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page 1 of 12 aggp.35f.07.0060a specifcation part no. aggp.35f.07.0060a product name 35mm two stage 28db gps-glonass- gnss active patch antenna module with front-end saw filter features industry leading gps~glonass antenna performance 35*35*6.9mm (ground plane) 60mm ?1.13 ipex mhfi (u.fl) 28db lna wide input voltage 1.8v to 5.5v low power consumption rohs compliant front back spe-12-8-018/d/ss |
page 2 of 12 the aggp.35f gps C glonass- gnss active patch antenna (along with the aggp.25 model) is the best choice to use as an embedded antenna with the latest generation of gps-glonass-gnss receivers. it utliizes a 35*35*3.5mm advanced wide-band ceramic patch antenna with optimized gain, radiation patttern and axial ratio at gps and glonass centre frequencies. the aggp.35f aslo includes a two stage lna and a front-end saw flter to reduce out of band noise such as from nearby cellular transceiver, and improve probability of the wireless device passing radiated spurious emissions certifcation. produced in ts16949 automotive quality approved facility and 100% tested for gain (s21), return loss (s11) to ensure total consistency of performance. cable type, length and connectors can be customized and samples offered according to requirement, subject to minimum order quantities in production. taoglas also offers custom tuning service based on minimum order quantities, contact your local regional sales offce for details. the aggp.35f consists of 2 functional blocks C the lna and also the patch antenna. 1. introduction antenna saw filter lna lna cable & connector spe-12-8-018/d/ss |
page 3 of 12 2. specifcation electrical mechanical parameter specifcation operation frequency 1574 ~ 1610mhz patch gain 1575.42mhz, 1dbic typ. @ zenith 1602mhz, 0.5dbic typ. @ zenith overall gain 1575.42mhz, 27 3dbic typ. @ zenith 1602mhz, 28.5 3dbic typ. @ zenith axial ratio 3.0db max @ zenith polarization right hand circular vswr 2.0 :1 max impedance 50 dc input 1.8v min. 3.0v 5.5v max. lna gain 22db 28db 31db noise figure 2.6db 2.6db 2.9db power consumption 5ma 10ma 23ma band attenuation 15db @ 1592 140mhz parameter specifcation antenna dimensions 35 x 35 x 3.7mm material ceramic cable 60mm 1.13 co-axial connector ipex mhf1 parameter specifcation operation temperature -40c to 85c storage temperature -40c to 105c relative humidity 40% to 95% environmental spe-12-8-018/d/ss |
page 4 of 12 3. lna gain and out band rejection @3.0v 1 2 tr1 s21 log mag 10.00db/ ref 0.000db [f2 smo] tr1 s22 swr 1.000/ ref 1.000 [f2 smo] 1 center 1.592 ghz span 400 mhz 5/16 cor ifbw 1 khz ch1 tr1 s21 1 1.5740000 ghz 28.186 db ch1 tr1 s21 > 2 1.6100000 ghz 27.949 db ch1 tr1 s21 3 1.5920000 ghz 29.044 db ch1 tr1 s21 4 1.5420000 ghz 9.0245 db ch1 tr1 s21 5 1.6420000 ghz -10.035 db ch1 tr1 s21 6 1.4920000 ghz 4.4105 db ch1 tr1 s21 7 1.6920000 ghz -14.431 db 40.00 30.00 20.00 10.00 0.000 -10.00 -20.00 -30.00 -40.00 -50.00 -60.00 >2 1.6100000 ghz 27.949 db 2 1 6 4 1 4 3 5 7 3 2 5 7 6 spe-12-8-018/d/ss |
page 5 of 12 4. lna noise figure @3.0v 5. total specifcation (through antenna, lna, cable and connector) parameter specifcation frequency 1574~1610mhz gain at 90 1575.42mhz: 27 3dbic 1602mhz: 28.5 3dbic output impedance 50 polarization rhcp output vswr max 2.0 operation temperature -40c to + 85c storage temperature -40c to + 85c relative humidity 40% to 95% input voltage min. 1.8v, typ. 3.0v, max. 5v antenna 35*35*6.9mm 1 40.00 gain scale/ 5.000 db -10.00 mkr1 1.592 ghz 2.558 db 30.030 db center 1.57400 ghz bw 4 mhz points 11 stop 1.61000 ghz tcold 296.50 k avgs off att 0/ - - db loss off corr 19.00 nfig scale/ 2.000 db -1.000 1 spe-12-8-018/d/ss |
page 6 of 12 6. radiation patterns z y x spe-12-8-018/d/ss |
2 -5 -10 -15 -20 -25 -30 -35 -40 -45 90 270 180 0 page 7 of 12 6. radiation patterns 6.1 1575.42mhz xz & yz plane pattern peak gain (dbic) average gain (dbi) 1 xz plane radiation -0.6 @ 350 -3.2 2 yz plane radiation -0.2 @ 0 -2.1 (unit : dbi) spe-12-8-018/d/ss |
90 270 180 0 5 0 -5 -10 -15 -20 -25 -30 -35 -40 -45 page 8 of 12 6.2 1602mhz xz &yz plane pattern peak gain (dbic) average gain (dbi) 1 xz plane radiation 0.9 @ 337 -1.8 2 yz plane radiation 0.8 @ 348 -1.2 (unit : dbi) spe-12-8-018/d/ss |
page 9 of 12 7. plugs usage precautions (1) to disconnect connectors, insert the end portion of i-pex under the connector fanges and pull off vertically, in the direc - tion of the connector mating axis. (2) to mate the connectors, the mating axes of both connectors must be aligned and the connectors can be mated. the click will confrm fully mated connection. do not attempt to insert on an extreme angle. after the connectors are mated, do not apply a load to the cable in excess of the values indicated in the diagram below. 7.i mating / unmating 7.2 pull forces on the cable after connectors are mated 2 1 coaxial cable plug pulling tool p/n : 90192-001 receptacle plug rece 2n max. 2n max. 4n max. coaxial cable spe-12-8-018/d/ss |
