Blog, Conduction Cooling, Thermal, Thermal Software
The trend in the electronics packaging industry is towards smaller, more powerful devices. With these small, high power components, however, there are also higher heat fluxes. As a result, engineers must find ways to minimize the thermal resistance from the electronic...
Blog, Liquid Cooling, Thermal, Thermal Software
The Benefits of Components & Systems Designers sometimes oversize components in order to build in a margin of safety. However, this safety factor can add quite a bit to the cost of operating your system. What may be less obvious, perhaps, is how this safety factor...
Blog, Thermal, Thermal Software
Gathering Critical Device Data Finding how much heat your electronic device dissipates and how to calculate maximum case temperature can be difficult if you’re not sure what you’re looking for. But determining the amount of heat a device dissipates is one...
Blog, Thermal, Thermal Software
The following is a brief overview of some fundamental heat transfer concepts. To learn more, the reader is encouraged to review the source publications and cited websites Introduction to Thermodynamics 1st and 2nd Laws of Thermodynamics The 1st Law of Thermodynamics...
Blog, Thermal, Thermal Software
Input Power versus Dissipated Power For those new to thermal management, most devices have two associated power values: input power and dissipated power. Input power is the product of electrical input current and voltage to the device. This is what electrical...
Blog, Liquid Cooling, Thermal, Thermal Software
The following is a brief overview of some fundamental heat transfer concepts. To learn more, the reader is encouraged to review the source publications and cited websites How to Maintain your Regenerative Turbine Pump to Ensure Longer System Lifetime While...
