TG.08.0723 [TAOGLAS]
Cellular and GPS/GLONASS/GALILEO/BEIDOU Hinged Fakra Connector Mount Antenna;
| 型号： | TG.08.0723 |
| 厂家： | 
Taoglas |
| 描述： | Cellular and GPS/GLONASS/GALILEO/BEIDOU Hinged Fakra Connector Mount Antenna 全球定位系统 |
| 文件： | 总70页 (文件大小：8149K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
Specification
Part No.
:
:
TG.08.0723
Product Name
Cellular and GPS/GLONASS/GALILEO/BEIDOU
Hinged Fakra Connector Mount Antenna
Features
:
Compact Passive Monopole Antenna
High Efficiencies at Cellular and GNSS frequencies
Fits in places other antennas just don’t
360° rotatable with durable brass hinge
Compatible with:
- 2G (GSM / DCS / PCS)
- 3G (CDMA / WCDMA / UMTS / HSPA)
- 4G (LTE)
- GNSS (GPS / GLONASS / GALILEO/ BEIDOU)
Fakra Code D Bordeaux Violet SMB(F) Connector
Length: 79.5mm
ROHS Compliant
SPE-18-8-018/A/AW
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1. Introduction
The compact TG.08 with hinged rotatable Fakra Code D connector is a monopole
antenna for automotive telematics applications that provides wide coverage among
cellular and GNSS frequencies and offers impressively high efficiencies. It fits in
crowded device environments.
It’s robust brass hinge enables TG.08 to be oriented in all directions, allowing users to
maximize performance with minimum effort. The Fakra connector gives additional
mechanical robustness over a traditional SMA connector since it locks securely with its
mate and will not come loose due to vibrations or impacts.
This 72mm long monopole antenna has good efficiency in the 700MHz to 2700MHz
range, covering the 2G/3G/4G bands, as well as GPS/GLONASS/BEIDOU. When
connected to a ground plane, it can achieve up to 75% efficiency at GPS and LTE
bands.
With its cellular and GNSS function, plus compact design, TG.08 is a great antenna for
routers, vehicle tracking devices, telematic devices, and remote monitoring systems.
It is also ideal for use in cellular modules with Assisted GPS functionality that can be
implemented in various devices.
As with all monopole antennas, TG.08 works best when connecting directly to the
ground-plane of the device main-board or to the device's metal enclosure. For
optimum radiation efficiency care should be taken to keep the radiating element of the
antenna as far away from metal as possible.
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2. Specification
Parameter
Straight Position
UMTS/
HSPA
1920~
2170
Band
700LTE
GSM
BEIDOU
GPS
1575.42
-2.64
54.45
1.88
GLONASS
DCS
PCS
2700LTE
703~
803
824~
960
1710~
1880
1850~
1990
2490~
2690
Frequency (MHz)
1561
-2.69
53.87
1.87
1602
-2.19
60.38
2.30
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
-7.08
19.93
-1.96
< -2
-3.34
46.55
1.82
-2.27
59.31
3.43
-2.36
58.12
3.55
-2.47
56.62
3.55
-4.08
39.81
3.62
In Free
Space
< -4
< -9
< -8
< -8
< -10
-2.74
53.30
2.99
< -8
< -5
< -3
-2.16
61.04
1.61
-2.40
57.99
1.55
-2.01
63.01
2.00
-1.92
64.29
2.04
-1.67
68.15
2.20
-2.42
57.34
3.95
-2.37
58.00
4.72
-6.30
23.88
0.54
With
15x9cm
Ground
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
< -8
< -5
< -10
-1.06
78.34
4.27
< -10
-1.19
75.97
4.18
< -10
-1.15
76.77
4.37
< -6
< -6
< -7
< -2
-1.76
67.10
2.09
-1.80
66.26
