FXUB66070150C [TAOGLAS]
Maximus Flexible Ultra Wide Band Antenna 700-6000MHz;
| 型号： | FXUB66070150C |
| 厂家： | 
Taoglas |
| 描述： | Maximus Flexible Ultra Wide Band Antenna 700-6000MHz |
| 文件： | 总13页 (文件大小：1195K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
SPECIFICATION
PATENT GRANTED
Part No
:
FXUB66.07.0150C
Product Name :
Maximus
Flexible Ultra Wide Band Antenna 700-6000MHz
Features
:
Ground Plane Independent
700-6000MHz
5 dBi Peak Gain
Efficiencies above 60% on all cellular 4G/3G/2G
bands
120.4x50.4x0.2 mm size
IPEX MHF (U.FL Compatible) Connector
RoHS Compliant
SPE-12-8-040/G/RC
Page 1 of 13
US Patent #9257747
1. Introduction
The patent pending Maximus FXUB66 flexible ultra wideband antenna has been
designed to cover all working frequencies in the 700-6000 MHz spectrum, including all
Cellular, Wi-Fi, ISM and GNSS bands. Its use in a device improves substantially the
radiated power and sensitivity, and enables the highest throughput rates of today's
broadband devices.
The antenna is delivered with a flexible body with ground breaking high efficiencies on
all bands, ground-plane independent, with a cable and connector for easy installation.
It is made of durable flexible polymer, with a peak gain of 5dBi, an efficiency of more
than 60% across all cellular bands and is designed to be mounted directly onto a
plastic or glass enclosure / cover.
At 120.4x50.4x.2mm, the antenna is ultra thin. It is assembled by a simple “peel and
stick” process, attaching securely to non-metal surfaces via 3M adhesive. It enables
designers to use only one antenna that covers all frequencies and future proofs device
design for LTE and 4G globally. It is also the ideal antenna to fit in devices that are
being retrofitted with wireless functionality, as it will cover non cellular applications
such as 868, 915MHz or Zigbee applications. It's inherently wide bandwidth is more
resistant to detuning than traditional small but narrow-band legacy antennas.
The Maximus antenna has a unique hybrid design. Within one antenna structure the
electromagnetic waves travel in two predominant propagation modes - one for lower
frequencies, (e.g. LTE at 700 MHz) and the other for higher 4G and Wi-Fi frequencies
up to 6GHz.
It is an ideal choice for any device maker that needs to keep manufacturing costs down
over the lifetime of a product, as the same antenna can be used if the radio module is
upgraded to work on a different frequency band.
Cables and Connectors are customizable.
SPE-12-8-040/G/RC
Page 2 of 13
US Patent #9257747
2. Specification
ELECTRICAL
700/850/
1700/1800/
Band
1400
MIL
1575
GPS
2100
2400
2600
LTE
3500
LTE
5000
900
LTE/GSM/
CDMA
1900
LTE/GSM/
CDMA
UMTS/HSP
A
Standard
ISM/WIFI
ISM/WIFI
698-960
MHz
1390-1435
MHz
1575.42
MHz
1710-1990
MHz
1755-2170
MHz
2400-2500
MHz
2500-2700
MHz
3400-3600
MHz
4800-6000
MHz
Frequency
Polarization
Impedance
Max VSWR
Linear
50 Ohms
3.3:1
3.5:1
-5dB
3.5:1
-5dB
1.1:1
-20dB
5dBi
3.0:1
-6dB
5dBi
78%
-1dB
2.2:1
-7dB
2.0:1
-10dB
3.8dBi
75%
2.2:1
-7dB
3.0:1
-6dB
Max Return
Loss
-5.5dB
Peak Gain
Efficiency
2.7dBi
80%
3.8dBi
55%
5dBi
3.5dBi
75%
6.4dBi
85%
5.5dBi
60%
75%
65%
Average Gain
-0.97dB
-2.6dB
-1.1dB
-1.8dB
-1.1dB
-1.1dB
-0.7dB
-2dB
Radiation
Properties
Max Input
Power
Omni-directional
5W
*Antenna measured on 2mm ABS plastic plate.