page 10 of 12 note: 1. soldered area 2. shielding case area 3. all material must be rohs compliant. 4. the connector orientation has a fxed position to the antenna as per drawing. name p/n material finish qty 1 aggp.35f patch (35*35*3.7mm) aggp.35f ceramic clear 1 2 1.13 coaxial cable od.113.cm fep gray 1 3 ipex mhf1 connector ipex.mhfi.113 brass gold 1 4 pcb fr4 0.8t green 1 5 shielding case (tin)spte tin plated 1 this drawing and its inherent design concepts are property of taoglas. not to be copied or given to third parties without the written consent of taoglas. tw design centre a all initial design sandy 2011/11/23 note: 1.soldered area 2.shielding case area 3. all material must be rohs compliant. 4. the connector orientation has a fixed position to the antenna as per drawing. top side bottom name material finish qty aggp.25f patch(25*25*4.2mm) ceramic clear 1 1 1 1 fep gray 2 3 gold brass 1.13 coaxial cable ipex mhf1 connector 1 4 green fr4 0.8t pcb 1 5 tin plated (tin)spte shielding case p/n aggp.25f od.1 13. cm ipex.mhfi.113 ipex mhfi "a" aggp.25f b e3 amend logo placement sandy 2011/12/27 b c c2 amend shielding case drawing sandy 2012/01/31 c this drawing and its inherent design concepts are property of taoglas. not to be copied or given to third parties without the written consent of taoglas. tw design centre "a" note: 1.soldered area 2.shielding case area 3. all material must be rohs compliant. 4. the connector orientation has a fixed position to the antenna as per drawing. ipex mhf 1 a all initial design kiwi 2011/9/6 top side bottom name material finish qty ap.10e patch(10*10*4mm) ceramic clear 1 1 1 1 fep gray 2 3 gold brass 0.81 coaxial cable ipex mhf1 1 4 tin plated tin (spte) shielding case 1 5 green fr4 0.5t pcb p/n ap.10e od.081.cm ipex.mhfi.113 ap.10e b e2 add logo sandy 2011/11/21 b this drawing and its inherent design concepts are property of taoglas. not to be copied or given to third parties without the written consent of taoglas. tw design centre a all initial design sandy 2011/11/28 note: 1.soldered area 2.shielding case area 3. all material must be rohs compliant. 4. the connector orientation has a fixed position to the antenna as per drawing. top side bottom name material finish qty aggp.35f patch(35*35*3.7mm) ceramic clear 1 1 1 1 fep gray 2 3 gold brass 1.13 coaxial cable ipex mhf1 connector 1 4 green fr4 0.8t pcb 1 5 tin plated (tin)spte shielding case p/n aggp.35f od.113.cm ipex.mhfi.113 ipex mhfi "a" aggp.35f b e3 amend logo placement sandy 2011/12/27 b c c2 amend shielding case drawing sandy 2012/01/31 c c 8. technical drawing spe-12-8-018/d/ss |
page 11 of 12 8.1 connector drawing this drawing and its inherent design concepts are property of taoglas. not to be copied or given to third parties without the written consent of taoglas. tw design centre a all initial design sandy 2011/11/28 note: 1.soldered area 2.shielding case area 3. all material must be rohs compliant. 4. the connector orientation has a fixed position to the antenna as per drawing. top side bottom name material finish qty aggp.35f patch(35*35*3.7mm) ceramic clear 1 1 1 1 fep gray 2 3 gold brass 1.13 coaxial cable ipex mhf1 connector 1 4 green fr4 0.8t pcb 1 5 tin plated (tin)spte shielding case p/n aggp.35f od.113.cm ipex.mhfi.113 ipex mhfi "a" aggp.35f b e3 amend logo placement sandy 2011/12/27 b c c2 amend shielding case drawing sandy 2012/01/31 c c spe-12-8-018/d/ss |
page 12 of 12 unless other specified tolerances on x x.x x.xx angles holedia scale xxxx unit mm drawn by: jason checked by: jimmy designed by: jimmy approved by: jimmy title: ap.35f antenna assembly document aggp.35f.07.0060a page rev. no. b iso no: psp-12-8-002 page 6 of 6 5 b ? 5.1 ? tray 30 ? 30pcs antennas per tray 5.2 ? 6 tray b 1 M, stack up 6 trays together 5.3 ? 3 M tray, 540pcs ? 3 sets per box. i.e.540pcs antenna per box. 5.4 br????, b?sy antenna should be placed flat and neat, pa cking without pressing or damage the antenna 5.5 c? tray ?? confirm the quantity in each tray aggp.35f aggp.35f tray 9. packaging taoglas makes no warranties based on the accuracy or completeness of the contents of this document and reserves the right to nblfdibohftptfdmdbpotboe 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. packaged in plastic tray with foam each comparment in tray contains 1 pcs of aggp.35f 30 pcs of antenna per tray 6 trays together in one section 3 sections per carton 540 pcs of antenna per carton spe-12-8-018/d/ss |

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