1.35
-1.66
68.30
3.48
-1.22
75.58
3.70
-1.19
76.02
4.28
-4.03
40.15
3.65
On
30x30cm
Ground
Metal
Edge
< -8
< -6
< -10
-3.43
45.36
1.47
< -10
-3.37
46.07
1.50
< -10
-3.35
46.20
1.43
< -9
< -10
-2.95
50.82
1.76
< -10
-2.66
54.33
2.68
< -4
-3.49
46.33
1.37
-1.98
63.95
2.52
-3.34
46.41
1.17
-2.44
57.42
3.40
On
30x30cm
Ground
Metal
Center
Return Loss
(dB)
< -3
< -4
< -6
< -5
< -5
< -3
< -3
< -4
< -6
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Bent Position
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
-7.45
18.25
-2.75
< -2
-3.54
44.69
1.68
-2.56
55.42
2.17
-2.54
-2.14
61.13
2.57
-2.30
58.87
3.28
-2.42
57.24
3.41
-2.57
55.32
3.41
-4.29
37.76
3.26
55.66
2.19
In Free
Space
< -4
< -8
< -7
< -7
< -10
-2.62
54.71
3.05
< -8
< -4
< -3
-2.52
56.59
1.47
-2.01
63.28
1.55
-2.10
61.62
2.40
-1.97
63.50
2.44
-1.68
67.92
2.62
-2.34
58.37
4.04
-2.31
58.73
4.67
-6.36
23.51
0.35
With
15x9cm
Ground
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
Return Loss
(dB)
Average
Gain (dBi)
Efficiency
(%)
Peak Gain
(dBi)
< -5
< -7
< -10
-1.06
78.32
3.94
< -10
-1.21
75.76
3.81
< -10
-1.14
76.86
3.87
< -7
< -7
< -8
< -2
-2.22
61.30
2.46
-1.43
72.15
2.50
-1.65
68.38
3.04
-1.24
75.28
3.97
-1.22
75.55
4.44
-3.29
47.63
4.37
On
30x30cm
Ground
Metal
Edge
< -6
< -7
< -10
-2.28
59.19
2.03
< -10
-2.34
58.34
1.93
< -10
-2.44
56.99
1.79
< -9
< -10
-2.82
52.34
1.87
< -10
-2.61
54.95
2.69
< -4
-6.65
23.10
-0.80
< -1
-3.06
49.79
1.78
-3.00
50.15
1.56
-2.71
54.27
3.30
On
30x30cm
Ground
Metal
Center
Return Loss
(dB)
< -4
< -9
< -8
< -7
< -4
< -4
< -4
< -8
Radiation
Omni-directional
Linear
Polarization
Impedance
Input Power
50 Ω
10W
MECHANICAL
Antenna length
Antenna Diameter
Casing
79.5mm
5mm
POM
Connector
Fakra Code D
8.5g
Weight
ENVIRONMENTAL
Operation Temperature
Storage Temperature
Humidity
-40°C ~ + 85°C
-40°C ~ + 85°C
Non-condensing 65°C 95% RH
SPE-18-8-018/A/AW
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1. Antenna Characteristics
3.1 Testing setup
Straight Antenna Position
A) In free space
B) With 15*9cm
D) With 30*30cm ground
metal center
C) With 30*30cm ground
metal edge
ground
Bent Antenna Position
A) In free space
B) With 15*9cm ground
C) With 30*30cm ground
metal edge
D) With 30*30cm ground
metal center
Figure 1. Measurement Environments
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Return Loss
Figure 2. Return Loss of TG.08 antenna in straight position
Figure 3. Return loss of TG.08 antenna in bent position
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Efficiency
Figure 4. Efficiency of TG.08 antenna in straight position
Figure 5. Efficiency of TG.08 antenna in bent position
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Peak Gain
Figure 6. Peak gain of TG.08 antenna in straight position
Figure 7. Peak gain of TG.08 antenna in bent position
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Average Gain
Figure 8. Average gain of TG.08 in straight position
Figure 9. Average gain of TG.08 antenna in bent position
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2. Antenna Radiation Patterns
The antenna radiation patterns were measured in a CTIA certified ETS Anechoic
Chamber. The measurement setups are shown below.
