Apr 10, 2024 · In this paper, a series fed linear microstrip antenna array based on Chebyshev distribution is designed to reduce the SLL below 26 dB in the E-plane at 28 GHz.
In this paper, a \(1\times 6\) series fed linear microstrip antenna array based on Chebyshev distribution is designed to reduce the SLL below 26 dB in the E- ...
To reduce the sidelobe level (SLL), a ten‐element non‐uniform microstrip array antenna at 14.25 GHz frequency was designed. This Letter proposes an improved ...
A low side lobe level is obtained using Tschebyscheff amplitude tapering. To obtain amplitude tapering Wilkinson power divider is used. Two antenna ...
Missing: Non- uniform Synthesis 28 GHz.
H-plane achieves -19.7 dB, 4.1 dB lower than that of the antenna array with uniform-amplitude excitation. In the case of non-uniform feeding, symmetries are ...
Low-profile, low sidelobe array antenna with ultrawide beam ...
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Aug 2, 2024 · This paper presents a design method to implement an antenna array characterized by ultra-wide beam coverage, low profile, and low Sidelobe Level (SLL)
Missing: Tschebyscheff | Show results with:Tschebyscheff
Oct 31, 2019 · ABSTRACT A new strategy for designing low side-lobe level (SLL) antenna array is presented. This strategy utilizes special arrangement of ...
Missing: Tschebyscheff | Show results with:Tschebyscheff
The proposed array antenna is a promising candidate for the future mm-wave communication devices due to its compact structure and very good performance ...
Missing: Tschebyscheff | Show results with:Tschebyscheff
Low sidelobe silicon optical phased array with Chebyshev amplitude ...
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Jan 22, 2024 · A 32-channel OPA has been designed and demonstrated with the amplitude distribution determined by preferred Chebyshev method.
Missing: Tschebyscheff | Show results with:Tschebyscheff
A synthesis method of series fed array with non-uniform spacing and width is presented using transmission line model and validated on various current.
Missing: Excitation | Show results with:Excitation