This document presents a comprehensive test report for the SAMR30 IEEE 802.15.4 Sub-1GHz Module, manufactured by Microchip Technology Inc. The report details the testing procedures and results conducted to ensure compliance with FCC Part 15C and IC RSS-247 regulations. The module, identified as ATSAMR30M18A, was subjected to a series of tests covering antenna requirements, peak output power, bandwidth, power density, spurious emissions, and mains conducted emissions.
The testing was performed at TUV Rheinland Taiwan Ltd.'s EMC/RF Laboratory in Taipei, Taiwan, between July 19, 2018, and October 24, 2018. The report includes detailed information on the test equipment used, the test setup, and the operational modes of the module during testing. The results indicate that the SAMR30 module successfully passed all the required tests and is deemed compliant with the specified FCC and IC standards. The report also includes information on radio frequency exposure compliance, demonstrating that the module meets the necessary safety requirements for human exposure.
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This document presents a comprehensive test report for the SAMR30 IEEE 802.15.4 Sub-1GHz Module, manufactured by Microchip Technology Inc. The report details the testing procedures and results conducted to ensure compliance with FCC Part 15C and IC RSS-247 regulations. The module, identified as ATSAMR30M18A, was subjected to a series of tests covering antenna requirements, peak output power, bandwidth, power density, spurious emissions, and mains conducted emissions.
The testing was performed at TUV Rheinland Taiwan Ltd.'s EMC/RF Laboratory in Taipei, Taiwan, between July 19, 2018, and October 24, 2018. The report includes detailed information on the test equipment used, the test setup, and the operational modes of the module during testing. The results indicate that the SAMR30 module successfully passed all the required tests and is deemed compliant with the specified FCC and IC standards. The report also includes information on radio frequency exposure compliance, demonstrating that the module meets the necessary safety requirements for human exposure.
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