Rectangular Microstrip Patch Antenna for 5G at the 38GHz band using HFSS.

Подписаться 165

Просмотров 10 тыс.

50% 1

In this tutorial, a simple rectangular microstrip patch antenna is designed for 5G Applications at 38GHz using HFSS. The antenna resonated at exactly 39.1875GHz The result has shown a large bandwidth of 3.14GHz (37.72GHz-40.86GHz), a low reflection coefficient of -28.44dB, and a VSWR value below 2 in the entire bandwidth of interest.
Similarly, you can watch my circular microstrip antenna here • Circular Microstrip an...
A H-shaped microstrip antenna can be found here • A H-shaped microstrip ...
Please don't forget to subscribe and tell me in the comment below what do you think about this design.

Опубликовано:

9 сен 2024

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист

Посмотреть позже

Комментарии : 40

@anishaa3557 Год назад

Sir..y am I not getting the exact value for length of the patch even after calculation

@gaurav_kumar_504 Год назад

Prof. Please share the link of research paper asap.

@lallaelfadel 2 года назад

Thanks Professor diallo

@rfengineering2022 2 года назад

Thank you for the supports

@ayushranjan7502 Год назад

Hey I am using hfss13.0 and I am unable to find the create open region option ,

@rfengineering2022 Год назад

If you cqnnot find it, you can create a radiation box manually by considering a distance of lamda/2 on both sides of the antenna

@faheemwani1996 Год назад

sir how to calculate length and width of the feedline and how i know impedance is matching

@rfengineering2022 Год назад

Hello, this paper may help you to find the dimensions of the feedline. www.researchgate.net/publication/305722465_A_New_Design_Formulae_for_Feed_Line_Dimensions_of_the_Rectangular_Microstrip_Patch_Antenna_by_using_Equivalent_Design_Concept You can know impedance matching by looking at the Voltage Standing Wave Ratio (VSWR) or the reflection coefficients. For instance, in mobile communications systems, if the VSWR is less than 2, there is impedance matching.

@elissawimedlemine7208 2 года назад

Thanks prof

@rfengineering2022 2 года назад

Thank you for the support

@user-xj3gt3oe1i Год назад

Hi, Can u provide the table of actual data of dimension, since you are saying that the dimensions have been optimized for proper resonance?

@KalluruSumanth-xo5ui Год назад

Study of different types of microstrip discontinuities like bend, t, via, gap etc., and find/measure its insertion loss. Is this possible to design in hfss software sir. Can you help me to solve this problem sir.

@anishaa3557 Год назад

Hello sir..i am doing this project using 22 version ...can it be done

@rfengineering2022 Год назад

Hi. It should work.

@anishaa3557 Год назад

How did u decide the patch position in the x axis as 0.8

@ecrn369 Год назад

Hello , i'm having a porblem with the port and i cant seleckt lumped port like you another page opens what should i do ?

@rfengineering2022 Год назад

Hey, you should change the solution type into terminal

@chinmayraspaile6659 Год назад

Hello Sir, can you provide more details on how to calculate the values? please.

@rfengineering2022 Год назад

The dimensions were calculated using rectangular microstrip Antenna formulae from C. Balanis book. However these formulas can’t give you the desired resonance frequencies. So you need to optimize the dimensions on HFSS using the optometric option.

@chinmayraspaile6659 Год назад

@@rfengineering2022 thank you

@preeyaljyotika 9 месяцев назад

Its stating boundary and excitation error

@nikhilmaliyan7774 Год назад

I am getting error regarding lumped port

@rfengineering2022 Год назад

Can you kindly give more details on the type of error it is giving you?

@nikhilmaliyan7774 Год назад

Problem solved thank you for responding

@souravkumar7650 2 года назад

Can you make same thing on iE3D software plz

@anishaa3557 Год назад

Sir..any array antenna video available

@ouafaeelalaouy8562 2 года назад

Thann you sir van you please make a video in which you explain how we can determine theta and phi to plot the elevation and horizontal plane and the gain

@rfengineering2022 2 года назад

Hey! your request is noted. I will upload it very soon.

@ouafaeelalaouy8562 2 года назад

@@rfengineering2022 thank you so much

@ouafaeelalaouy8562 2 года назад

@@rfengineering2022 please when do we use last adaptive and sweep

@rfengineering2022 2 года назад

@@ouafaeelalaouy8562 The last adaptive option allows us to plot a quantity (eg: VSWR, reflection coefficient, 2D gain) at a single frequency ( theoretical resonance frequency, 38GHz for this tutorial). The Sweep option on the other hand allows us to visualize a given parameter (eg: reflection coefficient) for all points within the range as defined in the frequency setup (This tutorial: 30GHz-45GHz).

@nomeshwarv2438 Год назад

Hii sir...can do a designing video for 15ghz microstrip patch antenna

@anishaa3557 Год назад

Sir please make a video on rectangular array antenna

@anishaa3557 Год назад

Sir..can it be built for circular microstrip patch antenna...if can.. could u pls send the values

@rfengineering2022 Год назад

Hi! You can design a microstrip antenna. You can check out this article for more details. www.researchgate.net/publication/365019471_A_miniaturized_dual-band_planar_antenna_with_a_square_ring_defected_ground_structure_for_5G_millimetre-wave_applications

@bukkevinodnaik3998 Год назад

How to calculate values (means the values you shown at start),give clear information

@rfengineering2022 Год назад

Thank you! You can find how to calculate the dimensions in the literature. I recommend that you read Balanis "Antenna Theory: Analysis and Design" forth edition. However, you will need to perform a parametric analysis to achieve the desired resonant frequency. You can also read this article for a circle Microstrip antenna. www.researchgate.net/publication/365019471_A_miniaturized_dual-band_planar_antenna_with_a_square_ring_defected_ground_structure_for_5G_millimetre-wave_applications