Techinsights Inc.

Christopher Pawlowicz

Alexander Sorkin

Ian Jones

Jason Abt

Heinz Josef Nentwich

Robert K Foster

Alexander Krechmer

Michael William Phaneuf

Ken Guillaume Lagarec

Vladimir Martincevic

Spyridon Ntais

Trevor Jason French

Paul Gagnon

Heinz Nentwich

Described are various embodiments of a contrast-enhancing staining system and method. In one embodiment, a method is described for enhancing contrast in an image of a substrate surface between regions of said substrate having different charge carrier characteristics. The method comprises exposing said substrate to a staining precursor comprising an oxidant; directing microwave electromagnetic radiation at the substrate, said microwave electromagnetic radiation enhancing a reaction rate of said oxidant reacting into a deposition material, said reaction rate being related to the charge carrier characteristics of a proximal region; and acquiring an image of said substrate surface indicating a visual contrast between each of said regions based on differential deposition of the deposition material therebetween.

Contrast-enhancing staining system and method and imaging methods and systems related thereto

Described are various embodiments of an ion beam chamber fluid delivery system and method for delivering a fluid onto a substrate in an ion beam system during operation. In one embodiment, the system comprises: a chamber comprising an ion beam gun oriented so as to cause ions to impinge the substrate, said chamber having a fluid delivery conduit therein for delivering the fluid into the chamber; a transferable substrate stage for holding the substrate, the transferable stage further configured to move between an operating position and a payload position during non-operation, said payload position for receiving and removing said substrate; and a fluid delivery nozzle being in a fixed location relative to the transferable stage, at least during operation, with an outlet position that is configured to deliver a fluid to a predetermined location on said transferable stage.

Ion beam chamber fluid delivery apparatus and method and ion beam etcher using same

Described are various embodiments of an ion beam delayering system and method, topographically enhanced sample produced thereby, and imaging methods and systems related thereto. In one embodiment, a method comprises: identifying at least two materials in an exposed surface of the sample and predetermined operational characteristics of an ion beam mill that correspond with a substantially different ion beam mill removal rate for at least one of the materials; operating the ion beam mill in accordance with the predetermined operational characteristics to simultaneously remove the materials and introduce or enhance a topography associated with the materials and surface features defined thereby; acquiring surface data; and repeating the operating and acquiring steps for at least one more layer.

Ion beam delayering system and method, topographically enhanced delayered sample produced thereby, and imaging methods and systems related thereto

There is provided a method, system and computer program product to delayer a layer of a sample, the layer comprising one or more materials, in an ion beam mill by adjusting one or more operating parameters of the ion beam mill and selectively removing each of the one or more materials at their respective predetermined rates. There is also provided a method and system for obtaining rate of removal of a material from a sample in an ion beam mill.

Method and system for ion beam delayering of a sample and control thereof

Devices, systems and methods relating to a distortion-correcting imaging for collecting image-related data of a substrate are disclosed, comprising: a beam emitter for directing an emission at an intended location on the substrate, and a signal detector for determining a signal intensity value associated with the emission; wherein the signal intensity value is associated with a corrected substrate location, said corrected substrate location determined from the intended substrate location and a correction factor, said correction factor being a function of said intended substrate location.

Methods, systems and devices relating to distortion correction in imaging devices

Methods and systems for tracing circuitry on integrated circuits using focused ion beam based imaging techniques. A first component or node on an integrated circuit is coupled to a second component or node on the same integrated circuit. After an external bias is applied to the first component or node, a focused ion beam is applied to the integrated circuit and an image is taken using an electron detector. The features or components on the integrated circuit which are coupled to the second component or node will show up in high contrast on the resulting image. The method may also involve applying a bias to a node or component and then using focused ion beam imaging techniques (through an electron detector) to arrive at an image of the integrated circuit. Components coupled to the node will appear in high contrast in the resulting image.

Circuit tracing using a focused ion beam

Described are various embodiments of methods and systems for tracing circuitry on integrated circuits using focused ion beam based imaging techniques. In one such embodiment, a method is provide for identifying functional componentry associated with a switchable power interface on an integrated circuit, wherein the switchable power interface comprises a source and a drain with a control switch therebetween, said control switch being controllable by a control signal during operation of the integrated circuit. The method comprises connecting, with deposited conductive material, the source and the drain; applying an external voltage bias to a power input of the switchable power interface via one of the source and the drain; exposing the integrated circuit to a focused ion beam; and gathering an image of the integrated circuit during exposure to determine areas of high contrast indicating functional componentry in operative connection with the switchable power interface.

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Ottawa, Canada

Christopher Pawlowicz