ANT24-1214PC MIMO antenna
Additional files
ANT24-1214PC_FWS_v4_20100316.pdfProduct Introduction
DATA SHEET
Model No. : | ANT24-1214PC |
Description : | 2.4~2.5 GHz DUAL POLARIZATION SECTOR ANTENNA |
Date : | 2010/03/16 |
Rev : | 4 |
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OVERVIEW & SPECIFICATIONS
Electrical Specifications:
Frequency Range : + 45˚ Polarization: 2.4~2.5 GHz
- 45˚ Polarization: 2.4~2.5 GHzVSWR : ≤ 2.0 Isolation : 20 dB (min.) Impedance : 50Ω ± 5Ω Gain : 12 dBi / 12 dBi Polarization : +45˚/ -45˚ Polarization Mechanical Specifications:
Connector : N Female Operation Temp. : -30℃ ~ +60℃ Material : Radome: ABS
Mount: Zinc Alloy & Alumimium AlloyDimension (L*W*H) : 520*130.6*70 mm Weight : 850 ± 20g (w/ mount) Color : Cool Gray 1C 3D Illustration
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TESTING CONDITION
- 2.1 TEST SETUP
VSWR measurement (S11): Use ROHDE & SCHWARZ ZV8 Network Analyzer with Harbour RG-142 coaxial cable: 1000mm length in free space. - 2.1.1 VSWR
The table as below summarizes concern about Return loss measurement according to The frequency band is based on FWS design. The detail be shown as appendix that is from ROHDE & SCHWARZ ZV8 Network Analyzer+ 45˚ Polarization : VSWR Performance Freq(MHz) 2400 2450 2500 Free space 1.4 1.01 1.55 - 45˚ Polarization : VSWR Performance Freq(MHz) 2400 2450 2500 Free space 1.41 1.08 1.47 - 2.1.2 ISOLATION MEASUREMENT
The isolation of the dual polarization antenna was measured by ROHDE & SCHWARZ ZV8 Network Analyzer. The way to measured isolation is connect output ports and the other ports mount with 50 ohm matches respectively. The table as below summarizes concern about isolation measurement according to The frequency band is based on FWS design.Isolation Performance Freq(MHz) 2400 2450 2500 Free space -21.94 -24.75 -22.84
- 2.1 TEST SETUP
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GAIN MEASUREMENT
- 3.1 TEST SETUP
The gain of the antenna was measured by FWS Chamber. The chamber provides less than –30 dB reflectivity from 800 MHz through 6 GHz and a 60cm diameter spherical quite zone. The measurement results are calibrated using both SCHWARZBECK horn standards. A decoupling sleeve is used to reduce feed line radiation - 3.2 TEST RESULT
The peak gain is picked up as table list from Network analyzer in Chamber room, the completely gain plots also be shown as appendix.+ 45˚ Polarization : Peak Gain (dBi) / Beam width( ˚ ) Freq(MHz) 2400 2450 2500 H PLANE 11.15/82.20˚ 13.03/81.20˚ 12.93/83.60˚ E PLANE 10.39/20.10˚ 12.58/19.90˚ 12.17/18.00˚ - 45˚ Polarization : Peak Gain (dBi) / Beam width( ˚ ) Freq(MHz) 2400 2450 2500 H PLANE 11.34/88.00˚ 12.69/89.00˚ 12.79/90.10˚ E PLANE 10.49/19.80˚ 12.99/20.90˚ 12.01/19.10˚
- 3.1 TEST SETUP
