (2D)
Attributes Patterned wafer metrology
For periodic fine 3D shape​
For deep hole/pillar structures
DRAM, 3D-NAND, 3D LSI structure 
Features Patterned recognition​ and full-wafer mapping
Options GEM300 software, E84/OHT support
Dimensions 4020(W) × 2500(D) × 3450(H) mm
Measurement targets Pitch, CD, height, sidewall thickness, SWA (sidewall angle), RT (round top), RB (round bottom), CD distribution, pitch distribution, height distribution

XTRAIA CD-3200T Events

Learn more about our products at these events

There are no upcoming events

Contact Us

Whether you are interested in getting a quote, want a demo, need technical support, or simply have a question, we're here to help.