Antenna with Straight Position
Y
Y
X
X
Z
Z
In free space
With 15x9cm ground plane
Y
Y
X
Z
X
Z
On 30x30cm metal ground edge
On 30x30cm metal ground center
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Antenna Bent Position
Y
Y
X
Z
X
Z
In free space
With 15x9cm ground plane
Y
Y
X
X
Z
Z
On 30x30cm metal ground edge
On 30x30cm metal ground center
Figure 10. Testing Setup in ETS Anechoic Chamber
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2D Radiation Pattern
(Straight Position in Free Space)
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
XZ Plane
Z
X
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XZ Plane
XZ Plane
YZ Plane
Z
X
Z
X
Z
Y
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YZ Plane
Z
Y
YZ Plane
Z
Y
YZ Plane
Z
Y
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2D Radiation Pattern
(Straight Position with 15x9cm Ground)
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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X
XY Plane
Y
XZ Plane
Z
X
XZ Plane
Z
X
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Z
XZ Plane
X
XZ Plane
Z
X
YZ Plane
Z
Y
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Z
YZ Plane
Y
YZ Plane
Z
Y
Z
YZ Plane
Y
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2D Radiation Pattern
(Straight Position with 30x30cm Metal Ground Edge)
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
XZ Plane
Z
X
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XZ Plane
Z
X
XZ Plane
Z
X
YZ Plane
Z
Y
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YZ Plane
Z
Y
YZ Plane
Z
Y
YZ Plane
Z
Y
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2D Radiation Pattern
(Straight Position with 30x30cm Metal Ground Center)
X
XY Plane
Y
X
XY Plane
Y
X
XY Plane
Y
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X
XY Plane
Y
Z
XZ Plane
X
XZ Plane
Z
X
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Z
XZ Plane
X
XZ Plane
Z
X
YZ Plane
Z
Y
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YZ Plane
Z
Y
Z
YZ Plane
Y
YZ Plane
Z
Y
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2D Radiation Pattern
(Bent Position in Free Space)
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
XZ Plane
Z
X
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XZ Plane
Z
X
XZ Plane
Z
X
YZ Plane
Z
Y
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Z
Z
Z
YZ Plane
Y
YZ Plane
Y
YZ Plane
Y
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2D Radiation Pattern
(Bent Position with 15x9cm Ground )
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
XZ Plane
Z
X
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XZ Plane
Z
X
XZ Plane
Z
X
YZ Plane
Z
Y
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YZ Plane
Z
Y
YZ Plane
Z
Y
YZ Plane
Z
Y
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2D Radiation Pattern
(Bent Position with 30x30cm Metal Ground Edge)
XY Plane
X
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
XZ Plane
Z
X
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XZ Plane
Z
X
XZ Plane
Z
X
Z
YZ Plane
Y
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YZ Plane
Z
Y
YZ Plane
Z
Y
Z
YZ Plane
Y
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2D Radiation Pattern
(Bent Position with 30*30cm Metal Ground Center )
X
XY Plane
Y
XY Plane
X
Y
XY Plane
X
Y
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XY Plane
X
Y
XZ Plane
Z
X
Z
XZ Plane
X
Z
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XZ Plane
X
XZ Plane
Z
X
YZ Plane
Z
Y
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YZ Plane
Z
Y
YZ Plane
Z
Y
YZ Plane
Z
Y
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3D Radiation Pattern
(Straight Position in Free Space)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Straight Position with 15x9cm Ground)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Straight Position with 30x30cm Metal Ground Edge)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Straight Position with 30x30cm Metal Ground Center)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Bent Position with in Free Space)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Bent Position with 15x9cm Ground)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Bent Position with 30x30cm Metal Ground Edge)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3D Radiation Pattern
(Bent Position with 30x30cm Metal Ground Center)
704MHz
824MHz
960MHz
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1561MHz
1575.42MHz
1602MHz
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1710MHz
2170MHz
2690MHz
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3. Mechanical Drawing
(Unit:mm)
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4. Packaging
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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.
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