Overview
IEC 60747-14-10:2019 establishes key performance evaluation methods for wearable glucose sensors based on semiconductor technology. Developed by the International Electrotechnical Commission (IEC), this standard is specifically applicable to wearable electrochemical-glucose sensors, without restrictions on device technology or size. The document defines essential terminology, symbols, characteristic parameters, and robust test procedures, ensuring consistent and reliable assessment of sensor function. Its scope addresses both consumer and manufacturer needs, helping to guide quality assurance, regulatory compliance, and product development in the rapidly expanding field of mobile health monitoring.
Key Topics
- Comprehensive Definitions: The standard provides precise definitions for terms such as electrochemical-glucose sensor, electrode types (working, counter, reference), and sensor insertion types (implant, patch).
- Characteristic Parameters: It details core parameters including:
- Sensitivity – Relationship between current and glucose concentration
- Selectivity – Ability to distinguish glucose from other substances
- Response Time – Time for sensor output to stabilize after a change in glucose
- Linearity – Proportionality between glucose concentration and sensor output
- Repeatability & Reliability – Measurement precision under short and long-term conditions
- Limit of Detection – Smallest reliably detectable glucose value
- Accuracy & Reproducibility – Degree to which measurements match true glucose values across different conditions
- Life-time – Duration of sensor effectiveness
- Testing Protocols: The document specifies standardized test methods:
- In Vitro Evaluation: Controlled laboratory testing for sensitivity, selectivity, and more
- Preclinical Evaluation: Animal studies and robust testing prior to clinical use
- Clinical Evaluation: Human trials to demonstrate safety and performance
- Marking and Identification: Requirements for traceability, including manufacturer, serial number, and year/month of manufacture.
Applications
Adhering to IEC 60747-14-10:2019 is valuable for:
- Medical Device Manufacturers: Enables standardized evaluation of wearable electrochemical-glucose sensors, supporting design validation, regulatory filings, and international market access.
- Quality Assurance: Facilitates consistent testing across research, development, and production, enhancing product reliability and user safety.
- Regulatory Compliance: Offers a clear framework for demonstrating conformity with international standards, aiding approval for medical devices.
- Healthcare Providers & End-Users: Ensures that glucose monitoring sensors have been evaluated for critical parameters such as accuracy, response time, and selectivity, supporting better health outcomes for people with diabetes and related conditions.
- Research & Development: Provides a basis for innovation and benchmarking of new sensor technologies in wearable health monitoring.
Related Standards
- IEC 60747 Series: The comprehensive series on semiconductor devices offers further specifications applicable to related sensor and device types.
- ISO 15197:2013: Specifies requirements for blood glucose monitoring systems used in self-testing for diabetes management. IEC 60747-14-10 provides complementary guidance for wearable devices and references the error grid analysis found in ISO 15197.
- CLSI EP07-A2: Documented in the bibliography, this Clinical and Laboratory Standards Institute guideline focuses on interference testing in clinical chemistry and is referenced for selectivity testing methodologies.
By following the rigorous processes outlined in IEC 60747-14-10:2019, organizations can ensure their wearable glucose sensors are evaluated against internationally recognized benchmarks, leading to enhanced device performance, safety, and market acceptance in the field of semiconductor sensor technology for healthcare.
Open preview (PDF)Semiconductor devices - Part 14-10: Semiconductor sensors - Performance evaluation methods for wearable glucose sensors
