Proteus ISIS simulation for power factor calculation using zero crossing detector

Jumrianto, Jumrianto; Royan, Royan

doi:10.14203/j.mev.2021.v12.28-37

Cited by 3 publications

(2 citation statements)

References 7 publications

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“…For all three MUXs, they will be 74LS153 chips [10]. As for the flip-flop used in the control unit, it is better to choose 74LS74, whose power consumption could be optimized [11]. And the counter selected in the circuit should be a synchronous chip, which could be 74LS109 [12].…”

Section: Build-up and Layout For The Circuitmentioning

confidence: 99%

Bit-Serial Logical Operation Processor Based on Shift Registers and Mealy Machine

Shen

2023

J. Phys.: Conf. Ser.

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With the rapid development of modern processors, logical operation processors could not only process data by logical operations but also store the data. The logical operation processor designed in this paper will be the bit-serial logical operation processor. In order to build the processor, four units should be designed first: the Shift Register Unit, Computation Unit, Routing Unit, and Control Unit. Among them, the Register Unit and the Control Unit are the most important. For the Register Unit, there will be two 4-bit registers. For the Control Unit, this circuit will implement a Mealy machine to determine the output and state of the circuit. The input to the processor will first get into the Control Unit, and then the data given outside will be stored in the Shift Register Unit and will be input to the Computation Unit and finally returned to the Shift Register Unit after Routing Unit. Since the processor is operating in series, the Control Unit and the Shift Register Unit should work synchronously.

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Section: Build-up and Layout For The Circuitmentioning

confidence: 99%

Bit-Serial Logical Operation Processor Based on Shift Registers and Mealy Machine

Shen

2023

J. Phys.: Conf. Ser.

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“…ZCP detection circuits are complex and require more accurate detection; due to this complexity few works are carried out by avoiding ZCP, such as soft-switching control without zero-crossing detection for the cascaded buck-boost converters [16]. Detection of ZCP using Proteus ISIS software with a microcontroller is proposed in [17] for power factor correction and a trigger angle on the SCR trigger for DC motor speed control is for the rocket launch angle adjuster. A simple detection method for the ZCP of converter current using a saturable transformer for use in high-current and high-frequency pulse-width modulated power electronic converter applications is proposed in [18].…”

Section: Introductionmentioning

confidence: 99%

Zero-Crossing Point Detection of Sinusoidal Signal in Presence of Noise and Harmonics Using Deep Neural Networks

Veeramsetty

Edudodla²,

Salkuti

2021

Algorithms

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Zero-crossing point detection is necessary to establish a consistent performance in various power system applications, such as grid synchronization, power conversion and switch-gear protection. In this paper, zero-crossing points of a sinusoidal signal are detected using deep neural networks. In order to train and evaluate the deep neural network model, new datasets for sinusoidal signals having noise levels from 5% to 50% and harmonic distortion from 10% to 50% are developed. This complete study is implemented in Google Colab using deep learning framework Keras. Results shows that the proposed deep learning model is able to detect zero-crossing points in a distorted sinusoidal signal with good accuracy.

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Pengukuran Daya Listrik Menggunakan Penguat Common Emitter dan Komparator

Wibowo

Nawawi

Novianto

2023

Jurnal Teknik Elektro AVITEC

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Penelitian ini merancang alat ukur daya listrik satu fase. Variabel yang diukur adalah tegangan, arus, frekuensi, faktor daya, daya semu, daya aktif dan daya reaktif. ZMPT101B dan SCT013-005 digunakan sebagai transduser tegangan dan arus. Luaran transduser dikuatkan dengan Penguat Common Emitter. Frekuensi diukur dengan metode Zero Crossing sedangkan beda fase diukur dengan membandingkan gelombang tegangan dan arus dengan rangkaian komparator dan XOR. Hasil pengukuran, dibandingkan dengan hasil pengukuran Power Quality Hioki 3286. Dari pengujian, diperoleh persentase rata-rata galat (error) tegangan 0,26%, arus 2,44%, frekuensi 0,32% dan beda fase sebesar 7,19%. Selain dibandingkan dengan alat ukur acuan, hasil pengukuran juga dibandingkan dengan hasil perhitungan dengan persentase galat rata-rata daya semu 0,44%, daya aktif 0,8% dan daya reaktif sebesar 0,44%.

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Proteus ISIS simulation for power factor calculation using zero crossing detector

Cited by 3 publications

References 7 publications

Bit-Serial Logical Operation Processor Based on Shift Registers and Mealy Machine

Bit-Serial Logical Operation Processor Based on Shift Registers and Mealy Machine

Zero-Crossing Point Detection of Sinusoidal Signal in Presence of Noise and Harmonics Using Deep Neural Networks

Pengukuran Daya Listrik Menggunakan Penguat Common Emitter dan Komparator

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