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panel:bgColor=#0a6f7d} {span:style=font-size:30;font-face:serif;} *The iLabs Project* \\ {span} {panel} [!battery_about_sm.JPG! *About*|about iLabs] [!battery_atom_sm.JPG! *iLabs*|iLabs] [!battery_globe_sm.JPG! *Partners*|ilab_partners] [!battery_book_sm.JPG! *Educators*|ilab_educators] [!battery_links_sm.JPG! *Developers*|ilab_developers] [!battery_memo_sm.JPG! *Discussion*|ilab_forum] [!battery_quest_sm.JPG! *Resources*|ilab_resources] h2. iLabs Around the World |
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* [Microelectronics Device Characterization Lab] (MIT) |
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\\ Weblab measures the current-voltage characteristics of various microelectronics |
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devices \\ \\ * [Dynamic Signal Analyzer (DSA) lab] (MIT) |
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\\ The DSA allows a user to perform frequency domain measurements on electronic circuits and control systems. |
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\\ \\ * [ELVIS Lab] (MIT) |
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\\ This lab is based on the National Instruments ELVIS hardware platform and is used to perform measurements on a variety of electronic devices and circuits. |
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\\ \\ * Polymer Crystallization lab (MIT) |
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\\ The Polymer Crystallization experiment involves heating a polymer and measuring the rate of crystallization as it cools, in order to draw conclusions about the characteristics of the polymer crystal formation. |
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\\ \\ * Heat exchanger experiment (MIT) |
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\\ \\ * Shake Table experiment (MIT) |
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\\ \\ * Inverted pendulum (University of Queensland, Australia) |
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\\ \\ * Elvis op-amp experiment (OAU) |
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iLabs in Development
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\\ \\ h2. iLabs in Development * [Elvis v2] (MIT, collaborating with OAU) |
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\\ \\ * iLabs [Mini] (MIT, collaborating with OAU) |
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\\ \\ * Elvis digital logic (OAU) |
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\\ \\ * Scanning Electron Microscope (OAU) \\ \\ |