PC29090100A [ETC]
Cellular 850/900/1800/1900 & UMTS/WCDMA(3G) 2100 MHz 80mm*30mm PCB Antenna; 蜂窝850/900/1800/1900和UMTS / WCDMA （ 3G ） 2100 MHz的80毫米* 30毫米PCB天线
| 型号： | PC29090100A |
| 厂家： | 
ETC |
| 描述： | Cellular 850/900/1800/1900 & UMTS/WCDMA(3G) 2100 MHz 80mm*30mm PCB Antenna |
| 文件： | 总13页 (文件大小：917K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
SPECIFICATION
Part No.
:
:
PC29.09.0100A
Product Name
TheStripe™ Penta-band
Cellular 850/900/1800/1900 & UMTS/WCDMA(3G) 2100 MHz
80mm*30mm PCB Antenna
Features
Photo
:
:
100mm long, 1.13 mm diameter
Miniature Co-axial Cable MMCX(M)RA
Average Efficiency 62%
Tested in Freespace
ROHS Compliant
SPE-11-8-045/B
05-August-2011
Page 1 of 13
1.0Introduction
This high performance, low profile, PCB antenna is based on smart TheStripe™ antenna
technology. It consists of a PCB antenna and mini coaxial cable. The product is a high gain
Penta-band 850/900/1800/1900/2100 antenna suitable for worldwide GSM, UMTS and
WCDMA applications. It’s high efficiency (62% average) makes it an ideal choice to pass
telecom operator’s testing approvals. The product should be tested in freespace conditions
connected to the client’s cellular device.
Further optimization can be done upon receipt of the client’s device at a local Taoglas facility.
2.0 Key Antenna Performance Indicators
3.1 Communication System
3.2 Frequency Band
3.3 VSWR
AMPS
850 MHz
1.58
GSM
DCS
PCS
UMTS/WCDMA
2100 MHz
1.37
900 MHz 1800 MHz 1900 MHz
1.78
1.51
1.38
3.4 Return Loss
3.5 Efficiency
-12.96
-11.00
72.98 %
1.2 dBi
-13.79
-15.81
-16.11
56.84 %
0.01 dBi
-2.45 dB
63.52 %
2.66 dBi
55.79 %
1.25 dBi
-2.53 dB
63.25 %
1.43 dBi
-1.99 dB
3.6 Peak Gain
3.7 Average Gain
3.8 Impedance
- 1.37 dB - 1.97 dB
50 Ohm
3.9 Radiation Pattern
3.10 Polarization
Omni-directional
Horizontal
SPE-11-8-045/B
05-August-2011
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3.0 Mechanical Specifications
3.1 Dimensions and Drawing
3.2 Cable and Connector
RF Coaxial Cable ψ1.13 ± 0.1mm
L = 100 mm
3.2.1 RF Cable
Gray Colour
3.2.1 RF Connector
MMCX(M)RA
SPE-11-8-045/B
05-August-2011
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4.0 Antenna Placement
Antenna designed to for testing when connected outside the client’s device and placed in
freespace conditions, for example on plastic foam block. Final product can use pre-applied
double sided adhesive tape, slot or screwmount
SPE-11-8-045/B
05-August-2011
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5.0 Antenna Electrical Characteristics
5.1
Return Loss
SPE-11-8-045/B
05-August-2011
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6.0 Environmental Conditions and Reliability
6.1 Environmental Conditions
2.1.1 Operation Temperature
2.1.2 Storage Temperature
2.1.3 Relative Humidity
-40°C to + 85°C
-40°C to + 95°C
40% to 95%
6.2 Reliability
Test Items
Procedure
Requirement
Starting at -40 for 30minutes and then cycled to +85
to remain 30minutes (a complete cycle).
To repeat 5 complete cycles.
1.
1.
The value of return loss must be within
product specifications after this test.
Thermal Shock
2.
No physical deformation should be evident.
(Refer to IEC 68-2-14 Method Na)
Storage
Temperature
(Cold)
Samples must be put into -30°C chamber for 72
hours and samples shall be powered during test.
(Refer to IEC 68-2-1 Method Aa)
The value of return loss must be within
product specifications after this test.
2. No physical deformation should be evident.
Storage
Temperature
(Dry Heat)
Samples must be put into +75°C chamber for 72
hours and samples shall be powered during test.
(Refer to IEC 68-2-1 Method Ba)
1. The value of return loss must be within
product specifications after this test.
2. No physical deformation should be evident.
Operating
Temperature
(Cold)
Samples must be put into -20°C chamber for 2
hours and samples shall be powered during test.
(Refer to IEC 68-2-1 Method Aa)
1. The value of return loss must met specification
during test/after test
2. No mechanical defects after test.
Operating
Temperature
(Dry Heat)
Samples must be put into +65°C chamber for 72
hours and samples shall be powered during test.
(Refer to IEC 68-2-1 Method Ba)
1. The value of return loss must met specification
during test/after test
2. no mechanical defects after test.
SPE-11-8-045/B
05-August-2011
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7.0 Antenna Test Procedures and Setup
7.1 Test Procedure for VSWR/Return Loss
7.1.1
7.1.2
STEP 1 Route Cable in Correct Position
STEP 2 Connect Antenna to Module
Connect feed-line to network analyze
7.1.3
7.1.4
STEP 3 - Assemble Antenna in Correct Position
STEP 4 - Assemble Housing
7.2 3D Radiation Pattern Testing
7.2.1 Test Setup Diagram
SPE-11-8-045/B
05-August-2011
Page 7 of 13
7.2.2 3D Radiation Patterns
850 MHz
SPE-11-8-045/B
05-August-2011
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900 MHz
SPE-11-8-045/B
05-August-2011
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1800 MHz
SPE-11-8-045/B
05-August-2011
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1900 MHz
SPE-11-8-045/B
05-August-2011
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2100 MHz
SPE-11-8-045/B
05-August-2011
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7.2.3
3D CHAMBER TESTING – TABULAR RESULTS
SPE-11-8-045/B
05-August-2011
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