@TheKarthikganesan Though question. US is definitely the leader in Antenna development and PA technology, however most of the developments in this field are funded by the government and access is limited to foreigners. It all depends on where are you from and what you specific interest are.
This video is great. I found it particularly helpful in a simulation project I am in the process of conducting. I was wondering if there is a specific formula you have used to calculate the radiated power of your phased array. Please let me know if there is. Thank you.
This video is great, first off. I have a question: Is there a particular equation you use to find the radiated power of a two-dimensional phased array? I am trying to run a simulation and have the rest of the factors figured out.
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
@Iraqi0Ammar Array size 4 by 4. Spacing 2.4cm in X and 1.7cm in Y. Frequency 9.5GHz. This is purely array factor equation written on matlab. The antenna element pattern assumed was an isotropic radiator. No HFSS on this one.
Hi.. nice video.. Do u knw by any chance.. the best country and coll to specialize in Antennas and Signal processing combinedly??
TheKarthikganesan 1 month ago
@TheKarthikganesan Though question. US is definitely the leader in Antenna development and PA technology, however most of the developments in this field are funded by the government and access is limited to foreigners. It all depends on where are you from and what you specific interest are.
Mauricio567 1 month ago
That was awesome, i myself working on beamforming may have the code please?
MrShahvaizpasha 3 months ago
Mauricio,
This video is great. I found it particularly helpful in a simulation project I am in the process of conducting. I was wondering if there is a specific formula you have used to calculate the radiated power of your phased array. Please let me know if there is. Thank you.
jeffpontell 8 months ago
@jeffpontell @jeffpontell Thanks Jeff. I used AF factor equation from Balanis. Here I am plotting dB, which is a relative measure (not power)
If you need to calculate power radiated by your antenna array I suggest:
-Use the current of one element to calculate the electric field E(theta,phi) at a distance r.
-Use the field of one element and the array factor to calculate the Electric field of the array.
-Use ExH to calculate power
-Integrate over a sphere if you need total radiated power
Mauricio567 8 months ago
Hi Mauricio,
This video is great, first off. I have a question: Is there a particular equation you use to find the radiated power of a two-dimensional phased array? I am trying to run a simulation and have the rest of the factors figured out.
Thanks
jeffpontell 8 months ago
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
Thanks
Iraqi0Ammar 8 months ago
This has been flagged as spam show
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
Thanks
Iraqi0Ammar 8 months ago
hi, which software have u used and what was the array element that is used ? and what is the array size ? was it 4 X 5 or something else? which software was used to simulate? was it HFSS ?
Thanks
Iraqi0Ammar 8 months ago
@Iraqi0Ammar Array size 4 by 4. Spacing 2.4cm in X and 1.7cm in Y. Frequency 9.5GHz. This is purely array factor equation written on matlab. The antenna element pattern assumed was an isotropic radiator. No HFSS on this one.
Thanks,
Mauricio567 8 months ago
ouch! decrease your lattice spacing dude!
nosidetrips 9 months ago
This is very nice. Ouching horoshow!
maxdelbruck 1 year ago
Those are some fancy balloons you've got going there.
afxgrin 2 years ago
Sorry, which CAD package are you using?
yuzhangoscar 2 years ago
I am using Matlab and the Array factor equation assuming isotropic elements.
Mauricio567 2 years ago
Good job, dude
ygoldeng 3 years ago