This document presents a detailed analysis of LTE Band 13 performance, focusing on effective isotropic radiated power (EIRP), frequency stability, and conducted spurious emissions. The report includes test results for various bandwidths (5MHz and 10MHz), modulation schemes (QPSK and 16QAM), and channel configurations (23205, 23230, and 23255). The data provides insights into the power output and spectral characteristics of the LTE Band 13 signal under different operating conditions.
The EIRP measurements demonstrate compliance with regulatory limits, ensuring that the transmitted power remains within acceptable levels. Frequency stability tests assess the ability of the transmitter to maintain a consistent carrier frequency over a range of temperature and voltage variations. Conducted spurious emission tests evaluate the presence of unwanted signals outside the intended transmission band, ensuring that the device does not interfere with other radio services. The results presented in this report are crucial for verifying the performance and regulatory compliance of LTE Band 13 devices.
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This document presents a detailed analysis of LTE Band 13 performance, focusing on effective isotropic radiated power (EIRP), frequency stability, and conducted spurious emissions. The report includes test results for various bandwidths (5MHz and 10MHz), modulation schemes (QPSK and 16QAM), and channel configurations (23205, 23230, and 23255). The data provides insights into the power output and spectral characteristics of the LTE Band 13 signal under different operating conditions.
The EIRP measurements demonstrate compliance with regulatory limits, ensuring that the transmitted power remains within acceptable levels. Frequency stability tests assess the ability of the transmitter to maintain a consistent carrier frequency over a range of temperature and voltage variations. Conducted spurious emission tests evaluate the presence of unwanted signals outside the intended transmission band, ensuring that the device does not interfere with other radio services. The results presented in this report are crucial for verifying the performance and regulatory compliance of LTE Band 13 devices.
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