Sampling Plan. 3.1 Oxide thickness (section 4.1) should be measured on 20% of the lot to verify it is within spec.
3.2 The Gross Visual Inspection (section 4.2) should be done on all of the wafers in the lot.
3.3 The Fine Visual Inspection (section 4.3) should be done on 20% of the wafers in the lot.
3.3.1 Inspect five (5) spots per wafer, five (5) die per spot. (see Figure 1)
3.3.2 Accept/Reject Criteria If one or more die in a spot is rejected, then the spot is rejected. If 3 or more spots are rejected, then the wafer is rejected. If the total number of spots rejected exceeds the number of wafers inspected, the lot is rejected.
Sampling Plan. 3.1 Inspect all of the wafers in the lot for Gross and Fine defects as defined in sections 4.1 and 4.2.
3.2 For the Fine Visual Inspection, the sampling plan is: 5 areas per wafer, 21 die per area Accept/Reject = 1/2 Quality level = 5% LTPD
Sampling Plan. Perform sampling inspection per ARP9013/2 unless otherwise stated on the purchase order.
Sampling Plan. The Concessionaire shall initially utilize the City’s PADEP-approved sampling plan and sampling stations. A list of sampling stations is included as Exhibit F. The Concessionaire may modify the routine distribution system sampling plan as necessary, in accordance with applicable regulations, but any modifications to the sampling plan shall, at a minimum, maintain compliance with the PADEP-approved sampling plan. The sampling plan shall be reviewed annually or more frequently if required for regulatory compliance, and modified, if necessary, based on changes in regulation/law, water use patterns, or other changes that may affect water quality. The Concessionaire shall analyze data trends and develop an action plan to respond to changes in water quality. The Concessionaire shall report to the City any and all sample results that do not comply with the more stringent of regulatory requirements or these Operating Standards. Distribution system water quality sample reports to the City shall be made in accordance with PADEP public notification requirements for samples not in compliance with City or regulatory requirements. The Concessionaire shall identify issues, corrective action plans, and report on corrective actions in subsequent reports to the City until the issues are corrected. At the time of the closing, the City collects distribution system water quality samples each month for regulatory compliance using dedicated sample hydrants. The Concessionaire shall be responsible for maintenance, repair, and replacement, as necessary, of the sample hydrants. The Concessionaire should review the City’s sampling plan and incorporate the City’s plan into future operations.
Sampling Plan. DOE is proposing a sampling plan for determining input power, lumen output, CCT, and rated lifetime of an LED lamp. DOE reviewed the sampling requirements of other lamp technologies to develop the sampling plan for LED lamps. For testing LED sources, DOE reviewed the requirements specified in IES TM–21–2011 and identified that those requirements are necessary to project the rated lifetime. XXX proposes a minimum of 21 LED lamps should be tested for determining the input power, lumen output, and CCT as described in section III.B. A minimum of three lamps should be selected per month for seven months of production out of a 12 month period. If lamp production occurs in fewer than seven months of the year, three or more lamps should be selected for each month that production occurs as evenly as possible to meet the minimum 21 unit requirement. The seven months need not be consecutive and could be a combination of seven months out of the 12 months. Sample sizes greater than 21 should be multiples of three so that an equal number of lamps in each orientation are tested. This selection of a minimum of 21 lamps is consistent with DOE’s regulation for GSFLs and GSILs, specified at 10 CFR 429.27, Subpart B, which specify a sampling size of a minimum of three lamps for each month of production for a minimum of seven months (not necessarily consecutive) out of the 12 month period, totaling a minimum of 21 lamps. DOE further proposes that the input power, lumen output, and CCT of the units should be averaged and the value of each of these parameters should be rounded as specified in section III.B.5. The average value of each parameter should be calculated using the following equation: rated lifetime is determined by testing a different device (the LED source) and the proposed method for projecting lifetime provides specific projection calculations based on sample sizes outlined in that IES TM–21–2011. DOE requires that the same number of units should be tested at each case temperature for projecting the rated lifetime. XXX invites interested parties to comment on the appropriateness of adopting section 4.2 of IES TM–21–2011 for the required sample size for rated lifetime testing.
Sampling Plan. Consultant shall use information obtained from site visits and prior CIP hazardous materials assessments for this investigation and develop a hazardous material sampling plan for representative areas and infrastructure within the identified process facilities.
Sampling Plan. (Completed) Task 2: Collect and Send DNA samples to Xxxxxxx Xxxxx at Oregon State University: (Completed) Task 3: Analyze DNA Samples (Completed)
Sampling Plan. The sampling used for this procedure is a single sampling plan as this is the most effective sampling plan to detect lots with a low level of defects. The sampling plan provided is for three types of defects: critical, majors and minors as defined under Section 11 of this procedure.
Sampling Plan. As per the provisions of IS:2141/2000.
Sampling Plan. Sampling Plans are IAW ANSI/Z1.4 or better unless otherwise approved by Supplier Quality Engineer. Suppliers to have the following vision requirements: • All inspectors performing to this procedure shall successfully pass an annual eye exam by a medically qualified / trained person in accordance with ASQR-01 and the table below: • Intervals shall not exceed one year. • Individuals shall be tested in at least one eye, either corrected or uncorrected. • Color Perception testing is required one time only. Individuals shall be capable of adequately distinguishing and differentiating colors used in the method for which certification is required, the process being performed or inspection activity. Documentation shall be retained 11 years. • NDT Requirements Near-Vision Eye Examination requirements for persons performing Nital / Temper Etch shall be Xxxxxx type 2 – 20/30 or equivalent. For Inspectors certified to the requirements of NAS410 (NDT) or Mil-STD- 867 (Nital / Temper Etch), and for personnel performing visual inspection of welds, Supplier may administer their own eye examinations per the standard. Records shall be retained for each individual. Visual Inspection (i.e., calibration, non-weld, in-process, layout, dimensional) Near Vision requirements of • Snellen 14/18, (20/30, or • Xxxxxx 2 Visual Inspections on Welds American Welding Society Standard (AWS) D17.1 Vision Inspections on Color FM-100 Hue Test The Supplier shall perform and document First Article Inspection in accordance with SAE AS9102 (latest revision in affect at time of Purchase Order placement). The Supplier shall perform FAI the first time the Supplier produces an item for MSP Aviation or if it has been greater than 24 months since the last production of that item or there is a change to the drawing for that item. All drawing notes and dimensions shall be verified. Inspection and measurement results shall be recorded, including actual measurements with location identified. The FAI test report, sample and material certifications for all raw materials and finishes (see Q4) shall be included with the shipment. The Supplier shall attach a removable tag to the part identifying it as the “First Article Sample”. Note: Tag or Identify part that the FAIR was performed on. § This requirement is not applicable to Commercial Off the Shelf parts. § (Applicable to Machined/Fabricated Parts): If the First Article requirements have been met then the applicable “Additional Requirements for Machined/Fabr...
