Page: 1 2 Next

Parts by Number for Precision Etch Top

Part # Distributor Manufacturer Product Category Description
SM1743 ASAP Semiconductor TECH-ETCH PRECISION ENGI Not Provided Not Provided
187RB-10.99-02 ASAP Semiconductor TECH-ETCH PRECISION ENGI Not Provided MOUNTING STRIP

Conduct Research Top

  • MICRO: Green and Clean
    strategies have included designing more-efficient plasma reactors, reducing recipe stabilization times, and achieving precision etch stops by employing automated end-point detection. Etch systems suppliers have sought to improve carbon-equivalent (CE) emissions per wafer pass for each tool generation
  • Lasermarkable Engineering Resins
    growing. With the technological. refinement that has occurred, lasers are now used in delicate surgical procedures, sight lines for alignment,. precision grinding and cutting, lithography, communications and for the marking of products. Laser marking on. plastics, that is the marking and decorating
  • Large Optical Fiber Array Assembly and Method
    A high density optical fiber array assembly and assembly method includes a housing securing a front array mask etched with extreme precision to define openings arranged in a predetermined pattern. A series of guide plates form a series of fiber guide channels that align with the mask openings
  • Blasted away
    Abrasive etching is an economical way to precision machine ceramics and other brittle materials. The Photo-Machining Process from Ikonics Corp., Duluth Minn., simultaneously etched 0.012-in.-diameter thru-holes in a thin silicon wafer in about 15 min. Laser drilling could take hours depending
  • Metrigraphics Article in Today's Medical Developments
    for precision manufacturing. Metrigraphics, a division of Dynamics Research Corporation has grown into a worldwide supplier of high precision custom components for designers and builders of medical and analytical instruments and devices - applying their core technologies of electroforming, photolithography
  • MICRO: Products
    The Pro family of plasma etch and deposition tools is compatible with advanced silicon etch technology, which achieves the anisotropic deep-etched structures in silicon needed to make MEMS devices such as accelerometers; gyroscopes; precision spectrophotometer slits; and microactuator, micromotor
  • Improving tungsten CVD performance with in situ particle monitoring
    for the monitor in engineering and production environments are reviewed. The Model 70 in situ monitor from High Yield Technology (Sunnyvale, CA) selected for this study was evaluated on Precision 5000 WCVD systems (Applied Materials, Santa Clara, CA). This cluster tool can accommodate as many as four
  • Evaluating the use of MEMS-based gas and fluid delivery systems
    the challenging performance, cost, yield, and reliability specifications of 300-mm wafer manufacturing. Several conventional solutions have been proposed to improve gas and liquid control and distribution systems; only precision MEMS-based systems have the potential to meet and exceed these critical requirements

Engineering Web Search: Precision Etch Top