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IPC-A-610 | CHAPTER 8 QUESTIONS AND ANSWERS 2024/2025 $12.49   Add to cart

Exam (elaborations)

IPC-A-610 | CHAPTER 8 QUESTIONS AND ANSWERS 2024/2025

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  • Course
  • IPC 610
  • Institution
  • IPC 610

Staking Adhesive - Component Bonding Acceptable - Class 1 Process Indicator - Class 2 → Adhesive material extending from under the component is visible in the termination area, but end joint width meets minimum requirements Staking Adhesive - Component Bonding Defect - Class 3 → Adhesiv...

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  • October 16, 2024
  • 20
  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • IPC 610
  • IPC 610
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2 0 2 4 /2025 | © copyright | This work may not be copied for profit gain Excel!


IPC-A-610 | CHAPTER 8 QUESTIONS
AND ANSWERS 2024/2025
Staking Adhesive - Component Bonding

Acceptable - Class 1

Process Indicator - Class 2


→ Adhesive material extending from under the component is visible in the termination
area, but end joint width meets minimum requirements


Staking Adhesive - Component Bonding

Defect - Class 3


→ Adhesive materials extending from under the component are visible in the termination
area


Staking Adhesive - Mechanical Strength

Acceptable - Class 1,2,3


→ - On round components adhesive adheres to a minimum 25% of the component height
→ - On round components a minimum of three beads of staking material placed
approximately evenly around the periphery of the component
→ - Slight flow under the component body does not damage the components or affect
form, fit and function


Staking Adhesive - Mechanical Strength

Not Established - Class 1

Defect - Class 2,3


→ On round components there are less than three beads of staking material




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Staking Adhesive - Mechanical Strength

Defect - Class 1,2,3


→ Adhesive is not completely cured and homogemous


QUESTION**: SMT Leads - Plastic Components

→ Unless otherwise specified, solder shall not touch a package body or seal. Expectations
are when a copper lead or termination configuration causes the solder fillet to contact
a plastic component body, such as:

→ - Plastic SOIC family (small outline packages such as SOT, SOD)


SMT Leads - Damage

Defect - Class 1,2,3

→ Lead is damaged or deformed more than 10% of the diameter, width or thickness of
the lead


SMT Leads - Flattening

Acceptable - Class 1,2

Defect - Class 3

→ The thickness of the flattened lead is less than 40% of the original diameter


SMT Connections

→ - Components with surface and/or termination ends or sides that are not wettable by
design are exempt from solder wetting requirements in those areas. Solder fillet
wetting to the sides or ends of the leads is not required unless specifically stated.
→ - Solder fillet may extend through the top bend. Solder should not extend under the
body or surface mount components whose leads are made of Alloy 42 or similar
metals.



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SMT Connections

Acceptable - Class 1,2,3


→ Component titled/raised does not affect form, fit or function


Chip Components - Bottom Only Terminations - Side Overhang (A)

Acceptable - Class 1,2

→ Side overhang (A) is less than or equal to 50% width of component termination area
(W) or 50% width of land (P), whichever is less


Chip Components - Bottom Only Terminations - Side Overhang (A)

Acceptable - Class 3

→ Side overhang (A) is less than or equal to 25% width of component termination area
(W) or 25% width of land (P), whichever is less


Chip Components - Bottom Only Terminations - End Joint Width (C)

Acceptable - Class 1,2

→ Minimum end joint width (C) is 50% width of component termination (W) or 50% width
of land (P), whichever is less


Chip Components - Bottom Only Terminations - End Joint Width (C)

Acceptable Class 3

→ Minimum end joint width (C) is 75% width of component termination (W) or 75% width
of land (P), whichever is less


Chip Components - Bottom Only Terminations - End Overlap (J)

Acceptable - Class 2


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