Thermal Transient Characterization of Single and Stacked-Die
White Paper
ABSTRACT
This paper proposes an unambiguous definition for the junction-to-case thermal resistance, based on a transient measurement technique with much higher repeatability for very low thermal resistances compared to existing two-point measurement methods. The technique is illustrated on thermal transient measurements of power MOSFETs. The concept is extended to multi-chip and stacked-chip structures, where transfer impedances have to be introduced.
Related Resources
Tackling the Thermal Design Challenges of Smaller,...
White PaperTackling the Thermal Design Challenges of Smaller, Lighter, and More Efficient Avionics
With every Kelvin increase in temperature, the risk of avionic component failure increases. For civil and military applications, the thermal characteristics of avionic components directly influence overall...
TAGS: Avionics, COTS, SWaP, Thermal Characterization, Thermal Simulation
New Method for Characterizing Thermal Interface...
White PaperNew Method for Characterizing Thermal Interface Materials in an In Situ Environment
A new method based on existing measurement standards for a quick and repeatable thermal conductivity measurement of nanoparticle-based thermal greases and other compressible thermal interface materials...
Quality Control at the Electronic Package and System...
On-demand Web Seminar 50:14Quality Control at the Electronic Package and System Levels
In this webinar a measurement methodology will be introduced which enables the appropriate thermal modeling of the situation described above in conjunction with the highly accurate measurement of the junction...
TAGS: JEDEC, Thermal Characterization
