Shure Inc

Reliability refers to the degree which a test, experiment, or measuring procedure yield similar results on repeated trials. Inherent reliability refers to the level of reliability inherent in a system as designed and manufactured. The manufacturer usually controls the achieved reliability first and then the end-user. The performance tests done on the materials indicate reliability because the designers participate in designing effort so as to guide maintainability of the new product. During the time for production, the reliability team tends to monitor the product and production testing so as to monitor inherent reliability. The test tends to measure inherent reliability because the tests aim at measuring the overall robustness of the system. The tests aim at measuring the reliability of the system based on their current operating context under the ideal operating conditions.

The measure for a microphone is the attribute data. The attribute data is the quality measurement for the microphone as it considers the quality of the product rather than the quantifiable number. Measurement using the attribute normally provides the ancillary information regarding factors such as the color or the finish of the item. When using attribute data, it is possible to know the number of products manufactured by the machine that are defective. It is possible to analyze attribute data using proportion tests, c-charts, p-charts, and contingency tables. These form of analysis are very effective analysis tools for the attribute data. The attribute data can be helpful in identifying signals, patterns, and the cause to solving problems.

Reference

Lindsay, W & Evans, J (2012). Managing for quality and performance excellent Cengage Learning

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