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Dive into the research topics where Jia Wei Yu is active.

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Featured researches published by Jia Wei Yu.


IEEE Antennas and Wireless Propagation Letters | 2016

Wideband Dual-Polarization Patch Antenna Array With Parallel Strip Line Balun Feeding

Jin Zhang; Xian Qi Lin; Li Ying Nie; Jia Wei Yu; Yong Fan

A wideband dual-polarization patch antenna array is proposed in this letter. The array is fed by a parallel strip line balun, which is adopted to generate 180° phase shift in a wide frequency range. In addition, this balun has simple structure, very small phase shift error, and good ports isolation. The working band of the antenna array is from 1.88 to 2.9 GHz with a relative bandwidth of 41.7%. The height of the antenna array is only 0.144λ, and the cross polarization is below -20 dB. Two feeding ports are presented, which correspond to two orthogonal linear polarization. The isolation between the ports is higher than 30 dB. The simulation and measurement turns out to be similar. This antenna array can be used in TD-LTE base stations, and the design methods are also useful to other wideband microstrip antennas.


Applied Physics Letters | 2012

Electromagnetically induced transparencies in a closed waveguide with high efficiency and wide frequency band

Xian Qi Lin; Jia Wei Yu; Yuan Jiang; Jun Ye Jin; Yong Fan

We propose an effective method to alleviate the conflict between large group delay and wide frequency band in electromagnetically induced transparency (EIT) design. Two kinds of electrically induced transparency (E-IT) and magnetically induced transparency (M-IT) are proposed, respectively. Then an EIT with wide transparency window is developed by combining the independent E-IT and M-IT structures. All of the transparencies are designed in a closed waveguide system, and high efficiency is obtained at the same time. One sample is fabricated and the bandwidth is increased to more than 3 times without decrease of the group delay and increase of the size.


IEEE Sensors Journal | 2016

An EIT-Based Compact Microwave Sensor With Double Sensing Functions

Xian Qi Lin; Zhe Chen; Jia Wei Yu; Pei Qing Liu; Peng Fei Li; Zhizhang David Chen

Microwave sensors, which utilize the peculiarity of microwave to detect conditions and status of an object, have been widely used in electromechanical conversion, biochemical sensing, and environmental monitoring. In this paper, the concept of electromagnetically induced transparency (EIT) is adopted in the sensor design, and a compact microwave sensor is proposed with double sensing functions and works well under different electromagnetic conditions. High sensitivities of 13.709 mm/refract index unit for the EIT-window response and 10.6 MHz/fF for the dark mode operation are obtained, respectively. The proposed sensor is simulated, fabricated, and tested. Good agreement is obtained between the simulation and measurement results.


IEEE Transactions on Antennas and Propagation | 2017

A Band-Notched Absorber Designed With High Notch-Band-Edge Selectivity

Peng Mei; Xian Qi Lin; Jia Wei Yu; Peng Cheng Zhang

In this paper, a band-notched absorber with high notch-band-edge selectivity is proposed and investigated. It is formed by introducing a narrower and full reflectance band into a wider absorption band. For each absorbing unit cell, two independently magnetic and electric resonances with adjacent resonant frequencies are employed to develop the narrower and full reflectance band, while a dipole-shaped metal strip with a resister printed on one side of the supporting substrate and a ground plane is used to realize the wider absorption band. By retrieving relative equivalent circuits of each cell, the performance of the proposed absorber can be qualitatively analyzed. Simply through tuning the frequencies of the independently magnetic and electric resonances, the performance of the notched band can be adjusted with high notch-band-edge selectivity. A sample of an absorber with the notched band frequency from 8.2 to 9.8 GHz, good absorption band from 4.8 to 8.0 GHz and 10.2 to 16 GHz has been designed, fabricated, and measured. Good agreement among circuit analysis, simulation results, and measurement results is finally obtained.


