Metal Core Printed Circuit Board: Part 2
Electronics cooling and thermal management is discussed in predicting temperature evolution in printed circuit boards and electronic devices.
Electronics cooling and thermal management is discussed in predicting temperature evolution in printed circuit boards and electronic devices.
Printed Circuit Boards with metal cores developed by SinkPAD are discussed for the thermal management solutions the provide
Discussion of the fundamentals of glass fracturing and the part Finite Elemental Analysis and Mechanical Engineering play in the analysis.
Electronics cooling and thermal management for PCB and IC, using heat sinks and finite element analysis by mechanical engineers.
Electronics Cooling and Thermal Management: PCB Part 2 Read More »
IC thermal Management scenario where there is no integrated heat spreader and the chip is directly coupled to the heat sink.
IC Thermal Management Part 5 Thermal Interface Materials Read More »
IC Thermal Management discussion regarding the heat sink and thermal interface materials.
IC Thermal Management Part 4 Thermal Interface Material Use in Printed Circuit Boards Read More »
LED lighting and second level connection challenges as they pertain to thermal management and optimizing the thermal path.
Printed Circuit Board design information which include routing, electronics thermal management, SPICE models and more.
Printed Circuit Boards Part 1: Printed Circuit Board Basics Read More »
Some key attributes of a licensed mechanical engineer that one should consider before engaging with the professional engineer.
What to Look For In A Licensed Mechanical Engineer Read More »
Mechanical engineers play a great role in the manufacturing process. Companies seek the services of licensed mechanical engineering
Advantages of Using Licensed Mechanical Engineer Read More »
In first level connections, mechanical engineers’ main responsibility is connecting a chip to an intermediate package, also known as a substrate.
LED Lighting: Part 2, First Level Connection Challenges in LEDs Read More »
LED lighting used in Audi’s Superbowl commercial showcased their headlights. Mechanical engineers address LED engineering issues, thermal management.
Optomechanical engineers, using finite element analysis, FEA, can address issues with thermal management, shock and vibration.
Optomechanical Engineering: Benefits of Finite Element Analysis Read More »
optomechanical engineers are like mechanical engineers to the stars by developing active optics and actuators for ground based telescopes
Mechanical Engineering For The Stars: Atmospheric Challenges Read More »
LED lighting technology allows us to move away from incandescent lights and towards more efficient lighting.
LED Lighting: Transitioning Away from Incandescent Lights Read More »
Optomechanical engineering, material science, and environmental considerations and their importance in optical instruments related to space vehicles.
Optomechanical Engineering Considerations for Space Instruments Read More »
Thermal Management as it relates to electronics reliability due to power cycling and its place in semiconductor reliability.
IC Thermal Management: Electronic Systems Reliability & AMP; Power Cycling Read More »
IC thermal management, Hot Spots, and underfill glass transition temperature are discussed.
IC Thermal Management discussion regarding heat transfer and heat spreaders.
IC Thermal Management: Part 2, IC Package Heat Spreaders Read More »