By Nicholas L. Squeglia
This e-book presents a collection of characteristic plans for lot-by-lot inspection with the popularity quantity in all situations as 0. After years of intensive program via executive contractors, advertisement production, and repair industries, those c=0 sampling plans at the moment are thought of stand by myself sampling plans. they've got continuously received in reputation for greater than forty five years, and this day are the norm. The 0 reputation quantity plans constructed by way of the writer have been initially designed and used to supply equivalent or larger shopper safety with much less total inspection than the corresponding MIL-STD-105-E sampling plans. In 2000, the dep. of security declared MIL-STD-105-E out of date and instructed the c=0 plans during this e-book to be used in preference to them. as well as the commercial benefits, the plans during this publication also are uncomplicated to take advantage of and administer
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Extra info for Zero Acceptance Number Sampling Plans, Fifth Edition
Sample text
See average outgoing quality limits (AOQLs) AQL. 4 plans and, 3–6 c=0 sampling plans table, use of, 8 constant sample sizes, reasons for not using, 8 consumer’s risk, 3, 4f, 6, 31 continuous sampling, 2 operating characteristic (OC) curves, 3, 4f, 5f for single sampling plans, 17–30 lot size 2–8, 17 lot size 9–15, 18 lot size 16–25, 19 lot size 26–50, 20 lot size 51–90, 21 lot size 91–150, 22 lot size 151–280, 23 lot size 281–500, 24 lot size 501–1200, 25 lot size 1201–3200, 26 lot size 3201–10,000, 27 lot size 10,001–35,000, 28 lot size 35,001–150,000, 29 lot size 150,001–500,000, 30 D defect, defined, 1 defective, defined, 1 P potential savings, estimating, 6 producer’s risk, 3 I inspection results, 13t R risk, producer’s, 3 L limiting quality (LQ) percentages, xiii lot-by-lot attributes, 2 lot-by-lot variables, 2 S samples, physically taking, 8 sample sizes, reasons for not using constant, 8 sampling continuous, 2 33 lot-by-lot, 2 objective of, 1 sampling plans.
40 is 17. 4 plans. Table 7 Small lot size supplement. 5 5–10 * * * 8 5 11–15 * * 11 8 6 16–20 * 16 12 9 6 21–25 22 17 13 10 6 26–30 25 20 16 11 7 31–35 28 23 18 12 8 *Inspect 100 percent. 31 Index Page numbers followed by f or t refer to figures or tables, respectively. 4, 2, 8 adjustments from, 12 c=0 sampling plans and, 3–6 AOQL. See average outgoing quality limits (AOQLs) AQL. 4 plans and, 3–6 c=0 sampling plans table, use of, 8 constant sample sizes, reasons for not using, 8 consumer’s risk, 3, 4f, 6, 31 continuous sampling, 2 operating characteristic (OC) curves, 3, 4f, 5f for single sampling plans, 17–30 lot size 2–8, 17 lot size 9–15, 18 lot size 16–25, 19 lot size 26–50, 20 lot size 51–90, 21 lot size 91–150, 22 lot size 151–280, 23 lot size 281–500, 24 lot size 501–1200, 25 lot size 1201–3200, 26 lot size 3201–10,000, 27 lot size 10,001–35,000, 28 lot size 35,001–150,000, 29 lot size 150,001–500,000, 30 D defect, defined, 1 defective, defined, 1 P potential savings, estimating, 6 producer’s risk, 3 I inspection results, 13t R risk, producer’s, 3 L limiting quality (LQ) percentages, xiii lot-by-lot attributes, 2 lot-by-lot variables, 2 S samples, physically taking, 8 sample sizes, reasons for not using constant, 8 sampling continuous, 2 33 lot-by-lot, 2 objective of, 1 sampling plans.
The sample sizes for the smaller lots shown in the supplement have essentially the same LQs as the targeted LQs. As in Table 1, the hypergeometric distribution is used. 10. 4. However, it does give you the same protection as you would get on the targeted or larger lot sizes. 40, and therefore our protection is 100 percent. Yet, the larger lot sizes involve samples. 40 is 17. 4 plans. Table 7 Small lot size supplement. 5 5–10 * * * 8 5 11–15 * * 11 8 6 16–20 * 16 12 9 6 21–25 22 17 13 10 6 26–30 25 20 16 11 7 31–35 28 23 18 12 8 *Inspect 100 percent.