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"DTIC ADA265164: Statistical Process Control In The Hybrid Microelectronics Manufacturing Industry: A Navy View Point" and the language of the book is English.


“DTIC ADA265164: Statistical Process Control In The Hybrid Microelectronics Manufacturing Industry: A Navy View Point” Metadata:

  • Title: ➤  DTIC ADA265164: Statistical Process Control In The Hybrid Microelectronics Manufacturing Industry: A Navy View Point
  • Author: ➤  
  • Language: English

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  • Internet Archive ID: DTIC_ADA265164

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"DTIC ADA265164: Statistical Process Control In The Hybrid Microelectronics Manufacturing Industry: A Navy View Point" Description:

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The U.S. Navy is concerned with receiving high quality hybrid microelectronic circuits. The Navy recognizes that in order to obtain high quality circuits a manufacturer must have an effective statistical process control (SPC) program implemented. The implementation of effective SPC programs is an objective of the military hybrid microelectronics industry. Often the smaller sized manufacturers in the industry have little SPC implementation, while the larger manufacturers have practices originally developed for the control of other product lines outside the hybrid technology area. The industry recognizes that SPC programs will result in high quality hybrid microcircuits which the U.S. Navy requires. In the past, the goal of the industry had not been to put in effective process control methods, but to merely meet the government military standards on the quality of the hybrids they produce. This practice, at best, resulted in a 'hit or miss' situation when it comes to hybrid microcircuit assemblies meeting military standards. The U.S. Navy through its MicroCIM program has been challenging and working with the industry in the area of SPC practice methods. The major limitations so far have been a lack of available sensors for the real time collection of effective SPC data on the factory floor. This paper will discuss the Navy's efforts in bringing about effective SPC programs in the military hybrid manufacturing industry.

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