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APPENDIX
- 4.1 RETURN LOSS & VSWR
+ 45˚ Polarization:RETURN LOSS
SWR
- 45˚ Polarization :RETURN LOSS
SWR
- 4.2 ISOLATION
- 4.3 RADIATION PATTERN
+ 45˚ Polarization :H-PLANE
Center freq.(MHz):2400 Plane :H Plane Max gain(dBi) :11.15 Min gain(dBi) :-40.00 Avg gain(dBi) :5.50 -3dB1(°) :57.30 -3dB2(°) :-24.90 HPB(°) :82.20 Front (dB) :11.153 Back (dB) :-9.351 F B Ratio (dB) :20.504 Center freq.(MHz):2450 Plane :H Plane Max gain(dBi) :13.03 Min gain(dBi) :-32.45 Avg gain(dBi) :7.18 -3dB1(°) :59.40 -3dB2(°) :-21.80 HPB(°) :81.20 Front (dB) :13.034 Back (dB) ::-9.915 F B Ratio (dB) :22.950 Center freq.(MHz):2500 Plane :H Plane Max gain(dBi) :12.93 Min gain(dBi) :-31.66 Avg gain(dBi) :7.23 -3dB1(°) :61.90 -3dB2(°) :-21.70 HPB(°) :83.60 Front (dB) :12.925 Back (dB) :-7.344 F B Ratio (dB):20.269 E-PLANE
Center freq.(MHz):2400 Plane :E Plane Max gain(dBi) :10.39 Min gain(dBi) :-42.96 Avg gain(dBi) :0.11 -3dB1(°) :12.20 -3dB2(°) :-7.90 HPB(°) :20.10 Front (dB) :10.393 Back (dB) :-11.921 F B Ratio (dB) :22.314 Center freq.(MHz):2450 Plane :E Plane Max gain(dBi) :12.58 Min gain(dBi) :-39.86 Avg gain(dBi) :2.30 -3dB1(°) :12.50 -3dB2(°) :-7.40 HPB(°) :19.90 Front (dB) :12.584 Back (dB) :-7.259 F B Ratio (dB) :19.843 Center freq.(MHz):2500 Plane :E Plane Max gain(dBi) :12.17 Min gain(dBi) :-37.48 Avg gain(dBi) :1.48 -3dB1(°) :11.20 -3dB2(°) :-6.80 HPB(°) :18.00 Front (dB) :12.170 Back (dB) ::-7.001 F B Ratio (dB):19.171 H-PLANE
Center freq.(MHz):2400 Plane :H Plane Max gain(dBi) :11.34 Min gain(dBi) :-43.31 Avg gain(dBi) :5.72 -3dB1(°) :393.60 -3dB2(°) :305.60 HPB(°) :88.00 Front (dB) :11.342 Back (dB) :-13.841 F B Ratio (dB) :25.183 Center freq.(MHz):2450 Plane :H Plane Max gain(dBi) :12.69 Min gain(dBi) :-26.28 Avg gain(dBi) :7.23 -3dB1(°) :394.20 -3dB2(°) :305.20 HPB(°) :89.00 Front (dB) :12.688 Back (dB) :-7.886 F B Ratio (dB) :20.575 Center freq.(MHz):2500 Plane :H Plane Max gain(dBi) :12.79 Min gain(dBi) :-52.84 Avg gain(dBi) :7.21 -3dB1(°) :392.90 -3dB2(°) :302.80 HPB(°) :90.10 Front (dB) :12.787 Back (dB) :-9.779 F B Ratio (dB):22.566 E-PLANE
Center freq.(MHz):2400 Plane :EPlane Max gain(dBi) :10.49 Min gain(dBi) :-40.83 Avg gain(dBi) :0.35 -3dB1(°) :12.40 -3dB2(°) :-7.40 HPB(°) :19.80 Front (dB) :10.488 Back (dB) :-8.550 F B Ratio (dB) :19.038 Center freq.(MHz):2450 Plane :EPlane Max gain(dBi) :12.99 Min gain(dBi) :-45.64 Avg gain(dBi) :2.83 -3dB1(°) :12.20 -3dB2(°) :-8.70 HPB(°) :20.90 Front (dB) :12.994 Back (dB) :-9.453 F B Ratio (dB) :22.447 Center freq.(MHz):2500 Plane :E Plane Max gain(dBi) :12.01 Min gain(dBi) :-44.63 Avg gain(dBi) :1.82 -3dB1(°) :11.40 -3dB2(°) :-7.70 HPB(°) :19.10 Front (dB) :12.014 Back (dB) :-6.348 F B Ratio (dB):18.362
- 4.1 RETURN LOSS & VSWR