MECHANICAL
Dimensions (mm)
Material
120.4x50.4x0.2 mm
Flexible Polymer
Connector and Cable
U.FL and 1.37 mm mini coax
ENVIRONMENTAL
Operation Temperature
Storage Temperature
Relative Humidity
-40°C to 85°C
-40°C to 85°C
40% to 95%
Yes
RoHs Compliant
SPE-12-8-040/G/RC
Page 3 of 13
US Patent #9257747
LTE BANDS
Band Number
LTE / LTE-Advanced / WCDMA / HSPA / HSPA+ / TD-SCDMA
Uplink
UL: 1920 to 1980
UL: 1850 to 1910
UL: 1710 to 1785
UL: 1710 to 1755
UL: 824 to 849
UL: 2500 to 2570
UL: 880 to 915
UL: 1749.9 to 1784.9
UL: 1427.9 to 1447.9
UL: 699 to 716
UL: 777 to 787
UL: 788 to 798
UL: 704 to 716
UL: 815 to 830
UL: 830 to 845
UL: 832 to 862
UL: 1447.9 to 1462.9
UL: 3410 to 3490
UL:2000 to 2020
UL:1625.5 to 1660.5
UL: 1850 to 1915
UL: 814 to 849
UL: 807 to 824
UL: 703 to 748
UL: -
Downlink
Covered
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
✓
1
DL: 2110 to 2170
2
DL: 1930 to 1990
3
DL: 1805 to 1880
4
DL: 2110 to 2155
5
DL: 869 to 894
7
DL:2620 to 2690
8
DL: 925 to 960
9
DL: 1844.9 to 1879.9
DL: 1475.9 to 1495.9
DL: 729 to 746
11
12
13
14
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
35
38
39
40
41
42
43
DL: 746 to 756
DL: 758 to 768
DL: 734 to 746 (LTE only)
DL: 860 to 875 (LET only)
DL: 875 to 890
DL: 791 to 821
DL: 1495.9 to 1510.9
DL: 3510 to 3590
DL: 2180 to 2200 (LTE only)
DL: 1525 to 1559 (LTE only)
DL: 1930 to 1995
DL: 859 to 894
DL: 852 to 869 (LTE only)
DL: 758 to 803 (LTE only)
DL: 717 to 728 (LTE only)
DL: 2350 to 2360 (LTE only)
DL: 462.5 to 467.5 (LTE only)
DL: 1452 - 1496
UL: 2305 to 2315
UL: 452.5 to 457.5
UL: -
✓
✓
✓
✓
✓
✓
✓
✓
1850 to 1910
2570 to 2620
1880 to 1920
2300 to 2400
2496 to 2690
3400 to 3600
3600 to 3800
*Covered bands represent an efficiency greater than 20%
SPE-12-8-040/G/RC
Page 4 of 13
US Patent #9257747
3. Test Setup
Figure 1. Impedance measurements (left hand) and peak gain, average gain, efficiency and
radiation pattern measurements (right hand).
4. Antenna Parameters
4.1. Return Loss
Figure 2. Return loss of FXUB66 UWB Antenna.
SPE-12-8-040/G/RC
Page 5 of 13
US Patent #9257747
4.2. VSWR
Figure 3. VSWR of FXUB66 UWB Antenna.
4.3. Efficiency
Figure 4. Efficiency of FXUB66 UWB Antenna.
SPE-12-8-040/G/RC
Page 6 of 13
US Patent #9257747
4.4. Peak Gain
Figure 5. Peak Gain of FXUB66 UWB Antenna.
4.5. Average Gain
Figure 6. Average Gain of FXUB66 UWB Antenna.
SPE-12-8-040/G/RC
Page 7 of 13
US Patent #9257747
4.6. Radiation Pattern
Figure 7. Radiation Pattern at 750 MHz of FXUB66
UWB Antenna.
Figure 8. Radiation Pattern at 850 MHz of FXUB66
UWB Antenna.
Figure 9. Radiation Pattern at 925 MHz of FXUB66
UWB Antenna.
Figure 10. Radiation Pattern at 1400 MHz of FXUB66
UWB Antenna.
Figure 11. Radiation Pattern at 1575 MHz of FXUB66
UWB Antenna.
Figure 12. Radiation Pattern at 1750 MHz of FXUB66
UWB Antenna.
SPE-12-8-040/G/RC
Page 8 of 13
US Patent #9257747
Figure 13. Radiation Pattern at 1850 MHz of FXUB66
UWB Antenna.
Figure 14. Radiation Pattern at 1950 MHz of FXUB66
UWB Antenna.
Figure 15. Radiation Pattern at 2100 MHz of FXUB66
UWB Antenna.
Figure 16. Radiation Pattern at 2450 MHz of FXUB66
UWB Antenna.
Figure 17. Radiation Pattern at 2600 MHz of FXUB66
UWB Antenna.
Figure 18. Radiation Pattern at 3600 MHz of FXUB66
UWB Antenna.
SPE-12-8-040/G/RC
Page 9 of 13
US Patent #9257747
Figure 19. Radiation Pattern at 5500 MHz of FXUB66 UWB Antenna.
SPE-12-8-040/G/RC
Page 10 of 13
US Patent #9257747
5. Mechanical Drawing
Figure 20. Mechanical drawing of FXUB66 UWB Antenna.
SPE-12-8-040/G/RC
Page 11 of 13
US Patent #9257747
6. Packaging
SPE-12-8-040/G/RC
Page 12 of 13
US Patent #9257747
Taoglas makes no warranties based on the accuracy or completeness of the contents of this document and
reserves the right to make changes to specifications and product descriptions at any time without notice.
Taoglas reserves all rights to this document and the information contained herein.
Reproduction, use or disclosure to third parties without express permission is strictly prohibited.
Copyright © Taoglas Ltd.
SPE-12-8-040/G/RC
Page 13 of 13
US Patent #9257747
相关型号：
FXUB68.07.0180C_17
Minima Embedded Flexible 4G LTE Wide Band Antenna 700-960MHz, 1700-2700MHz
TAOGLAS
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