rev: 4 .0 created on: february 21, 2014 created by: mks approved by: bp page | 1 wpant100 17 - s a 8 02.11 a/b/g/n dual - band wi - fi antenna description / application this is a 2.4 ghz & 5.4 ghz dual - band wi - fi anten na with 400mm long cable and ipx/hiros e connector. this can be mounted on any non - metallic surface to achieve optimal performance. excellent efficiency and ease of integration make this an ideal choice for applications where flexibility is needed. the antenna is typically pa sted to the surface of the radome / plas tics of a given wireless device . we can assist your engineers to optimize mounting positions for these antennas in your specific application and can further assi st to trouble shoot system integration issues such as trp/tis a nd fcc requirements. we specialize in developing customized antenna solutions . please contact sales@worldproducts.com with your specific application requirements. electrical properties operating frequency 2.4 ? 2.5 g hz 4.9 ? 5. 85 g hz approximate antenna impedance [ ? ] 50? 50? vswr ? typical < 2 :1 < 2 :1 peak gain [dbi] (typical) ~ 3 dbi ~ 2 dbi efficiency [%] (typical) 60 ? 70 % 65 ? 8 5 % polarization linear linear pattern near omni - directional near omni - d irectional mechanical / environmental properties antenna dimensions 1.6 ?? x 1.0 ?? x 31mils (40mm x 25mm x 0.8mm) antenna color g reen cable 16.3 ?? long 1.32mm o d micro co -ax connector ipx / hirose equivalent operating / storage temperature - 40 o c to +90 o c environmental meets standards for ul 94v -0 hazardous materials rohs compliant
rev: 4 .0 created on: february 21, 2014 created by: mks approved by: bp page | 2 picture s of the antenna
rev: 4 .0 created on: february 21, 2014 created by: mks approved by: bp page | 3 vswr of the antenna
rev: 4 .0 created on: february 21, 2014 created by: mks approved by: bp page | 4 total radiation efficiency of the antenna in % (including vswr losses)
rev: 4 .0 created on: february 21, 2014 created by: mks approved by: bp page | 5 peak gain of the antenna in dbi
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