Monthly Household Electronics Manufacturing Yield Analysis Report

Comprehensive analysis of manufacturing yield performance across product lines, focusing on defect patterns, production line efficiency, and test performance to support continuous improvement initiatives.

Report Objective

Monitor and analyze monthly manufacturing yield metrics across household electronics product lines, identifying opportunities for process improvement, quality enhancement, and cost reduction through detailed examination of yield rates, defect patterns, and test performance.

Yield Performance Trends

Analysis of yield rates across product lines and their monthly progression

Questions to Consider:

Mar 2024Apr 2024May 2024production_date91.0%92.0%93.0%sum(yield_rate) vs. product_linesum(yield_rate)product_lineHow is Monthly Production Yield Trending?Production yield rates across product lines showing monthly performance
  • What is the month-over-month trend in yield rates?

  • Which product lines are consistently meeting yield targets?

  • Are there any seasonal patterns in yield performance?

  • Which production lines are meeting first pass yield targets?

  • What is the gap between current performance and goals?

  • How has line performance changed from previous month?

Line 1Line 2Line 3Line 4production_line0.0%500.0%1000.0%1500.0%2000.0%sum(first_pass_yield)sum(first_pass_yield)How are First Pass Yields Performing Against Targets?First pass yield performance by production line

Quality and Defect Analysis

Detailed breakdown of defect categories and their impact on production

Questions to Consider:

Component FailureAssembly ErrorQuality ControlSoftware Issuedefect_category02,0004,0006,0008,00010,00012,000sum(defect_count)sum(defect_count)What are the Top Defect Categories by Volume?Distribution of defect types affecting production yield
  • Which defect types are most frequent?

  • How do defect patterns vary across product lines?

  • What is the cost impact of each defect category?

Test Process Efficiency

Evaluation of test station performance and its relationship to yield

Questions to Consider:

  • Is there a relationship between test duration and pass rates?

  • Which test stations show optimal efficiency?

  • Are longer test times resulting in better yield?

4.06.08.010.012.0test_duration85.0%90.0%95.0%pass_rateWhat is the Correlation Between Test Times and Yield?Analysis of test duration impact on yield rates

Potential Areas of Additional Focus