Fpga Based Sdr For Dpll Application
Nikita Katole, Shweta Thakur
Abstract
Nikita Katole, Shweta Thakur
Abstract
To design and develop a system on chip reconfigurable modules Field Programmable Gate Array (FPGA) provides a way with high performance. In this paper, FPGA architecture is proposed, which would be a starting point for developing an efficient Software Defined Radio (SDR) architecture for recovering audio signals from digitally modulated frequency wave. At the modulator and demodulator sections, a Digital Frequency Generator (DFG) is applied for generating the carrier wave by exploiting the quarter wave symmetry of sine or cosine waves with dynamic range of more than 90dB. https://journalnx.com/journal-article/20150288
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To design and develop a system on chip reconfigurable modules Field Programmable Gate Array (FPGA) provides a way with high performance. In this paper, FPGA architecture is proposed, which would be a starting point for developing an efficient Software Defined Radio (SDR) architecture for recovering audio signals from digitally modulated frequency wave. At the modulator and demodulator sections, a Digital Frequency Generator (DFG) is applied for generating the carrier wave by exploiting the quarter wave symmetry of sine or cosine waves with dynamic range of more than 90dB. https://journalnx.com/journal-article/20150288
Key concepts: Field-programmable gate array, Software-defined radio, Computer science, Electronic engineering, Sine wave, Computer hardware, DPLL algorithm, Demodulation