Antenna specification 6

FCC ID: PPD-AR5B91

Parts List/Tune Up Info

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FCCID_1051920

(Mechanical Use) l Product Type l WLAN Antenna l Notebook Model Number l ASUS / F50GX l Part No. / Yageo / Main l CAN4313 810 012501B l Part No. / Yageo / Aux l CAN4313 810 022501B Yageo (Taiwan) Ltd. 16, west 3rd Street, N.E.P.Z Kaohsiung, 811 Taiwan, R.O.C Yageo Electronics (China) Co, Ltd No. 10, Zhu Yuan Road, Suzhou New District, Suzhou, PRC R01 Oct. 20, 08 Yageo Corporation SPD Multiple Bands Antenna for R02 Oct. 27, 08 Datasheet Current Revision: WLAN/ Wimax Applications. R02 BY / Candy.Lin DATE / Oct. 27, 2008 1

Table of Contents 1. Specifications 1.1 Specifications 1.2 Antenna Dimension / Cable Length 1.3 Packing Spec. 1.4 Antenna Pictures 2. Test Methodology 2.1 Test Equipment 2.2 Test Setup 2.2.1 Frequency Range 2.2.2 Antenna Configuration 2.2.3 VSWR 2.2.4 Radiation Pattern and Gain 3. Performance Data 3.1 VSWR in the Fixture (Main \Aux Antenna) 3.2 Radiation Pattern and Gain 3.2.1 Low Frequency (2.40GHz~2.50GHz) (Main \Aux Antenna) 3.2.2 Middle Frequency (5.15 GHz~5.35GHz) 3.2.3 High Frequency (5.47GHz~5.85GHz) 3.2.4 Average Gain Summary (Main \Aux Antenna) 4. Antenna Drawing 5. Reliability Data for Antenna Patch 6. Ordering Information: Yageo Ordering P/N Code 7. Revision Control 2

moste sumimemcoMPOEOQ Specification; 1.1 Specifications for Antennas 240 ~2.50 for 802.11b/g/n, 802.16 Frequency Range (GHz) 5.15 ~ 5.85 for 802.11a, 802.16 2.5 : 1 max for 2.4GHz band For WL VSWR 2.5 : 1 max for 5.15 GHz band For WL/ 210 dBi for 24GHz band Peak Gain (dBi) 3.64 dBi for 5.15GHz band. Radio Connector Hirose U.FL or IPex MHF Impedance 500 Antenna Type PIFA Antenna Operating Temperature —40—90°C Maximum Power 1W Polarization Linear Radiation Pattern Omni—directional 1.2 Anterna Dimension / Cable Length Product ASUS / FSOGX Main Antenna (LCD) 40*8*0.4 mm / 440.0 mon, Color White Aux Antenna (LCD) 40%8*0.4 mm / 475.0 mm, Color Black 1.3 Packing Spec. Product For Example Taner Tray so Carton Box 265#100 Note: Real packing will base on current project type and samples quantity to definition. CONFIDENTIAL Phicomp

1.4 Antenna Pictures 4

2. Test Methodology 2.1 Test Equipment The equipment for the antenna measurement we used is as follows. A. Agilent 8753ET / 8719D Network Analyzer to measure the VSWR and input impedance. B. Three-dimensional anechoic chamber to measure the gain (Standard dipole and horn were used to calibrate the chamber) C. Digital caliper to measure the dimensions. D. Climatic chamber for mechanical tests. 2.2 Test Setup 2.2.1 Frequency Range 2.30 ~ 2.80GHz, 3.3 ~ 3.8 GHz, 5.15 ~ 5.85GHz 2.2.2 Antenna configuration The antenna basically has two parts; the stamping and the cable assembly with the connector on one side. The detailed drawing is attached. 2.2.3 VSWR The VSWR is measured with Agilent 8753ET / 8719D network analyzer. All the measurements are performed with the customer provided fixture. Figure 1 shows the schematic diagram for measuring VSWR. Agilent 8753ET Network Analyzer D.U.T Test port cable Figure 1. The schematic diagram for measuring VSWR 5

2.2.4 Radiation Pattern and Gain The radiation pattern must have the omni-directional characteristic in both positions. The radiation pattern measurements are performed in the three- dimensional anechoic chamber. The chamber provides less than –30dB reflectivity from 800MHz through 8GHz. The chamber is calibrated using both standard dipole and horn antenna. The gain here is expressed as dBi that standardizes the isotropic antenna. The gain measurements are also performed in the same chamber described previously. Figure 2 shows the schematic diagram for measuring radiation pattern and gain. 2D Anechoic chamber Probe array Controller RF Unit (0.4 ~ 6GHz) Primary Synthesizer Auxiliary Synthesizer Motion Controller Data Acquisition & Processing PC Figure 2. The schematic diagram for measuring radiation pattern and gain 6

3. Performance Data 3.1 VSWR in the Fixture of Main Antenna 2.5 2.5 3.1 VSWR in the Fixture of Aux Antenna 2.5 2.5 7

3.2 Radiation Pattern and Gain 3.2.1 Low Frequency (2.40GHz~2.50GHz) / Main Antenna WL Main @ 2.40GHz WL Main @ 2.45GHz 8

WL Main @ 2.50GHz 3.2.2 Middle Frequency (5.15GHz~5.35GHz) / Main Antenna WL Main @ 5.15GHz 9

WL Main @ 5.25GHz WL Main @ 5.35GHz 10

3.2.3 High Frequency (5.47GHz~5.85GHz) / Main Antenna WL Main @ 5.47GHz WL Main @ 5.60GHz 11

WL Main @ 5.725GHz WL Main @ 5.75GHz 12

WL Main @ 5.785GHz WL Main @ 5.8GHz 13

WL Main @ 5.85GHz 3.2.1 Low Frequency (2.40GHz~2.50GHz) / Aux Antenna WL Aux @ 2.40GHz 14

