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15 Lab 6: Agilent Ptolemy - QPSK Simulation

15 Lab 6: Agilent Ptolemy - QPSK Simulation 2025

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The document outlines a laboratory exercise focused on simulating a Quadrature Phase Shift Keying (QPSK) system using the Agilent Ptolemy software. It details objectives, setup procedures, and components involved in the simulation, including data sources, baseband filters, QAM modulators, and demodulators. The lab emphasizes the importance of analyzing constellation diagrams and eye diagrams to understand signal behavior in digital communication systems. Additionally, it discusses the effects of phase noise on signal quality and provides insights into measuring performance metrics such as Bit Error Rate.

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Click ‘Get Form’ to open the 15 Lab 6: Agilent Ptolemy - QPSK Simulation document in our editor.
Begin by reviewing the objectives outlined in section 15.1, which guide you through performing a QPSK simulation using the DSP schematic page.
Navigate to section 15.2, where you will set up your data source. Follow the instructions for schematic capture and ensure all parameters are correctly inputted.
In section 15.3, add baseband filters and a QAM modulator as instructed. Make sure to adjust the parameters such as CornerFreq and Power according to your simulation needs.
Proceed to section 15.4 for sampling the constellation. Insert SampleAndHold circuits and connect them properly to visualize the sampled output.
Finally, review sections on demodulation and phase noise effects in sections 15.5 and 15.8 respectively, ensuring all components are connected as per instructions before running your simulation.

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