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L.1 Chapter 1 Solutions L-2

L.2 Chapter 2 Solutions L-7

L.3 Chapter 3 Solutions L-20

L.4 Chapter 4 Solutions L-30

L.5 Chapter 5 Solutions L-46

L.6 Chapter 6 Solutions L-52

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L

Solutions to Case Study

Exercises

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Page 3 of 5

L-2 ■ Appendix L Solutions to Case Study Exercises

Case Study 1: Chip Fabrication Cost

1.1 a.

b.

c. The Sun Niagara is substantially larger, since it places 8 cores on a chip rather

than 1.

1.2 a.

b.

c. $9.38 × .4 = $3.75

d. Selling price = ($9.38 + $3.75) × 2 = $26.26

Profit = $26.26 – $4.72 = $21.54

e. Rate of sale = 3 × 500,000 = 1,500,000/month

Profit = 1,500,000 × $21.54 = $32,310,000

$1,000,000,000/$32,310,000 = 31 months

1.3 a.

b. Prob of one defect = 0.29 × 0.717 × 8 = 0.21

Prob of two defects = 0.292 × 0.716 × 28 = 0.30

Prob of one or two = 0.21 × 0.30 = 0.51

c. 0.718

= .06 (now we see why this method is inaccurate!)

L.1 Chapter 1 Solutions

Yield 1 0.7 × 1.99

4.0 + ------------------------  

  4–

= = 0.28

Yield 1 0.75 × 3.80

4.0 + ---------------------------  

  4–

= = 0.12

Yield 1 0.30 × 3.89

4.0 + ---------------------------  

  4–

= = 0.36

Dies per wafer π × ( ) 30 2⁄ 2

3.89 = ------------------------------ π × 30

sqrt 2( ) × 3.89 – ---------------------------------- 182 33.8 148=–=

Cost per die $500

148 × 0.36 = = -------------------------- $9.38

Yield 1 .7 × 1.86

4.0 ---------------------+  

  4–

= = 0.32

Dies per wafer π × ( ) 30 2⁄ 2

1.86 = ------------------------------ π × 30

sqrt 2( ) × 1.86 – ---------------------------------- 380 48.9 331=–=

Cost per die $500

331 × .32 = = ----------------------- $4.72

Yield 1 .75 × 3.80 8⁄

4.0 + -------------------------------  

  4–

= = 0.71

Prob of error 1 0.71– 0.29 = =

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