Tag: Filter
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LPF Design Using QucsStudio: Optimizing with Real Component S-Parameters
Last time, we designed and simulated an LPF for Sub-GHz band (915MHz) communication using ideal capacitors and inductors with QucsStudio. This time, as a sequel, we conduct a more realistic simulation using actual components from Murata Manufacturing Co., Ltd., and compare them with the ideal components. Selecting Real Components The capacitors and inductors callable in…
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LPF Design Guide Using QucsStudio
This time, we will explain in detail the design process of a Low Pass Filter (LPF) for Sub-GHz (915MHz) communication using QucsStudio. Step 1: Setting the Target Performance To send radio waves farther, we use an amplifier to amplify the signal. To improve power efficiency during amplification, it is desirable to amplify the signal by…
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How to Export S-Parameters in QucsStudio
QucsStudio is a powerful tool used for designing and analyzing radio frequency (RF) and microwave circuits. Particularly, the analysis of S-parameters (scattering parameters) is crucial for understanding the efficiency and performance of circuits. This article explains the process of exporting S-parameters using QucsStudio. S-Parameters Basics S-parameters are indicators of how signals behave at specific points…
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How to Use Filter Synthesis in QucsStudio
Introduction Qucs Studio is a powerful tool for electronic circuit design. In this article, we will detail how to design a low-pass filter using the Filter Synthesis feature of Qucs Studio. Step 1: Starting Filter Synthesis Step 2: Setting Parameters Define the type and characteristics of the filter: Step 3: Generating the Circuit Step 4:…