anupam yadav - Academia.edu (original) (raw)
Papers by anupam yadav
International journal of innovative research in advanced engineering, Aug 31, 2022
Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST sof... more Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST software, the design parameters and results for a B-slotted rectangular microstrip patch antenna is explained and the results obtained from the simulations are demonstrated. The proposed antenna has been designed using FR4 as substrate having dielectric constant of 4.4 sandwiched in between the patch and ground plane made up of copper. The power from coaxial connector is fed to the B-shaped antenna via microstrip feed line and impedance of the antenna is matched. It has observed that antenna slotted antenna is resonate at frequency 6.4 GHz. Proposed antenna has return loss -39.7 dB at resonant frequency of 6.4GHz. The gain of the proposed antenna is 10dB. For the proposed antenna the VSWR is 1.03. The microstrip patch design is achieved by using microstrip line feed technique. This patch is studied because they offer high bandwidth and gain. The gain enhancement has been achieved by suitable cutting slots in the rectangular patch using suitable feeding technique. The electromagnetic simulation of the proposed antenna has been carried out using CST software. The analysis of performance will be based on changing the geometry of the patch and the obtained results are gain, VSWR, antenna efficiency and radiation pattern.
INTERNATIONAL JOURNAL OF CREATIVE RESEARCH THOUGHTS - IJCRT (IJCRT.ORG), 2022
This review research paper examines the evolution of the microstrip patch antenna (MPA) in the fi... more This review research paper examines the evolution of the microstrip patch antenna (MPA) in the field of wireless communication technology. Distinguished researchers have made several efforts to develop MPA in order to meet market demands. To begin, this paper provides a quick overview of wireless technology and MPA. Following that, a literature review is provided in order to better comprehend the concept of a patch antenna that is small in size, has multiband and wideband functionalities, and is widely used in wireless communication. Reported antennas simulation have been accomplished with the help of CST, HFSS, and other tools. Return loss, VSWR, directivity, gain, efficiency, and radiation pattern are all examined with this software. The end result of numerous investigations has been mentioned which can be primarily based on antenna performance factors like patch slot, antenna dimensions, substrate material, and feeding techniques. For their better understanding these findings delineated within the tabular form and finally conclusion of the overview paper is discussed.
IJIRAE Published Papers by anupam yadav
IJIRAE:: AM Publications, 2022
Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST sof... more Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST software, the design parameters and results for a B-slotted rectangular microstrip patch antenna is explained and the results obtained from the simulations are demonstrated. The proposed antenna has been designed using FR4 as substrate having dielectric constant of 4.4 sandwiched in between the patch and ground plane made up of copper. The power from coaxial connector is fed to the B-shaped antenna via microstrip feed line and impedance of the antenna is matched. It has observed that antenna slotted antenna is resonate at frequency 6.4 GHz. Proposed antenna has return loss -39.7 dB at resonant frequency of 6.4GHz. The gain of the proposed antenna is 10dB. For the proposed antenna the VSWR is 1.03. The microstrip patch design is achieved by using microstrip line feed technique. This patch is studied because they offer high bandwidth and gain. The gain enhancement has been achieved by suitable cutting slots in the rectangular patch using suitable feeding technique. The electromagnetic simulation of the proposed antenna has been carried out using CST software. The analysis of performance will be based on changing the geometry of the patch and the obtained results are gain, VSWR, antenna efficiency and radiation pattern.
International journal of innovative research in advanced engineering, Aug 31, 2022
Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST sof... more Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST software, the design parameters and results for a B-slotted rectangular microstrip patch antenna is explained and the results obtained from the simulations are demonstrated. The proposed antenna has been designed using FR4 as substrate having dielectric constant of 4.4 sandwiched in between the patch and ground plane made up of copper. The power from coaxial connector is fed to the B-shaped antenna via microstrip feed line and impedance of the antenna is matched. It has observed that antenna slotted antenna is resonate at frequency 6.4 GHz. Proposed antenna has return loss -39.7 dB at resonant frequency of 6.4GHz. The gain of the proposed antenna is 10dB. For the proposed antenna the VSWR is 1.03. The microstrip patch design is achieved by using microstrip line feed technique. This patch is studied because they offer high bandwidth and gain. The gain enhancement has been achieved by suitable cutting slots in the rectangular patch using suitable feeding technique. The electromagnetic simulation of the proposed antenna has been carried out using CST software. The analysis of performance will be based on changing the geometry of the patch and the obtained results are gain, VSWR, antenna efficiency and radiation pattern.
INTERNATIONAL JOURNAL OF CREATIVE RESEARCH THOUGHTS - IJCRT (IJCRT.ORG), 2022
This review research paper examines the evolution of the microstrip patch antenna (MPA) in the fi... more This review research paper examines the evolution of the microstrip patch antenna (MPA) in the field of wireless communication technology. Distinguished researchers have made several efforts to develop MPA in order to meet market demands. To begin, this paper provides a quick overview of wireless technology and MPA. Following that, a literature review is provided in order to better comprehend the concept of a patch antenna that is small in size, has multiband and wideband functionalities, and is widely used in wireless communication. Reported antennas simulation have been accomplished with the help of CST, HFSS, and other tools. Return loss, VSWR, directivity, gain, efficiency, and radiation pattern are all examined with this software. The end result of numerous investigations has been mentioned which can be primarily based on antenna performance factors like patch slot, antenna dimensions, substrate material, and feeding techniques. For their better understanding these findings delineated within the tabular form and finally conclusion of the overview paper is discussed.
IJIRAE:: AM Publications, 2022
Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST sof... more Slotted B shaped Rectangular microstrip patch antenna has been proposed. With the help of CST software, the design parameters and results for a B-slotted rectangular microstrip patch antenna is explained and the results obtained from the simulations are demonstrated. The proposed antenna has been designed using FR4 as substrate having dielectric constant of 4.4 sandwiched in between the patch and ground plane made up of copper. The power from coaxial connector is fed to the B-shaped antenna via microstrip feed line and impedance of the antenna is matched. It has observed that antenna slotted antenna is resonate at frequency 6.4 GHz. Proposed antenna has return loss -39.7 dB at resonant frequency of 6.4GHz. The gain of the proposed antenna is 10dB. For the proposed antenna the VSWR is 1.03. The microstrip patch design is achieved by using microstrip line feed technique. This patch is studied because they offer high bandwidth and gain. The gain enhancement has been achieved by suitable cutting slots in the rectangular patch using suitable feeding technique. The electromagnetic simulation of the proposed antenna has been carried out using CST software. The analysis of performance will be based on changing the geometry of the patch and the obtained results are gain, VSWR, antenna efficiency and radiation pattern.