- Spreading Resistance Analysis/Resistivity and Concentration Calculator To calculate carrier concentration values, we use carrier mobility values derived from Thurber, Mattis, Liu, and Filliben, National Bureau of Standards Special Publication 400-64, The Relationship Between Resistivity and Dopant Density for Phosphorus-and Boron-Doped Silicon (May 1981), Table 10, Page 34 and Table 14, Page 40. We hope you find the following JavaScript calculator useful.
- TRANSITION TECHNOLOGY INTERNATIONAL TTI is a silicon wafer manufacturer and distributor located in the heart of Silicon Valley in Sunnyvale, California, with our manufacturing subsidiary, Silicon 2000, in Vancouver, Washington. Customer service and support are key at TTI.
- Solid State Technology is the longest-running and most complete source of information for engineers, operators, managers, tool and materials suppliers and semiconductor researchers. This is your one-stop for online professional information, national news and semiconductor intelligence.
- UMC Process Technology Electrical design rules, topological layout rules, interconnect capacitance, spice models and mask tooling information is available for UMC Group's process technology.
- SEZ 's spin process technology, an innovative, unrivaled process for the wet chemical treatment of wafer surfaces, has firmly established the SEZ Group as a technology leader on the world market.
- SILICON RESOURCES Alternatives to Hexamethyldisilazane (HMDS) for silylation of surface imaged resists have gained increased interest. These alternatives, in ascending order of reactivity include TMSDEA, TMSDMA, TMDS, DMSDEA, and DMSDMA. These materials are more reactive with organic resist compositions than HMDS and offer unique advantages including faster reaction and reduced swelling. Data Sheets detailing chemical characteristics are available from SiR.
- Sandia National Laboratory Sandia's science and technology capabilities are applied to energy and other targeted infrastructure components such as telecommunications, transportation, and water management. Sandia National Laboratories has developed a semiconductor bridge (SCB) igniter for the ignition of a variety of explosive materials. When subjected to a low-energy current pulse (less than 3 millijoules), the bridge bursts into a plasma causing rapid ignition of the explosive material pressed against the bridge. Despite the low energies required for ignition, SCB components are explosively safe, meeting both electrostatic discharge (ESD) and no-fire requirements.
- Arise was founded to promote technologies that will save your company money by using advanced, cost effective integration and conversion technologies.
- NHSE is an interdisciplinary effort to facilitate the development and distribution of software enabling technologies for high-performance computing and communications (HPCC), and is a major technology transfer program of the Center for Research on Parallel Computation.
- Semiconductor Technologies Australia (STA) is a state-of-the-art ASIC (Application Specified Integrated Circuit) contract design house. Located in Melbourne. Chip Design: Our ASIC design centre is equipped with computer tools for simulation, analysis, physical implementation and documentation.
- The American Vacuum Society is a nonprofit organization which promotes communication, dissemination of knowledge, recommended practices, research, and education in the use of vacuum and other controlled environments to develop new materials, process technology, devices, and related understanding of material properties for the betterment of humanity. The AVS is comprised of 8 technical divisions, 4 technical groups, 20 local-area chapters and about 6000 members worldwide. The Society provides stimulating symposia, short courses, and educational outreach both at the national and local levels.
- SELECTED RECENT PUBLICATIONS AND PRESENTATIONS Welcome to the TEC home page at the University of Florida. The TEC group is comprised of faculty members in the Department of Electrical and Computer Engineering. Their focus is in the area of semiconductor modeling and device manufacturing. D. Suh, Modeling of Non-Fully Depleted Silicon-on-Insulator MOSFETs, and Applications to High-Performance/Low-Power ULSI Design, 1995.
- The Industrial Technology Research Institute (TSMC) has successfully applied the standard mechanical interface (SMIF) to their second fabrication plant, it has become a trend for many companies. The Mechanical Industry Research Laboratories (MIRL) of ITRI developed SMIF Pod for 8" silicon wafer.
