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Thermal design
Summary
Collection of Important Points Relating to Thermal Design
Precautions Regarding Mounting by Hand Soldering
Influence of Copper Foil Thickness
Number of PCB Layers and Thermal Resistance
Positioning Vias Near Heat Sources
Influence of Mounting Positions
Influence of PCB Orientation
Future Thermal Simulations
About Thermal Design
Changes in Engineering Trends and Thermal Design
A Mutual Understanding of Thermal Design
Fundamentals of Thermal Resistance and Heat Dissipation: About Thermal Resistance
Fundamentals of Thermal Resistance and Heat Dissipation: Heat Transmission and Heat Dissipation Paths
Fundamentals of Thermal Resistance and Heat Dissipation : Thermal Resistance in Conduction
Fundamentals of Thermal Resistance and Heat Dissipation : Thermal Resistance in Convection
Fundamentals of Thermal Resistance and Heat Dissipation : Thermal Resistance in Emission
Thermal Resistance Data: JEDEC Standards, Thermal Resistance Measurement Environments, and Circuit Boards
Thermal Resistance Data: Actual Data Example
Thermal Resistance Data: Definitions of Thermal Resistance, Thermal Characterization Parameters
Thermal Resistance Data: θ
JA
and Ψ
JT
in Estimation of T
J
: Part 1
Thermal Resistance Data: θ
JA
and Ψ
JT
in Estimation of T
J
: Part 2
Estimating T
J
: Basic Calculation Equations
Estimating T
J
: Calculation Example Using θ
JA
Estimating T
J
: Calculation Example Using Ψ
JT
Estimating T
J
: Calculation Example Using Transient Thermal Resistance
Estimation of Heat Dissipation Area in Surface Mounting and Points to be Noted
Surface Temperature Measurements: Thermocouple Types
Surface Temperature Measurements: Methods for Fastening Thermocouples
Surface Temperature Measurements: Thermocouple Mounting Position
Surface Temperature Measurements: Treatment of Thermocouple Tips
Surface Temperature Measurements: Influence of the Thermocouple
New Articles
Summary
2023/08/09
Future Thermal Simulations
2023/08/09
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Thermal design
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