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2005 Photo Contest Winners

Congratulations to the 2005 winners!
 Category I: Color Images
1st Place:

Andrew Woodard
Semiconductor Insights, Ontario, Canada

Light diffracting off decapped microcontroller

2nd Place:


Wong Yaw Yuan

Micron Semiconductor, Asia

Leaf pattern with bubble like void observed on
the die attached tape after delamination occur
due to insufficient cure of polyimide.

3rd Place: 

Mark Lam Tiam Weng

Institute of Microelectronics A-Star, Singapore

Electronic Foetus – Birth of a chip. Defect on ECP copper before CMP looks like a foetus developing.

 Category II: Black and White Images

1st Place:

Gil Garteiz

Tower Semiconductor, Israel

A 22 angstrom low-voltage gate ruptured by ESD testing is exposed from the backside by removing the substrate. The final wet etch step has etched the gate poly out from behind the rupture oxide. Layers shown: STI, silicided active & contacts, spacers, gate oxide

2nd Place: 

Frank Zhenge

Semiconductor Insights, Ontario, Canada

SRAM cross section

3rd Place:

Sue Li Poh

Micron Semiconductor, Asia

Contamination at Contact Plugs

 Category III: False Color Images

1st Place:

Robert Ulfig

Imago Scientific Instruments, Wisconsin, USA

3D Atom Probe Analysis of CVD Deposited Silicon Germanium, Boron Doped Silicon and Boron Doped Silicon Germanium films. Each dot or sphere indicated the location of individual atoms in the films. Silicon(Grey), Germanium(Green), and Boron(Blue Spheres). Only a fraction of the atoms are displayed for clarity.

2nd Place:

Kartik Ramanujachar

Texas Instruments, Texas, USA

Scanning current image of a SRAM showing
gate contact leakage that caused a single bit failure.
The leaky gate contact appears like an extra
contact juxtaposed between four other contacts.

3rd Place:

Bernhard Tittmann

Pennsylvania State University, USA

Image obtained with Ultrasonic Atomic Force Microscope which images relative modulus changes. The sample is a “green body” of Alumina particles (orange-white) with 3% binder (dark circles) The binder (Acrylic Emulsion) shows up as dark, because it has a lower modulus than the Alumina. The image is 10×10 micron. The particle size is about 1 micron. The binder could not be distinguished from the Alumina by any other microscope available.