LHCP UWB Patch Antenna

[Admin 2724]

There are two types of antennas, RHCP, and the LHCP. Don’t be overwhelmed, it’s easy, we’ve outlined the basics below.

RHCP antennas are known in full as Right Hand Circular Polarized antennas. LHCP antennas are known in full as Left Hand Circular Polarized antennas. Sometimes, they are both known simply as Circular Polarized (CP) antennas. Due to its polarized nature, this type of antenna will reduce any radio interference by a process known as multipathing. This blocks out unwanted radio signals and can give a much cleaner signal.

For which below I was looking to do a simulation of the antenna after the Iulian Rosu site   ... ???

https://qsl.net/va3iul/Antenna/Printed_and_Microstrip_Antennas/Design_Ideas_for_Printed_and_Microstrip_Antennas.htm

[Admin 2724]

,,,another form of feeding patch...

 

[Jayakumaran S 7]

On 3/9/2019 at 2:26 PM, Admin said:

There are two types of antennas, RHCP, and the LHCP. Don’t be overwhelmed, it’s easy, we’ve outlined the basics below.

RHCP antennas are known in full as Right Hand Circular Polarized antennas. LHCP antennas are known in full as Left Hand Circular Polarized antennas. Sometimes, they are both known simply as Circular Polarized (CP) antennas. Due to its polarized nature, this type of antenna will reduce any radio interference by a process known as multipathing. This blocks out unwanted radio signals and can give a much cleaner signal.

Sir, how can we identify whether an antenna is circularly, vertically, or horizontally polarized? Is there any specific parameter in CST that indicates this polarization type?

[Admin 2724]

Go to template based post processing and select far field from there and then go to results and calculate electric field for theta and phi and find the phase difference which actually gives the polarization whether linear, circular or elliptical.

[clanon 287]

1 hour ago, Jayakumaran S said:

Sir, how can we identify whether an antenna is circularly, vertically, or horizontally polarized? Is there any specific parameter in CST that indicates this polarization type?

Edited July 31 by clanon
wrong post

[Jayakumaran S 7]

19 hours ago, Admin said:

Go to template based post processing and select far field from there and then go to results and calculate electric field for theta and phi and find the phase difference which actually gives the polarization whether linear, circular or elliptical.

Thank you sir.

[Jayakumaran S 7]

21 hours ago, Admin said:

Go to template based post processing and select far field from there and then go to results and calculate electric field for theta and phi and find the phase difference which actually gives the polarization whether linear, circular or elliptical.

Could you please tell me which option to select in the image i attached? I tried, but I'm not sure if it's correct. If you have a video link or tutorial to find polarisation, that would be very helpful.