Measuring system and screening method for thermal conductivity assembly heat conductivity

Abstract

A measuring system for the temperature conductivity of the thermal conducting module is to set the heated metal mass temperature of the heating end and the radiating water cover temperature of the radiating end. So it can generate the temperature difference between the heating end and the thermal conducting module to compare the cooling speed of the heating metal mass to determine the temperature conductivity. In addition, it can get the relative performance number by the heat changing in the cooling process to get the Qmax value by conversing with the biggest performance number. Also the invention provides a method to select the temperature conductivity of the thermal conducting module by defining the cooling curve of the standard sample.

Description

technical field [0001] The present invention relates to a measurement system and screening method for the thermal conductivity of thermal conductivity components, in particular to a method for quickly measuring the thermal conductivity of thermal conductivity components to achieve the purpose of screening the thermal conductivity of thermal conductivity components, which can greatly reduce manpower and time Cost, and has stable reproducibility, high resolution and reliability. Background technique [0002] With the trend of miniaturization and multi-functionalization of electronic products, it is accompanied by the impact on components and systems. Because more transistors need to be accommodated in a limited space, more heat will be generated and the performance of electronic components will be unstable, which is a great challenge for engineers in related fields. The current traditional system heat dissipation solution is mainly to guide the heat generated by high heat gen...

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Problems solved by technology

It can be seen that the flow control will affect its measurement results, but the heat transfer capacity of a heat pipe should be equal under the same operating conditions, so in order to obtain an accurate Qmax value, the flow control becomes equivalent. Important; but in the current measurement specification, this part is not strictly defined

In other words, the traditional measurement method not only consumes a high cost of manpower and time, but also the reproducibility, resolution and reliability of the measurement value are not stable, and the reference value of the application is low

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