Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: , a phase-locked loop algorithm appropriated for digital-signal-processor-based control implementations, where the operation of a static-por converter needs to be synchronized with an ac network, is presented. The proposed algorithm includes a multiplier, a filter, a feedback closed loop, and a numerically controlled oscillator stage. As a result, a discrete sine (and cosine) signal is generated in synchronism with the fundamental component of an external-reference (ER) signal. Moreover, the sampling period of the algorithm is adjusted at each sampling instant such that an integer number of sampling periods per period of the ER signal is ensured. This is the main feature, and it is achieved by using a discrete rectangular window filter and a discrete controller. The proposed algorithm code is simple, stable, and presents high noise rejection. A comprehensive theoretical justification and various rigorous experimental tests are included.
['Marcelo A. Perez', 'Jose R. Espinoza', 'Luis Moran', 'Miguel Torres', 'Ernesto A. Araya']
I am writing a research paper on a idea A Robust Phase-Locked Loop Algorithm to Synchronize Static-Power Converters With Polluted AC Systems
[{"from": "human", "value": "I am writing a research paper on a idea A Robust Phase-Locked Loop Algorithm to Synchronize Static-Power Converters With Polluted AC Systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: , a phase-locked loop algorithm appropriated for digital-signal-processor-based control implementations, where the operation of a static-por converter needs to be synchronized with an ac network, is presented. The proposed algorithm includes a multiplier, a filter, a feedback closed loop, and a numerically controlled oscillator stage. As a result, a discrete sine (and cosine) signal is generated in synchronism with the fundamental component of an external-reference (ER) signal. Moreover, the sampling period of the algorithm is adjusted at each sampling instant such that an integer number of sampling periods per period of the ER signal is ensured. This is the main feature, and it is achieved by using a discrete rectangular window filter and a discrete controller. The proposed algorithm code is simple, stable, and presents high noise rejection. A comprehensive theoretical justification and various rigorous experimental tests are included."}]