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This copyrighted series was developed as a means to educate our shareholders, investors, media, potential employees and general public about Applied Materials and it continues to receive awards and recognition through news articles, industry manufacturer's blogs and requests for republication.
Due to the volume of positive feedback and interest in using our "How We Do It" series, we developed a full screen format available upon request via support_center@amat.com. |
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What is Nanomanufacturing Technology
With each new generation of semiconductor devices, the critical dimension of electronic structures shrink, requiring new manufacturing systems and new capabilities, such as the ability to apply thin-films atom-by-atom. The solution lies in nanomanufacturing technology, the combination of an innovative use of materials with the practical concept of high-volume precision manufacturing. This production is a high-level review of nanotechnology emphasizing Applied Materials' global leadership in providing nanomanufacturing technology solutions for the electronics industry.
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What is Solar Electric Power
Every 60 minutes, the Earth receives enough sunshine to power the world's electricity requirements for a year. Consumers, scientists and energy conservationists are looking for ways to harness this energy and spur growth in alternative energy sources such as bio-fuels, wind and solar power. This production is an overview of the processes and technologies required to produce solar electric power.
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How to Make a Chip
Microchips are the core of modern electronics used everyday. To manufacture these microchips thin-films are deposited, etched and measured - transforming the electrical properties of these complex devices. This production covers the history, technology and basic production processes for manufacturing a microchip.
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How to Make a Transistor
At the heart of every microchip, flat panel display and throughout consumer electronics - such as mp3 players, cell phones and digital cameras - there are small devices called transistors. This production gives a short history and outlines the basic production processes for manufacturing a transistor.
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How Clean is Clean
A small particle of dust can destroy a microchip while it is being produced, so special factories and precautions are required to manufacture today's complex microchips. This production covers the topics of cleanrooms and the importance of cleanliness in a microchip fabrication plant.
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How to Make a Flat Panel Display
From cellphones to today's modern high-definition televisions, flat panel displays are becoming more commonplace in the high-tech landscape. This production provides an overview of the technology and basic production processes for manufacturing a flat panel display.
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Build a Transistor Challenge
Applied Materials challenges you to build an optimized 65nm transistor that runs fast and stays cool. Test your device to see how it rates on speed and temperature control to see how you score.
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Production formats for use with a projector are available upon request to support_center@amat.com.
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Copyrighted, Applied Materials, Inc., 2005-2009 (COPYRIGHT NOTICE)
No portion of the information or materials presented within this production series on the Site ("How We Do It") may be reproduced or otherwise exploited in any form or medium, or by any means, without the prior written permission of the Company. NO REPRODUCTION LICENSE OR PERMISSION OF ANY SCOPE IS OFFERED OR GRANTED FOR THIS CONTENT PRODUCTION SERIES. Any modification, distribution, publication, transmission, display, public performance, or creation of a derivative work of any material found on this series is STRICTLY PROHIBITED.
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