What type of environmental test follows the shock test in the protocol?

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Following the shock test in the environmental test protocol, the temperature test is conducted to evaluate the equipment’s ability to operate and withstand extreme temperature variations. This assessment is essential, as many electrical components and systems are exposed to varying temperatures in real-world applications, which can affect their performance and reliability.

The temperature test typically subject components to a range of temperatures, both high and low, to ensure that they can function correctly without mechanical or electrical failure. This testing not only verifies the operational limits of the device but also helps identify potential issues that may arise during thermal cycling.

In the context of the other environmental tests, while humidity, corrosion, and vibration tests are critical for assessing different environmental factors, the temperature test is specifically designed to follow the shock test to assess how well the equipment can handle environmental changes after it has been subjected to mechanical shocks. This sequence is important for ensuring that devices are robust and reliable even after experiencing mechanical stress.

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