This document presents a series of test photographs related to the Model T30S, focusing on radiated emission, conducted emission, and RF (Radio Frequency) performance. The tests cover both Bluetooth (BT) and wireless charger modes of operation, providing a comprehensive overview of the device's electromagnetic compatibility and safety characteristics.
The radiated emission tests capture the device's behavior in an anechoic chamber, assessing its potential to emit unwanted radio frequency energy. Conducted emission tests examine the electrical noise generated by the device and transmitted through its power cord. RF conducted tests evaluate the device's transmitter performance, including power output and modulation characteristics. Finally, MPE (Maximum Permissible Exposure) tests assess the device's compliance with safety standards regarding human exposure to electromagnetic fields.
The images provide visual documentation of the test setups and equipment used, offering insights into the testing methodologies employed to ensure the Model T30S meets regulatory requirements and industry best practices.
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This document presents a series of test photographs related to the Model T30S, focusing on radiated emission, conducted emission, and RF (Radio Frequency) performance. The tests cover both Bluetooth (BT) and wireless charger modes of operation, providing a comprehensive overview of the device's electromagnetic compatibility and safety characteristics.
The radiated emission tests capture the device's behavior in an anechoic chamber, assessing its potential to emit unwanted radio frequency energy. Conducted emission tests examine the electrical noise generated by the device and transmitted through its power cord. RF conducted tests evaluate the device's transmitter performance, including power output and modulation characteristics. Finally, MPE (Maximum Permissible Exposure) tests assess the device's compliance with safety standards regarding human exposure to electromagnetic fields.
The images provide visual documentation of the test setups and equipment used, offering insights into the testing methodologies employed to ensure the Model T30S meets regulatory requirements and industry best practices.
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