- Tokyo Insitute of Technology Ookayama Campus : 2-12-1 Ookayama, Meguro-ku, Tokyo, Nagatsuta Campus : 4259 Nagatsuta-cho, Midori-ku, Yokohama, Technical High School : 3-3-6 Shibaura, Minato-ku, Tokyo
- Tamarack Scientific Co., Inc. Technical Papers Scanning Projection Lithography for Large Area Substrates., Scanning Projection For Large Area Lithography , Material Removal Rates of Biocompatible Polymers During Laser Ablation...
- MIT The expanding and dynamic research program covers solid state devices, integrated circuits and systems, materials for electronic applications, novel process technologies, MicroElectroMechanical devices (sensors and actuators), biomedical applications, and computer-aided fabrication.
- Litmas Inc Litmas integrates Switch Mode RF Power Supply and High Density Plasma Source technologies. By combining these two pieces and eliminating redundant components, improvements in size, cost, reliability, and performance are acheived. Plasma Abatement System...
- Plasma Physics Research - Our group, under the direction of Professor David Graves, focuses on the fundamentals and applications of weakly to partially ionized gases, or plasmas, to technological problems, primarily in the microelectronics industry. A current major environmental concern in semiconductor manufacturing involves the use and emission of PFCs (perfluorinated compounds) and HFCs (hydrofluorinated compounds) during plasma etching of silicon dioxide and plasma-assisted chamber cleaning processes in dielectric film CVD systems.
- HOT GAS & COOL JETS: Chemical Vapor Deposition of Semiconductors - Thin Films by Chemical Vapor Deposition How to build a better semiconductor? This question has been the heart and soul of progress in the electronics industry for the last 40 years. If necessity is the mother of invention, necessity in this case is.
- Deep UV Ellipsometry-Penn State, EE Department Overview Ellipsometry as a useful tool to study the surface layers of solids was invented by Paul Drude in 1887. He formulated the exact generalized theory of ellipsometry for simple systems and built the first ...The basic idea of ellipsometry, as suggested by Drude, is to use the difference in reflection coefficients of two orthogonally polarized electromagnetic waves, commonly called p- and s-polarized waves.
- Semiseek Employment Welcome to SEMISEEK's Direct Link to Employment in the Semiconductor Industry. See Jobs, Descriptions, Placement for marketing, engineering and more...
- Semiconductor Industry Association is the leading trade association representing the computer chip industry. The mission of the SIA is to provide leadership for U.S. chip manufacturers on the critical issues of trade, technology, environmental protection and worker safety and health. SIA Industry Statistics Committee plans and implements policies set by the World Semiconductor Trade Statistics program. The Committee also coordinates SIA's annual industry survey of 100 key financial and economic ratios, which enables participants to compare and contrast their performance with the rest of the industry.
- WaferNet an innovative silicon resource. Our goal is to provide you with the information you need to make an educated silicon product selection. Explore the wide range of products and services we offer, read the latest semiconductor news, get involved with upcoming events in the semiconductor industry, and learn about silicon and wafer manufacturing.
- How Semiconductors are Made The process of manufacturing semiconductors, or integrated circuits (commonly called ICs, or chips) typically consists of more than a hundred steps, during which hundreds of copies of an integrated circuit are formed on a single wafer. Generally, the process involves the creation of eight to 20 patterned layers on and into the substrate, ultimately forming the complete integrated circuit. This layering process creates electrically active regions in and on the semiconductor wafer surface. Wafer Production - Wafer Fabrication - Thermal Oxidation or Deposition - Masking - Etching - Doping - Repeating the Steps - Dielectric Deposition and Metallization - Passivation - Electrical Test - Assembly
- University of Minnesota Under the direction of Physics Professor Cheng Cher Huang, the liquid crystal group at the University of Minnesota has, over the last 16 years, developed a number of probes for studying liquid crystals. While our work initially focussed on high precision measurements of the heat capacity of both bulk and later free standing thin film samples, we have recently been investigating the optical reflectivity and surface tension.
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