Progress in Electromagnetics Research-pier | 2013

Understand and Realize an ``Invisible Gateway'' in a Classical Way

Xian Qi Lin; Yuan Jiang; Jun Ye Jin; Jia Wei Yu; Sailing He

We create an invisible gateway simply by putting electric and magnetic superscatterers in a metallic waveguide. The characteristics of the electric and magnetic resonators are analyzed in a metallic hollow waveguide, and the dual-mode superscattering property is discussed in detail to broaden the bandwidth of the invisible gateway. Good agreement is achieved between the simulation and measurement for such an invisible gateway. The present work help readers understand easily how an invisible gateway works (or makes sense) in a classical way without using any complex metamaterial or complicated method of transformation optics.


IEEE Transactions on Industrial Electronics | 2017

Design and Analysis of EMIT Filter and Diplexer

Xian Qi Lin; Jun Ye Jin; Jia Wei Yu; Yuan Jiang; Yong Fan; Quan Xue

In this paper, a novel design of an E-plane waveguide filter, called electromagnetically induced transparency (EMIT) filter, is proposed. This EMIT filter is implemented by a rectangular ring (RR) on one side of the substrate and two strip lines resonators (SLRs) on the opposite side, which brings in electrically induced transparency and magnetically induced transparency by the electrical and magnetic couplings between the RR and SLRs, respectively. An equivalent circuit is developed further. Properties of high selectivity, low insertion loss, flat group delay, and small size of only about 0.2λg are realized by this design method. A sample has been fabricated and tested. The measured central frequency is 33.77 GHz with 3-dB fractional bandwidth of 9.4% and the minimum insertion loss in the passband is 0.5 dB. Using the proposed miniature EMIT filter, a diplexer is further designed with compact sizes and low insertion losses. The measured minimum insertion losses are 0.9 and 0.5 dB in the lower and upper passbands centered at 31.79 and 34.74 GHz with 3-dB relative bandwidths of 7.2% and 8.6%, respectively. Good agreements between the simulated and measured results are obtained both in the EMIT filter and the EMIT diplexer.


international conference on cyber-physical systems | 2011

Investigations on cooling of cavity for power combiner

Jia Wei Yu; Yuan Jiang; Xian Qi Lin; Zhong Bo Zhu; Yong Fan

Cooling is very important for a high power combiner. This paper presents a thermal analysis on the cooling of cavity for power combiners. In this study, we concentrate on the influence from heat sink, cover of the cavity and the gaps between cavity and heat sink. At last the simulation result shows that aluminum box with copper plated on its outer surface can significantly reduce the maximum temperature of the cavity, which will improve the cooling of the power combiner.


IEEE Antennas and Wireless Propagation Letters | 2017

A Highly Integrated Independently Tunable Triple-Band Patch Antenna

Abdelheq Boukarkar; Xian Qi Lin; Jia Wei Yu; Peng Mei; Yuan Jiang; Yi Qiang Yu


Electronics Letters | 2015

Analogue of electromagnetically induced transparency with modulatable transmission

Xian Qi Lin; Jia Wei Yu; Zhe Chen; Peng Cheng Zhang; Peng Fei Li


IEEE Transactions on Antennas and Propagation | 2018

A Low Radar Cross Section and Low Profile Antenna Co-Designed With Absorbent Frequency Selective Radome

Peng Mei; Xian Qi Lin; Jia Wei Yu; Peng Cheng Zhang; Abdelheq Boukarkar

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Xian Qi Lin

University of Electronic Science and Technology of China

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Yuan Jiang

University of Electronic Science and Technology of China

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Peng Cheng Zhang

University of Electronic Science and Technology of China

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Peng Mei

University of Electronic Science and Technology of China

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Yong Fan

University of Electronic Science and Technology of China

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Abdelheq Boukarkar

University of Electronic Science and Technology of China

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Jun Ye Jin

University of Electronic Science and Technology of China

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Zhe Chen

University of Electronic Science and Technology of China

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Peng Fei Li

University of Electronic Science and Technology of China

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Zi Qiang Yang

University of Electronic Science and Technology of China

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