name: IL
full_form: Insertion Loss
context: Sharp filtering on each branch (at positions F1/F0) with narrow bandwidth leads to excessive loss at microwave and mm-wave frequencies. To get the insertion loss down to a reasonable level one the passband can be made significantly larger than the signal bandwidth. A drawback of such an approach is that several unwanted neighbouring wideband channels will pass the filter. In choosing the best loss-bandwidth trade-off there are some basic dependencies to be aware of: IL increases with increasing fc (for fixed BW). IL decreases with increasing Q. IL increases with increasing N. To exemplify the trade-off we study a 3-pole LC-filter with Q=20, 100, 500 and 5000, for 100 and 800 MHz 3dB-bandwidth, tuned to 15 dB equal ripple (with Q=5000) is examined in Figure 6.1.9.3.2-1. Figure 6.1.9.3.2-1: Example 3-pole LC filter with 800 and 4x800 MHz bandwidth, for different Q value From this study it is observed that: - 800 MHz bandwidth or smaller, requires exotic filter technologies, with a
description: Insertion Loss (IL) is a critical network attribute in telecommunications, specifically in the context of 5G core networks. It refers to the loss of signal power as it passes through a device or system, such as a filter. IL is an important parameter in determining the performance and efficiency of telecommunications systems.
explanation: The text describes Insertion Loss (IL) as a specific measurable value ('parameter') that quantifies signal degradation within telecommunication systems.
section_title: 6.1.9.3.2Insertion loss (IL) and bandwidth
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