A New Configuration of A High Output Voltage 2.45 GHz Rectifier For Wireless Power Transmission Applications

Taybi, Abdellah; Tajmouati, Abdelali; Zbitou, Jamal; Errkik, Ahmed; Latrach, Mohamed; Abdellaoui, Larbi El

doi:10.12928/telkomnika.v16i5.9707

Cited by 10 publications

(10 citation statements)

References 12 publications

(18 reference statements)

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“…Figure 3 shows the equivalent circuit of the line represented by resistance (R) whose value is equal to the total resistance of the line and the X reactive value is also equal to the total reactivity of the line, and neglects the conductivity and amplitude. In this case, the current at the alternator in the transmitter is equal to the current at the load Ir and the relationship between current and voltage is as follows [19][20][21].…”

Section: Power Transmission Linesmentioning

confidence: 99%

Application of LFAC {16 2/3Hz} for electrical power transmission system: a comparative simulation study

Shneen¹,

Hussein²,

Kadhum³

et al. 2019

TELKOMNIKA

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Transmission of electrical power for long distance is one of the major challenges for electrical engineers over the years. The first and foremost target it is to ensure the transport of electric power with minimal losses over the distance. This paper proposes to employ the low frequency alternating current (LFAC) with (16 2/3Hz) instead of the traditional frequency (50Hz) for electrical power transmission based on a simulation study. Two transmission systems have been constructed using MATLAB/Simulink software namely: 50Hz transmission systems and (16 2/3Hz) transmission systems. In addition, three different distances of transport lines have been used to compare the efficiency of the two systems namely: short (50km), medium (150) and long (300km). The result demonstrated that the use of LFAC with (16 2/3Hz) is better than the traditional frequency (50Hz) in term of energy saving.

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Section: Power Transmission Linesmentioning

confidence: 99%

Application of LFAC {16 2/3Hz} for electrical power transmission system: a comparative simulation study

Shneen¹,

Hussein²,

Kadhum³

et al. 2019

TELKOMNIKA

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“…Electronic transformer, it had included DC_DC, DC_AC, AC_AC, and AC_DC [1]- [3]. The type of AC_DC is called rectifier [4]- [6]. The rectifier is used when the load is DC and the source was AC [7]- [9].…”

Section: Introductionmentioning

confidence: 99%

A-review of Simulink for single-phase rectifier

Shneen

Ahmedhamdi

Al-Ghezi

2022

IJAAS

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The current review aimed to: i) Simulate the work of electronic transformer; ii) Analyze and design different types of electronic transformer; and iii) Identify the most important joints of the topic in the work of the electronic transformer by evaluating and improving the system components. The number of electronic keys has been approved in terms of representing the number of phases on one side and the type of wave on the other hand such as one-half phase full wave or wave, as well as single-phase, which will be detailed later. The type of electronic keys has also been adopted in terms of the representation of electronic keys in the form of a diode, a transistor or a thyristor.

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“…Ever-increasing demand for compact wireless communication transceivers continues to impact the field of microwave (MW) and radio frequency (RF) applications [1,2]. Some of the most important modules in such systems are the microstrip antennas and filters [3][4][5][6][7][8][9][10][11][12][13][14][15], and its performance greatly effects the performance of the whole wireless communication systems. In recent years, the microstrip filtering antenna has become one of the best-desired device structures because of their low profile, compact size, lightweight, and ease of fabrication.…”

Section: Introductionmentioning

confidence: 99%

Study on the effect of the substrate material type and thickness on the performance of the filtering antenna design

et al. 2020

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This article presents a new design of a four-pole microstrip filtering antenna. The filtering antenna consists of a bandpass filter, which has four resonators integrated to a monopole patch antenna. The filtering antenna is designed with a relatively high bandwidth of about 1.22 GHz to satisfy a high-speed data transmission. Three types of dielectric substrate materials were used for the design of the filtering antenna, which is RT/Duroid 5880, RO3003, and FR-4. The simulation results of the filtering antenna design, which are established on the three different dielectric substrate materials, are done by using Computer Simulation Technology (CST) software. Comparison results of the filtering antenna that is established on the three different dielectric substrate materials are done at a fixed substrate height and different substrate heights. The filtering antenna is designed at a center frequency f0 = 2.412 GHz, which is suitable for WLAN applications.

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A New Configuration of A High Output Voltage 2.45 GHz Rectifier For Wireless Power Transmission Applications

Cited by 10 publications

References 12 publications

Application of LFAC {16 2/3Hz} for electrical power transmission system: a comparative simulation study

Application of LFAC {16 2/3Hz} for electrical power transmission system: a comparative simulation study

A-review of Simulink for single-phase rectifier

Study on the effect of the substrate material type and thickness on the performance of the filtering antenna design

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