One Day Thermal Management Basics Course € 495 click for .pdf brochure

 

Course Outline:

Part 1: The Basics

1. What is electronics cooling?
2. Why do we need thermal management of electronic systems?
3. Basics of heat transfer and fluid flow - a brief review of the basics.
4. Understanding thermal resistance - Rja, Rjc, etc.
5. Effect of fluid flow on the temperature of PCB and system.
6. What is a heat sink and its role in thermal management?
7. Calculating pressure drop and flow resistance in a system and     PCB.

 

Part 2: Tools

1. Role of thermal analysis in the design cycle.
2. Heat sink types and selection.
3. EMI and heat sink.
4. Fan selection - cooling and acoustics.
5. Effect of EMI shields on cooling, component, board and system.
6. Effect of board layout on thermal performance - why do we need to     optimize board layout.
7. Understanding system layout and its impact on cooling - filter,     shield, PCB, fan tray placement.
8. Advanced cooling- determining when you need to use a higher     capacity cooling system
 

One Day Thermal Management Basics Advanced Course € 495 click for .pdf brochure

 

Course Outline:

1. Discussion of analytical-computational-experimental modelling
2. Analytical modelling - exercises
3. CFD-modelling
4. Experimental testing.
5. Temperature/ velocity measurments
6. Selection of the right heat sink
7. Selection of interface materials
8. Fan selection / cooling and acoustics
9. Discussion of student cases

 
 

One day Thermal management towards LED applications € 495 click for .pdf brochure

 

Course Outline:

Part 1: The Basics

1. What is electronics cooling?
2. Why do we need thermal management of electronic systems?
3. Why is thermal management important for successful     implementation of High Power LED.
4. Basics of heat transfer - a brief review of the basics.
5. Understanding thermal resistance.
6. What is a heat sink and its role in thermal management?

 

Part 2: Tools

1. Role of thermal analysis in the design cycle.
2. Selection of cooling system for LED application.
3. Heat sink types and selection.
4. Effect of board layout on thermal performance - why do we need to     optimize board layout
5. Understanding system layout and its impact on cooling
6. Thermal measurements in LED applications
 

Three days Mini Thermal Management Certification Program € 1.995 click for .pdf brochure

 

Course Outline:

Theoretical session - Introduction and Fundamentals
Duration 1 day

1. Introduction to Electronics Cooling
2. Review of Fundamentals of Heat Transfer and Fluid FLow
3. Analytical modelling principles - approaches for First order
analyses    
4. Review of Market available cooling solutions

 

Experimental sessions
Duration 2 days

1. Air flow distribution on a pcb
2. Measurment air flow on pcb
3. PCB thermal optimization on component component placement
4. Measureing temperature
5. Infrared imaging
6. Interface resistances
7. Heat sink performance
8. Junction measurment (Led)
9. Computation Fluid Dynamics modelling

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