This report details the Specific Absorption Rate (SAR) testing conducted on the Stryker Medical B7000 Badge. The evaluation was performed by Intertek in Lexington, Kentucky, adhering to FCC Part 2.1093, RSS-102 Issue 6, and IEC/IEEE 62209-1528 standards. The DASY52 dosimetric assessment system was utilized, ensuring a comprehensive analysis of spatial peak SAR values.
The B7000 Badge was tested at its maximum output power, with results indicating compliance with the 1.6 W/kg requirements for general population/uncontrolled exposure. The worst-case reported 1-g SAR value was 1.53 W/kg, while the worst-case reported 10-g SAR value was 0.74 W/kg. The report includes detailed information on the test equipment used, measurement uncertainty, tissue simulating liquid parameters, and test procedures.
Appendices provide supplementary data, including system validation summaries, worst-case SAR plots, dipole validation plots, and setup photos. The Bluetooth radio was determined to be exempt from routine SAR evaluation based on its output power levels. Overall, the testing demonstrates that the Stryker Medical B7000 Badge meets the necessary safety standards for RF exposure.
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[description] => SAR test report for the Stryker Medical B7000 Badge, detailing specific absorption rate measurements and compliance with safety standards.
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[intro] =>
This report details the Specific Absorption Rate (SAR) testing conducted on the Stryker Medical B7000 Badge. The evaluation was performed by Intertek in Lexington, Kentucky, adhering to FCC Part 2.1093, RSS-102 Issue 6, and IEC/IEEE 62209-1528 standards. The DASY52 dosimetric assessment system was utilized, ensuring a comprehensive analysis of spatial peak SAR values.
The B7000 Badge was tested at its maximum output power, with results indicating compliance with the 1.6 W/kg requirements for general population/uncontrolled exposure. The worst-case reported 1-g SAR value was 1.53 W/kg, while the worst-case reported 10-g SAR value was 0.74 W/kg. The report includes detailed information on the test equipment used, measurement uncertainty, tissue simulating liquid parameters, and test procedures.
Appendices provide supplementary data, including system validation summaries, worst-case SAR plots, dipole validation plots, and setup photos. The Bluetooth radio was determined to be exempt from routine SAR evaluation based on its output power levels. Overall, the testing demonstrates that the Stryker Medical B7000 Badge meets the necessary safety standards for RF exposure.
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