name: MSD
full_form: Maximum Sensitivity Degradation
context: To derive the sensitivity degradation in n3 band, we use the same UL RB allocations than those agreed for PC3 NR UE in n3 band. The PA noise levels in the receiver band and corresponding MSD levels can be found in Figure 6.1.2.2-1 as below. Figure 6.1.2.2-1 Measured Tx noise and corresponding MSD levels for all CBW. The estimated MSD levels for in 35MHz, 40MHz, 45MHz and 50MHz CBW lead to REFSENS levels that are lower than those agreed for PC3 operation. For these CBW, we tentatively propose to use the same approach as in [3], i.e. we propose PC2 REFSENS levels by evaluating the MSD level difference between PC3 and PC2 and apply this MSD difference to PC3 REFSENS levels. We observe the following MSD difference vs CBW: - 3.1dB for 50MHz CBW: PC2 MSD of 7.2dB vs PC3 MSD of 4.1dB [3], - 2.5dB for 45MHz CBW: PC2 MSD of 4.5dB vs PC3 MSD 2dB [3], - 0.6dB for 40MHz CBW: PC2 MSD of 2.0 dB vs PC3 MSD of 1.5dB [3], - 0.2dB for 35MHz CBW: PC2 MSD of 0.9 dB vs PC3 MSD of 0.7 dB [3]. For CBW less
description: Maximum Sensitivity Degradation (MSD) is a parameter used to quantify the degradation in sensitivity of a receiver due to various factors such as noise and interference. It is an important metric in telecommunications, particularly in the context of 5G networks, where it is used to evaluate the performance of receivers and optimize their design.
explanation: The text explicitly states that MSD is a parameter used to analyze sensitivity degradation in a specific context (n3 band) and its values are compared across different channel bandwidths. This directly aligns with the definition of a parameter as a measurable quantity used to describe or control a system.
section_title: 6.1.2.2SKW sensitivity analysis results in n3
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