WL Aux @ 2.45GHz WL Aux @ 2.50GHz 15

3.2.2 Middle Frequency (5.15GHz~5.35GHz) / Aux Antenna WL Aux @ 5.15GHz WL Aux @ 5.25GHz 16

WL Aux @ 5.35GHz 3.2.3 High Frequency (5.47GHz~5.85GHz) / Aux Antenna WL Aux @ 5.47GHz 17

WL Aux @ 5.60GHz WL Aux @ 5.725GHz 18

WL Aux @ 5.75GHz WL Aux @ 5.785GHz 19

WL Aux @ 5.8GHz WL Aux @ 5.85GHz 20

3.2.4 Average Gain (dBi) Summary WLAN Main Antenna Gain Peak(dBi) Average(dBi) Frequency H-pol V-pol Total H-pol V-pol Total 3D Gain Efficiency% 2400 MHz 0.00 1.47 2.10 -6.46 -4.75 -2.51 -3.69 42.80 2450 MHz 0.21 0.23 1.36 -6.27 -5.85 -3.05 -3.80 41.68 2500 MHz -1.07 -1.15 0.14 -7.00 -6.83 -3.90 -4.37 36.56 5150 MHz -0.96 1.19 2.13 -6.27 -4.93 -2.54 -2.19 60.42 5250 MHz -0.17 0.80 1.06 -6.77 -5.15 -2.87 -2.30 58.84 5350 MHz 0.34 -2.24 0.80 -5.89 -7.54 -3.63 -3.43 45.39 5470 MHz 1.19 -0.02 3.61 -6.36 -5.69 -3.00 -2.01 62.88 5600 MHz -1.78 -0.95 1.21 -7.26 -6.33 -3.76 -3.89 40.82 5725 MHz 0.83 -1.41 2.31 -5.63 -6.99 -3.25 -2.48 56.46 5750 MHz 0.12 -1.73 1.86 -6.27 -7.37 -3.78 -2.57 55.33 5785 MHz 1.42 -0.16 3.19 -5.25 -6.02 -2.61 -2.02 62.81 5800 MHz 1.48 -0.33 3.32 -5.55 -6.14 -2.82 -2.34 58.33 5850 MHz -0.26 -0.26 3.31 -6.01 -6.17 -3.08 -2.75 53.09 WLAN Aux Antenna Gain Peak(dBi) Average(dBi) Frequency H-pol V-pol Total H-pol V-pol Total 3D Gain Efficiency% 2400 MHz -0.81 -0.89 1.17 -5.53 -5.13 -2.31 -3.07 49.32 2450 MHz -0.95 -0.11 0.74 -6.12 -5.81 -2.95 -4.04 39.48 2500 MHz -1.45 -1.20 -0.11 -6.68 -6.49 -3.57 -4.18 38.18 5150 MHz -2.79 3.01 3.14 -9.16 -4.38 -3.13 -3.76 42.10 5250 MHz -3.17 1.71 2.37 -8.28 -4.38 -2.90 -2.27 59.30 5350 MHz -2.34 2.83 2.98 -7.89 -4.85 -3.10 -2.95 50.75 5470 MHz -0.29 2.89 3.20 -7.66 -5.05 -3.15 -3.55 44.16 5600 MHz -0.43 1.96 2.98 -8.28 -5.68 -3.78 -3.08 49.20 5725 MHz 0.79 2.83 3.33 -7.45 -4.61 -2.79 -2.51 56.06 5750 MHz 0.84 3.14 3.64 -7.21 -4.39 -2.57 -2.52 55.98 5785 MHz -0.11 2.24 2.97 -7.81 -5.05 -3.20 -2.15 61.02 5800 MHz -0.73 2.11 2.88 -7.91 -5.17 -3.32 -2.65 54.31 5850 MHz 1.11 1.11 1.92 -8.44 -5.47 -3.69 -2.53 55.82 21

4. Antenna Drawing 22

5. Reliability Data For Antenna Patch (Reference To IEC) IEC IEC 384-10/ 60068-2 TEST PROCEDURE REQUIREMENTS CECC 32 100 TEST CLAUSE METHOD -40 °C (30 No visible damage Rapid change minutes) to +90 Central Freq. 4.12 4(Na) of °C (30 minutes); Change temperature 5 cycles ± 6% No visible damage 500 ± 12 hours 2 hours recovery at 40 °C; 4.14 3(Ca) Damp heat Central Freq. 90 to 95 % RH Change ± 6% No visible damage 500 ± 12 hours 2 hours recovery 4.15 Endurance at 90 °C; Central Freq. Change ± 6% 23

6. Ordering Information: Yageo Ordering P/N Code The antennas may be ordered by using the Yageo P/N ordering code. These code numbers can be determined by the following rules: CAN4313 8 10 01 250 1B F C MS T A P F. Family Code CAN43 = Antenna C. Packing Type Code 13 = Bulk (1000 pcs) M. Materials Code 8 = High Frequency Material S. Size/Series Code 10 = WL Main Antenna T. Tolerance/Cable 01 = Cable Main, White 02 = Cable Aux, Black A. Working Frequency 250 = 2.4/5.15 GHz Trible Band P. Packing 1B = 1000 pcs packing 24

7. Revision Control Revision Date Content Remark R01 Oct. 20, 2008 New Issued, PCB Antenna N/A. R02 Oct. 27, 2008 Update Antenna Pattern N/A. 25


Document Created: 2008-12-03 16:17:57
Document Modified: 2008-12-03 16:17:57
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