Difference between revisions of "Projects:2018s1-178 Creating microwave antennas with 3D printing"
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I. Introduction | I. Introduction | ||
| − | By replacing the metallic patch of a microstrip antenna with a high permittivity thin dielectric patch antenna (DD patch antenna), is proposed. This kind type of antenna is widely used in WIFI and other communication areas. In order to improve flexibility of production of this antenna, 3D printer is chosen to be used to produce it. | + | By replacing the metallic patch of a microstrip antenna with a high permittivity thin dielectric patch antenna (DD patch antenna), is proposed. This kind type of antenna is widely used in WIFI and other communication areas. In order to improve the flexibility of production of this antenna, the 3D printer is chosen to be used to produce it. |
I.I Project aims and motivations | I.I Project aims and motivations | ||
| − | Designing a kind of DD patch antenna to achieve the processing condition of 3D printing and then use 3D printing to print the DD patch and substrate1.After that, I need to measure this antenna and compare with simulation result.As for the performance of antenna, resonant frequency should be in 4GHz, 4GHZ,broadside rotation, strong main lobe and low side lobe. | + | Designing a kind of DD patch antenna to achieve the processing condition of 3D printing and then use 3D printing to print the DD patch and substrate1. After that, I need to measure this antenna and compare with the simulation result. As for the performance of the antenna, resonant frequency should be in 4GHz, 4GHZ, broadside rotation, strong main lobe and low side lobe. |
II. Literature review | II. Literature review | ||
Revision as of 22:23, 19 August 2018
I. Introduction By replacing the metallic patch of a microstrip antenna with a high permittivity thin dielectric patch antenna (DD patch antenna), is proposed. This kind type of antenna is widely used in WIFI and other communication areas. In order to improve the flexibility of production of this antenna, the 3D printer is chosen to be used to produce it.
I.I Project aims and motivations
Designing a kind of DD patch antenna to achieve the processing condition of 3D printing and then use 3D printing to print the DD patch and substrate1. After that, I need to measure this antenna and compare with the simulation result. As for the performance of the antenna, resonant frequency should be in 4GHz, 4GHZ, broadside rotation, strong main lobe and low side lobe.
II. Literature review
III. The process of project
IV. Members
project team: Danqi Zheng
Supervisor:Withawat Withayachumnankul Christophe Fumeaux
