1. Microelectronics; and Basic research Actions.

2. Then, in the 1960s, solid-state microelectronics had been perfected.

3. The age of microelectronics, automation and biological engineering has arrived.

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4. The incorporation of microelectronics in products and manufacturing processes is likely to accelerate this trend.

5. Like microelectronics, biotechnology is one of those unique, so called generic, technologies which cut across traditional boundaries between industrial sectors.

6. These include microelectronics, veterinary science, law, fire safety engineering and information technology.

7. We have the largest investment in microelectronics technology of any company in the world.

8. The impact of microelectronics technology on work practices and procedures is considerable.

9. For example, the degree in Microelectronics requires emphasis on integrated circuit design, integrated circuit fabrication and systems applications.

10. But if the revolution in microelectronics is not yet faltering, there are signs of two big changes.

11. The progress that has been made in microelectronics is tremendous.

12. With the development of microelectronics and computer technology, the function of the increasingly powerful microprocessor chip embedded technology has increasingly been of concern.

13. Based on the double bridge structure of microelectronics test pattern, the method of defect model parameter extraction is presented in this paper.

14. February 17 2004, SHARP Microelectronics Corporation began to mass produce 32 - bit ARM 922 T - Based LH 7 A 404 SoC.

15. Since then , Fudan Microelectronics has successfully taken a dominant position of the ASIC industry in China.

16. It would be a natural evolution of microelectronics to become nanoelectronics.

17. Over three thousand companies will have stands at this year's microelectronics exhibition.

18. But, more recently it became necessary to introduce an improved system based more fully on microelectronics.

19. The 1970s saw the beginnings of a new technological revolution, based on microelectronics.

20. How persuasive is this argument in explaining the development, use, and effects of technology now, in the microelectronics era?

21. This book focuses on the materials, devices, and applications of microelectronics technology.

22. In recent years, the Electron Cyclotron Resonance(ECR)plasma have been extensively used in microelectronics industry because of their high density and ionization degree with low gas pressure.

23. Bachelor degree , or above , in EE , semiconductor physics , microelectronics etc.

24. The paper introduces a new type piezoelectric accelerometer with built-in microelectronics change amplifier.

25. The solid state ionics has been penetrating into and combining with microelectronics, biological and medical sciences, nano-materials, semiconductors, forming new growing sites and cross-disciplines.

26. Accelerate breed electronic Information Industry, strive to be predicted in microelectronics technology obtain materiality breakthrough.

27. JEDEC Solid State Technology Association is the global leader in developing standards for the microelectronics industry.

28. The chip is an integrated circuit chip which is researched by Northeastern Microelectronics Research Institute (47 Institute). This article is completed in the Institute.

29. World's first semiconductor rectifier and the transistor is, when no power semiconductor or microelectronics semiconductor division.

30. PZT has been extensively used in many areas such as microelectronics, optoelectronics and microelectromechanical systems ( MEMS ) .

31. Tightly combined with the development of technologies of microelectronics, auto-control and radio engineering, the technology of wireless electro-hydraulic came into being.

32. Products are widely used in computer, - conditioning , communication, aviation, instrumentation, microelectronics and automation control.

33. It has a bright prospect in the applied domain of medical, biology, physical structure, and microelectronics.

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34. With the rapid development of the digital technique, the design of the fully integrated active analog filter has been paid great attention in microelectronics, circuits and systems.

35. Engineers skilled in microelectronics and computer technology are developing artificial vision for robots.

36. Ph . D . degree in microelectronics or related field, fluent and Chinese.

37. He has lots of original ideas about the research into microelectronics.

38. With the rapid development of microelectronics industry, the feature size of CMOS device is scaling down.

39. Compact Plasma Focus (CPF) device (NX2) operating in neon with high performance and high repetition rate is developed and used as an intense Soft X-Ray (SXR) source for microelectronics lithography.

40. The material is one of the strongest known and has uses in microelectronics and tremendous capacity to absorb the greenhouse gas carbon dioxide.

41. This display technology integrates microelectronics, precision optical instrumentation and precision mechanical technology, and is becoming one of the main stream in the present display field.

42. I am very happy that you are here to attend the opening ceremony of LION Microelectronics.

43. Documentation about the MIT Microelectronics WebLab can be found here.

44. It is mainly applied in hermetic package fields including precision microelectronics and optoelectronics devices.

45. Wire bonding today is used throughout the microelectronics industry as a means of interconnecting the chips, substrates and output pins.

46. The invention discloses a multi-resistance state resistor random-access memory unit and a preparation method thereof, and belongs to the technical field of microelectronics.

47. This article describes the application of microelectronic plating in manufacture of semiconductor, IC packaging, micro-bumps, multichip modules and microelectronics mechanical systems.

48. With the development of microelectronics technology, the digital switching power supply design has become a research hotspot.

49. Is willing to LCD, semiconductors, microelectronics, optics, precision electronics industries provide services in good faith.

50. Heterojunction has been widely used in communications, microelectronics and optoelectronics and other fields for its excellent electronic transport properties and optical properties.

51. Tightly combined with the development of technologies of microelectronics, radio engineering and digital communication, the technology of wireless data transmission came into being.

52. In control technology, greater use of computer technology and microelectronics.

53. With the development of microelectronics, using DSP chip in geophysical exploration instruments to improve the efficiency of real-time data processing is a significant research subject.

54. Compulsory for electrical science & technology major and microelectronics major.

55. This achievement has come as a result of gradual improvements in optics, liquid-crystal chemistry and microelectronics made by IBM groups in Yamato, Japan, and Yorktown Heights, New York.

56. Recently, implantable neural microelectrode has been a new exciting field in neural science and microelectronics.

57. Gene expression profiling is composed of molecular biology and microelectronics. It is used for gene analysis.

58. Finally, resistance welding equipment in microelectronics area is introduced briefly such as spot welder and seam welder, and category of spot welder and basic property of equipments are discussed.

59. Vacuum microelectronics snd relativistic electronics give the more wide basis for the microwave tube developments.

60. These processor combine development by ADI and IBM microelectronics company, compositive more piece internal storage.

61. Midas Microelectronics Corp. Produces thick film hybrid circuits and conduction heaters.

62. With the development of microelectronics technology, using the application specific integrated circuit is turned out to be a new approach.