thanks for answer,can you tell me any book which have some material on crossed bow tie dipole or any paper that deals with it?and one thing does in crossed bow tie diffraction of waves at edges of antenna is reason of radiation like bow tie? also if i have to use it for linear polarized wave detection then i should not take care about to make it cp?
thanks for answer,can you tell me any book which have some material on crossed bow tie dipole or any paper that deals with it?and one thing does in crossed bow tie diffraction of waves at edges of antenna is reason of radiation like bow tie? also if i have to use it for linear polarized wave detection then i should not take care about to make it cp?
Please try Google for books and papers, I do not recall a specific one.
If you need to detect a linearly polarized wave, one dipole or bowtie dipole is enough, if you know the plane of polarization. If you do not, the crossed dipoles with two detectors / receivers can detect any wave, and from intensity/power you can decide which polarization prevails.
Please try Google for books and papers, I do not recall a specific one.
If you need to detect a linearly polarized wave, one dipole or bowtie dipole is enough, if you know the plane of polarization. If you do not, the crossed dipoles with two detectors / receivers can detect any wave, and from intensity/power you can decide which polarization prevails.
Yes, the pattern is similar to the half-wave dipole. Thick and bow-tie dipoles are sometimes preferred for a wider bandwidth where their feed impedance does not vary too much.