6-8-3. Processing Design That Keeps Thermal Performance from Varying in Volume Production (Part 3) ― Cooling in Prototyping and Continuing to Cool in Volume Production Are Different Things ―
In Part 1, we organized the factors that cause variation in thermal performance....
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6-8-2. Processing Design That Keeps Thermal Performance from Varying in Volume Production (Part 2) ― Cooling in Prototyping and Continuing to Cool in Volume Production Are Different Things ―
In Part 1, we took up material lots, die-cutting accuracy, lamination conditions...
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6-8-1. Processing Design That Keeps Thermal Performance from Varying in Volume Production (Part 1) ― Cooling in Prototyping and Continuing to Cool in Volume Production Are Different Things ―
In developing thermal management components, temperature is measured using proto...
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6-7-3. Thermal Expansion of Dissimilar Materials and Automated Supply (Part 3) ― Even If Processed per the Drawing, Components Move with Temperature, Tension, and Peeling ―
Thermal management components that have finished processing do not reach the pro...
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6-7-2. Thermal Expansion of Dissimilar Materials and Automated Supply (Part 2) ― Even If Processed per the Drawing, Components Move with Temperature, Tension, and Peeling ―
Thermal management components that have finished processing do not reach the pro...
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6-7-1. Thermal Expansion of Dissimilar Materials and Automated Supply (Part 1) ― Even If Processed per the Drawing, Components Move with Temperature, Tension, and Peeling ―
For thermal management components, it is not enough to be correct only at the mo...
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