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, Advanced Warpage Characterization: Location and Type of Displacement Can Be Equally as Important as Magnitude, The Proceedings of Pan Pacific Microelectronics Symposium Conference, February 2001 46 Riebling, J C, and Brillhart, M V, FEA Reliability Assessment Methodology Investigation to Improve Prediction Accuracy, SMTA International, 2000 47 Lau, John H, Shangguan, Dongkai, Lau, Dennis C Y, Kung, Terry T W, and Lee, S W Ricky, Thermal-Fatigue Life Prediction Equation for Wafer-Level Chip Scale Package (WLCSP) Lead-Free Solder Joints on Lead-Free Printed Circuit Board (PCB), Electronic Components and Technology Conference, 2004, pp 1563 1569 48 Schubert, A, Dudek, R, Auerswald, E, Gollhardt, A, Michel, B, and Reichl, H, Fatigue Life Models for SnAgCu and SnPb Solder Joints Evaluated by Experiments and Simulation, Electronic Components and Technology Conference, 2003, pp 603 610 49.

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Syed, Ahmer, Accumulated Creep Strain and Energy Density Based Thermal Fatigue Life Prediction Models for SnAgCu Solder Joints, Electronic Components and Technology Conference, 2004, pp 737 746 Corrected version available online at http://wwwamkor com/products/notes_papers/asyed_ ectc2004_correctedpdf..

Next, we ll put everything together in Program 17-3, which plays eight frequencies based on the position of the potentiometer and displays what is happening on the LCD.

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50. Zhang, Qian, Dasgupta, Abhijit, and Haswell, Peter, Viscoplastic Constitutive Properties and Energy-Partitioning Model of Lead-Free Sn3.9Ag0.6Cu Solder Alloy, Electronic Components and Technology Conference, 2003, pp. 1862 1868. 51. Stoeckl, Stephan, Yeo, Alfred, Lee, Charles, and Pape, Heinz, Impact of Fatigue Modeling on 2d Level Joint Reliability of BGA Packages with SnAgCu Solder Bails, Electronics Packaging Technology Conference, 2005, pp. 857 862. 52. Ahmad, Mudasir, Teng, Sue, and Xue, Jie, Effect of Underfill Material Properties on Low k Dielectric, First and Second Level Interconnect Reliability, paper presented at the IMAPS Conference on Device Packaging, Scottsdale, AZ, 2006.

PROCESS WASTE MINIMIZATION AND TREATMENT*

Now that you have gained an insight into some of the more advanced features of ADF Faces, the next chapter will introduce the components used for displaying data visually through charts and graphs.

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In the past, manufacturers of printed circuit boards have relied on end-of-pipe treatment and disposal for hazardous wastes generated in the fabrication process. These technologies are no longer optimal strategies for managing waste for two reasons. First, the potential liabilities involved with the handling and disposal of waste have increased and will continue to increase, and second, waste disposal costs have gone up significantly due to restrictions placed on land disposal.As a result, the industry is faced with the challenge of finding alternative methods for managing hazardous waste. This chapter presents a brief overview of some of the alternatives available to address this challenge, as well as a summary of some of the issues involved in implementation.

Fabricators of printed circuit boards today are faced with a complex set of environmental requirements. In the United States there are three basic environmental statutes impacting the fabrication and assembly of printed circuit boards.

Clean Water Act Clean Air Act Resource Conservation and Recovery Act (RCRA)

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* This chapter is reprinted from the 4th edition. The basic issues, regulations, and processes are considered accurately stated and relevant to the 6th edition. For specific actions, however, it is recommended that waste treatment engineering and legal professionals be consulted to ensure that latest government expectations are understood at all levels of jurisdiction and that appropriate technology is applied to the resolution of specific issues.

Clean Water Act The goals of the Clean Water Act are to restore and maintain the chemical, physical, and biological integrity of the nation s waters. To accomplish these goals, discharges of industrial wastewater are subject to pretreatment requirements of federal, state, or municipal regulations. Industrial waste discharges are typically directed to a sewage treatment plant. Most sewage treatment plants use bacteria to biodegrade the organic matter present in the waste stream. Toxic materials such as copper, nickel, and lead from industrial discharges can pose a problem in two ways. These materials end up in the sludge from the sewage treatment process and can lead to disposal problems. Secondly, in high concentrations they can kill the bacteria in the treatment process, resulting in significant pollution of the receiving water. As a result, fabricators of printed circuit boards are required to pretreat their wastewater to specified levels prior to discharge to the sanitary sewer. The stringency of the requirements is ultimately determined by the use of the receiving water, as even minute amounts of toxics have been shown to have a negative impact on the aquatic environment. While the federal Clean Water Act specifies minimum pretreatment standards for fabricators of printed circuit boards, in most cases, state and local requirements may be more stringent. See Table 60.1 for an example of pretreatment requirements.

TABLE 60.1 Typical Pretreatment Requirements Parameter pH Copper Nickel Chromium Silver Cadmium Zinc Lead Mercury Aluminum Selenium Iron Manganese Tin Cyanide Phenol Limit, mg/L 6.5 9.0 1.0 0.5 1.0 0.05 0.07 0.5 0.2 0.05 1.0 0.2 2.0 2.0 5.0 0.01 0.05

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