IEC/TS 62098 Ed. 1.0 b:2000

Current Revision
Evaluation methods for microprocessor- based instruments

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Evaluation methods for microprocessor- based instruments

PUBLISH DATE 2000

Evaluation methods for microprocessor-based instruments are crucial to ensure their accuracy, reliability, and efficiency in various applications.

The process typically involves a combination of functional testing, performance benchmarking, and error analysis to assess how well the instrument meets its design specifications.

Key aspects evaluated include:

  • Response time
  • Data accuracy
  • System stability under different operating conditions
  • Power consumption
  • User interface performance

Additionally, environmental testing may be conducted to determine the instrument's robustness against factors like temperature, humidity, and electromagnetic interference.

Overall, systematic evaluation ensures that microprocessor-based instruments function optimally within their intended contexts.

This Technical Specification aims at providing background information for developing evaluation methods for microprocessor-based instruments.

An evaluation starts with analysis of the instrument in terms of the external and internal information flows from and to the process, the human operator and external systems.

Main function blocks in the instrument are then identified.

By using the checklists given in 4.2 and 4.3, the functions and properties that may be embedded in the function blocks of the instrument to be evaluated can be identified.

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