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Application of low/high Temperature Test Chamber in high-low temperature resistance test of integrated circuit

Abstract: 本文介绍了高低温试验箱在集成电路耐高低温试验中的应用。集成电路对温度变化非常敏感,因此需要进行高低温试验以验证其性能和可靠性。高低温试验箱能模拟不同温度环境,对集成电路进行耐高低温测试。试验步骤包括:准备样品、设置试验参数、安装样品、开始试验、结束后检查样品性能和生成测试报告。通过这些步骤,可以评估集成电路在极端温度下的表现,并确保其在实际应用中的可靠性。

Integrated circuits are the most widely used electronic components, and they are usually composed of micron-scale semiconductor materials. Because integrated circuits are very sensitive to environmental temperature changes, high-low temperature tests are required to ensure their performance and reliability. The high-low Temperature Test Chamber can simulate various temperature environments, and conduct high-low temperature resistance tests on integrated circuits to detect their performance at different temperatures.

Application of high-low Temperature Test Chamber in integrated circuit high-low temperature resistance test with picture 1


experiment method

The test steps of the high-low Temperature Test Chamber in the high-low temperature resistance test of integrated circuits:

  1. Sample preparation: select a certain number of integrated circuit chips as samples, and perform pretreatment and adjustment before testing as required.

  2. Set test parameters: set the temperature and humidity range, temperature change rate and time of the Test Chamber according to the requirements.

  3. Install the sample: Place the sample inside the chamber and make sure it is in place.

  4. Start the test: start the Test Chamber, carry out the high-low temperature cycle test according to the set parameters, and record the data.

  5. End of the test: After the test is completed, take the sample out of the test box, check its performance and reliability, and analyze the test data.

  6. Generate test reports: Generate test reports based on test results to evaluate the performance and reliability of integrated circuits.

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