Low-cost ultra wideband LTE antenna
An antenna system capable of operating among all LTE bands, and also capable of operation among all remote side cellular applications, such as GSM, AMPS, GPRS, CDMA, WCDMA, UMTS, and HSPA among others. The antenna provides a low cost alternative to active-tunable antennas suggested in the prior art for the same multi-platform objective.
1. A long-term evolution (LTE) antenna, comprising: a substrate having a length, a width, and a height comprising a front face, a top face, a rear face and a bottom face, and having a plurality of three-dimensional voids defined on the front face of the substrate and at least one rib between two adjacent three-dimensional voids; an upper-frequency portion comprising a high frequency element wherein the high frequency element further comprises a first vertical conductor plate with a first vertical conductor plate side positioned adjacent a first end of the substrate on a rear face opposite the front face of the substrate, a first connection element and a second conductive element extending from the first vertical conductor plate wherein the first connection element is positioned parallel to the second conductive element; and a low-frequency portion on the rear face.
2. The LTE antenna of claim 1 wherein the LTE antenna is switchless.
3. The LTE antenna of claim 1 further comprising a ground conductor positioned on the bottom surface of the substrate.
4. The LTE antenna of claim 1 further comprising a feed conductor positioned on the bottom surface of the substrate adjacent a portion of low frequency element.
5. The LTE antenna of claim 1 further comprising a bottom conductor plate positioned at a first side of the substrate adjacent at least a portion of a side of the upper-frequency portion.
6. The LTE antenna of claim 1 further comprising one or more pads positioned on the front side of the substrate.
7. The LTE antenna of claim 1 further comprising a first plate positioned on the top side of the substrate.
8. The LTE antenna of claim 7 further comprising a second plate positioned on the top side of the substrate.
9. The LTE antenna of claim 1 further comprising a second loop conductor positioned on the top side of the substrate and a third loop conductor positioned on the top side of the substrate.
10. The LTE antenna of claim 1 wherein the low-frequency portion further comprises a low frequency element wherein the low frequency element further comprises a low frequency element side positioned adjacent a second end of the substrate opposite the first end of the substrate on the rear face opposite the front face of the substrate, a second connection element extending from a second side of the low frequency element, and a second vertical conductor element separated from the second connection element by a rear gap.
11. A long-term evolution (LTE) antenna, comprising a substrate having a length, a width, and a height comprising a front face, a top face, a rear face and a bottom face, and having a plurality of three-dimensional voids on the front face of the substrate and at least one rib between two adjacent three-dimensional voids: an upper-frequency portion; and a low-frequency portion comprising a low frequency element wherein the low frequency element further comprises a low frequency element side positioned adjacent a second end of the substrate opposite a first end of the a second end of the substrate opposite a first end of the substrate on the rear face opposite the front face of the substrate, a second connection element extending from a second side of the low frequency element, and a second vertical conductor element separated from the second connection element by a rear gap.
12. The LTE antenna of claim 11 wherein the LTE antenna is switchless.
13. The LTE antenna of claim 11 further comprising a ground conductor positioned on the bottom surface of the substrate.
14. The LTE antenna of claim 11 further comprising a feed conductor positioned on the bottom surface of the substrate adjacent a portion of low frequency element.
15. The LTE antenna of claim 11 further comprising a bottom conductor plate positioned at a first side of the substrate adjacent at least a portion of a side of the upper-frequency portion.
16. The LTE antenna of claim 11 further comprising one or more pads positioned on the front side of the substrate.
17. The LTE antenna of claim 11 further comprising a first plate positioned on the top side of the substrate.
18. The LTE antenna of claim 17 further comprising a second plate positioned on the top side of the substrate.
19. The LTE antenna of claim 11 further comprising a second loop conductor positioned on the top side of the substrate and a third loop conductor positioned on the top side of the substrate.
20. The LTE antenna of claim 11 further comprising an upper-frequency portion comprising a high frequency element wherein the high frequency element further comprises a first vertical conductor plate with a first vertical conductor plate side positioned adjacent a first end of the substrate on a rear face opposite the front face of the substrate, a first connection element and a second conductive element extending from the first vertical conductor plate wherein the first connection element is positioned parallel the second conductive element.