High and low temperature alternating test chambers actually come in various structural designs. No device is perfect, but each has its own set of advantages and disadvantages. Today, I will review the pros and cons of four different structural designs of these test chambers.
High-low temperature test chambers are the cornerstone of environmental reliability testing. The quality of their performance directly determines the credibility of product qualification and the length of the R&D cycle.
Cooling is a critical aspect of constant temperature and humidity test chambers. The two most common cooling methods are water-cooled (chilled water) and air-cooled. Each has its own advantages and disadvantages.
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