microelectronic造句
(1) We must make use of microelectronic technology.
(2) Also makes custom electronic modules Midas Microelectronic Corp.
(3) It is very important for microelectronic to prepare lead - free glass powders.
(4) This paper study and analysis microelectronic solid film construction and factor that effect the film resistor conductivity and constantity.
(5) Series E14 incorporates the latest in microelectronic packaging, LED light sources, and matched sensors.
(6) The invention relates to a microelectronic device for manipulating a sample, the device comprising an array of actuator units (AU) and an array of sensitive units (SU).
(7) It is noted that microelectronic packaging technology becomes one of the most important and challenging technologies in radar and all other electronic products.
(8) With the development of the microelectronic technique, the density of circuit and I/O of the chip increases sharply, which has put forward higher and higher requirement to the packaging technology.
(9) It can be used in microelectronic processing, photoetching and scan microscopic focusing or imaging system.
(10) As one of lead-free connect materials in microelectronic packaging, more and more attention has been paid on ECAs (electrically conductive adhesives) in recent years.
(11) Using self-assembly in microelectronic packaging technology, huge advantage can be gained to satisfy the market requirements of sophisticated electronic devices.
(12) The prospect of CA methods for microelectronic process simulation and electron device analysis is discussed.
(13) The nano polymer ball may find its wide application in new generation of microelectronic and astronautical devices as high purity nano stuffing, paint and adsorbing and separating material.
(14) Statistical process control(SPC) technique is used to improve quality and reliability of microelectronic products, and monitor production conditions of wire bonding process.
(15) MEMS (Micro-Electromechanical System)technology is an newly developed technology, which introject the microelectronic technology and the precision machine machining technology.
(16) The technics and test results and preliminary applications of Si multi-strip detector fabricated by using microelectronic technique were described in this paper.
(17) W . B . Young , " Analysis of the nanoimprint lithography with a viscous model ", Microelectronic Engineering, Vol.77 , pp .405 - 411 ( 2005 ).
(18) Recently, there has been a growing interest in implantable wireless biotelemetry for diagnosis as the advancement of microelectronic technologies.
(19) The IC processing and device characteristic CAD system are very important parts in the microelectronic CAD system.
(20) The invention provides a method for soldering aluminum silicon carbide composite and kovar alloy used in microelectronic encapsulation and pertains to the field of metal shell encapsulation.
(21) The technology, test results and preliminary applications of Si multi-strip detector fabricated by using microelectronic technique were described in this paper.
(22) The science, technology, or operation of designing and / or producing microelectronic devices.
(23) The micro - volume of aluminum electrolytic capacitor has been development of microelectronic technology.
(24) The techniques and application of electroless Nickel Plating on Microelectronic packaging was researched.
(25) The invention belongs to the technical field of a microelectronic device, and more particularly discloses an asymmetrical source-drain field effect transistor and a preparation method thereof.
(26) At present, while BGA(ball grid array) packages are widely applied to the field of microelectronic packaging, SMT(surface mounting technique) has gradually entered into the BGA package time.
(27) Its use is only for precise work, as in making microelectronic circuits.
(28) Anisotropic conductive adhesive(ACA) is a kind of new and environment friendly interconnected materials in the field of microelectronic packaging, and it is widely used in electronic products.
(29) So it is necessary to research and develope the advanced microelectronic packaging to replace the conventional electronic packaging.
(30) Resultant nano - materials will be potentially used in microelectronic, new material and biotechnology areas.
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