Stacked patch antenna
View Patent ↗A stacked antenna, comprising a lower path which may include a coplanar microstrip capable of feeding and stacked antenna and an upper patch which may include at least one slot-like part thereon, wherein the at least one lower patch may be coupled to the upper patch. The lower patch may further include at least one strip-like part formed by at least one hole in the lower patch and the coupling may be accomplished between the lower patch and the upper patch by the at least one strip-like part of the lower patch at least partially crossing over or partially crossing.
1. A stacked antenna, comprising:
a lower patch including a coplanar microstrip capable of feeding said stacked antenna and at least one strip part formed by at least one hole in said lower patch, and wherein said lower patch further includes at least one slot part formed by at least one notch in said lower patch; and
an upper patch including at least one slot part thereon, wherein said at least one lower patch is coupled to said upper patch.
2. The stacked antenna of claim 1 , wherein said coupling is accomplished between said lower patch and said upper patch by said at least one strip part of said lower patch at least partially crossing over or partially crossing under said at least one slot part of said upper patch.
3. The stacked antenna of claim 1 , further comprising at least one additional patch, said at least one additional patch includes at least one slot part thereon if said at least one additional patch is adjacent to a patch that contains at least one strip part or at least one strip part if said at least one additional patch is adjacent to a patch with at least one slot part thereon.
4. The stacked antenna of claim 1 , wherein said lower patch is a rectangular patch with at least one rectangular hole.
5. The stacked antenna of claim 1 , wherein said coupling is accomplished between said lower patch and said upper patch by said at least one slot part of said lower patch at least partially crossing over or partially crossing under said at least one strip part of said second patch.
6. The stacked antenna of claim 1 , further comprising at least one additional patch, said at least one additional patch includes at least one slot part thereon if said at least one additional patch is adjacent to a patch that contains at least one strip part or at least one strip part if said at least one additional patch is adjacent to a patch with at least one slot part thereon.
7. The stacked antenna of claim 1 , wherein said lower patch is a rectangular patch with at least one rectangular slot.
8. A stacked antenna, comprising:
a lower patch including a non-coplanar microstrip capable of feeding said stacked antenna, wherein said lower patch further includes at least one slot part formed by at least one notch in said lower patch; and
an upper patch including at least one strip part thereon, wherein said at least one lower patch is coupled to said upper patch.
9. An antenna comprising:
a lower patch including a coplanar microstrip capable of feeding said antenna, said lower patch capable of coupling with an upper patch that includes at least one slot part thereon and wherein said lower patch further includes at least one strip part formed by at least one hole in said lower patch, and at least one slot part formed by at least one notch in said lower patch.
10. The stacked antenna of claim 9 , wherein said capability to couple said lower patch and said upper patch is accomplished by said at least one strip part of said lower patch at least partially crossing over or partially crossing under said at least one slot part of said upper patch.
11. A method of providing input for a patch antenna, comprising:
feeding said patch antenna via a coplanar microstrip, said patch antenna comprising:
a lower patch including said coplanar microstrip, wherein said lower patch further includes at least one strip part formed by at least one hole in said lower patch and at least one slot part formed by at least one notch in said lower part; and
an upper patch including at least one slot part thereon, wherein said at least one lower patch is coupled to said upper patch.
12. The method of claim 11 , wherein said coupling is accomplished between said lower patch and said upper patch by said at least one strip part of said lower patch at least partially crossing over or partially crossing under said at least one slot part of said upper patch.
13. The method of claim 11 , further comprising providing at least one additional patch, said at least one additional patch includes at least one slot part thereon if said at least one additional patch is adjacent to a patch that contains at least one strip part or at least one strip part if said at least one additional patch is adjacent to a patch with at least one slot part thereon.
14. A method of providing input for a patch antenna, comprising:
feeding said patch antenna via a non-coplanar microstrip, said patch antenna comprising:
a lower patch including said non-coplanar microstrip, wherein said lower patch further includes at least one slot part formed by at least one notch in said lower patch; and
an upper patch including at least one strip part thereon, wherein said at least one lower patch is coupled to said upper patch.
15. The method of claim 14 , wherein said coupling is accomplished between said lower patch and said upper patch by said at least one slot part of said lower patch at least partially crossing over or partially crossing under said at least one strip part of said upper patch.
16. The method of claim 14 , further comprising providing at least one additional patch, said at least one additional patch includes at least one slot part thereon if said at least one additional patch is adjacent to a patch that contains at least one strip part or at least one strip part if said at least one additional patch is adjacent to a patch with at least one slot part thereon.