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1 p rodu c t s p e c i f i c a t i o n 1 2 m d - 0047 - 3 - ps clarki qu ad- ba nd m2m ant enna part no. a1 0 46 4 giganova ? pr odu ct specif ic a ti on 1 f ea tur es ? ad justab le gs m antenna ta rg e ti ng m2 m applic a ti ons ? res on ant fre qu en cy adjustab le using sing le t un ing compo ne nt ? spac e-saving c or ne r mount en ables ant en na s pa ce to be sha red with gs m modu le ? works in bo th u ppe r right an d left cor ne rs ? hi gh efficiency ? ea sy to inte gr ate ? inte nd ed for cor ne r mo unti ng with sc rew fixings (x2) ? supp li ed in tra ys cl ark i suppor ts the following c o mmun ica ti on st an dards: g s m/ g p r s / e d g e o ther s t an d a r ds g s m 8 50 ( e )g s m 9 00 g s m 1 800 ( d c s ) g s m 1 900 ( p c s ) cdma b a nd i i cdma b a nd v k o r e a n p cs a w s 2 desc ription A10464 is de sig ne d to be mounted in e it her cor ner of a pcb by m ea ns of a robust screw-in fixing i dea l fo r m2m app lic a ti on . the de sign allows an smt gsm /g p rs mo dule to occ upy pa rt of the s pa ce un de r the antenna, a ll owing an op tima l use of the s pa ce on the ho st pcb . the ante nn a is not s ymmetric, and t here fore pe rform an ce w he n mo un ted on le ft and right c or ne r is slightly d if fe re n t, with a little adv ant ag e in the left cor ner po sition. A10464 us es the ho st p cb gr oun d plane in or de r to ra dia te efficiently an d so its pe rfo rm an ce d ep end also on the size an d de sign of the host pcb; a minimu m p cb length of 100mm is rec om me nd ed, alt hou gh the ant en na works on sma ll e r pcbs, with pe rfo rm an ce decr ea sing with p cb size. the gr oun d plane extends u nde r the ant en na, but fo r op timal pe rformance a 3mm gr ou nd clear an ce str ip along the e dg e of the p cb in c o rr espon den ce of the an te nn a is rec om me nd ed. the ante nn a us es a ma tc hing circ u it to ac hieve opti mized res ults for the spec if ic frequenc y ba nds that are requi re d, and the reson an t fr equen cy of the antenna c an be adjusted us ing an a dd itio na l component to compens ate for the e ff ect of n ea rby ob jects like a plastic cover . th is product s pec if ic ation shows the performance of the ante nn a on an ante no va refer en ce board, a1 0464 -u1, w he n op timized to c over a typ ic a l quad- ba nd rec ep ti on : gsm 85 0/900/1 80 0/19 00. ant enn as for wi reless m2m a pp licatio ns
cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 2 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps 3 a pp li cati ons ? smart metering/amr ? track er dev ic es ? i ndu stria l app lic a ti ons ? femto / pico base s tati ons ? other m2m c om mun ic a ti on 4 part numb er 5 gener al data clarki: a10 464 pr odu ct n a m e c l a r k i g sm p a r t n um b er a 1 0 464 f r e qu e n c y 824 C 9 6 0 m h z 1710 C 1 990 m h z p o la r i z a t i o n l i n ear op e r a t i n g t e mp e r a tu r e - 40 o c to + 85 o c i mp e d a n ce w i t h m a t c h i n g 50 ? w ei gh t 1.3 g a n t e nn a t y p e co r ner m ou n t / s cr e w f i xi n g (x 2) c onn ec t i o n t y p e p o g o p i ns or s p ri ng c on t a c ts (x 2) di m e n si on s 26. 1 0 x 26 . 10 x 1 0. 1 5 [ m m ] m a t e r ial f p c o n p l a s t i c c a rr i er
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 3 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 6 e lec t r ical c h a r a c t e r is t i c s t y p ical p e r fo r ma n c e f r e qu e n c y l e f t c o r n er ri gh t c o r n er l e f t c o r n er w i t h m odu le 1 ri gh t c o r n er w i t h m odu le 1 p e a k g ain [d bi] 824 - 9 60 m h z 1.4 1.0 1.3 1.0 1710 - 19 9 0 m h z 2.4 3.0 2.2 2.7 m i n i mu m e ff icie n c y [ % ] 824 - 9 60 m h z 55 59 53 57 1710 - 19 9 0 m h z 67 57 62 52 a v e r a g e e ff icie n c y [ % ] 824 - 9 60 m h z 62 64 60 63 1710 - 19 9 0 m h z 73 64 68 60 m i numu m re tu r n lo ss [d b] 824 - 9 60 m h z 7.0 7.4 6.8 7.2 1710 - 19 9 0 m h z 8.0 6.2 7.2 6.0 vs w r 824 - 9 60 m h z 2.6:1 2.5:1 2.7:1 2.5:1 1710 - 19 9 0 m h z 2.3:1 2.9:1 2.5:1 3.0:1 c ond iti ons all da ta m ea sur ed on a nt e no va s refer en ce board, pa rt num ber A10464-u 1. 1 typic al commercially avail ab le s mt gsm m od ule
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 4 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 7 e lec tr ical per fo rman ce 7- 1 re tu rn loss figure 1: i mp edance matching (l eft and ri gh t posi ti on s) - no m odule
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 5 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 fi gu re 2: impedan ce matching (l eft and ri gh t po si ti ons) - with typ ic al smt gsm m odule
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 6 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 7- 2 vsw r figure 3: left and ri gh t po si ti on s C no module
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 7 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 fi gu re 4 left and ri gh t po si ti on s - with typical smt gsm m odule
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 8 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 7- 3 a nt e nn a e ff i ci ency fi gu re 5: left and ri gh t po si ti on s - no modu le fi gu re 6: left and ri gh t po si ti on s - with typical smt gsm m odu le
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 9 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 a nt e nn a p a t t e r n s ( ri g h t m o u n t ) 824 - 960 m hz 7 - 4 pa tt erns s ho w c omb in ed pola risati on s me as ur ed on reference bo ard a1 04 64-u1. 3d pattern me asur ed at 890 m hz xy plane yz plane xz plane - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane xy pol. total 824 900 960 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane xz pol. total 824 900 960 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane yz pol. total 824 900 960
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 10 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 a nt e nn a p a t t er n s (l e f t m o un t ) 824 - 960 m hz 7 - 5 pa tt erns s ho w c omb in ed pola risati on s me as ur ed on reference bo ard a1 04 64-u1. 3d pattern me asur ed at 890 m hz xy plane yz plane xz plane - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 plane xy pol. total 824 900 960 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 pla ne xz pol. total 824 900 960 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 plane yz pol. total 824 900 960
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 11 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 7- 6 a nt e nn a patterns ( ri ght mount) 1710 - 1990 mhz pa tt erns s ho w c omb in ed pola risati on s me as ur ed on reference bo ard a1 04 64-u1. 3d pattern me asur ed at 18 70 m hz xy plane yz plane xz plane - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane xy pol. total 1710 1870 1990 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane xz pol. total 1710 1870 1990 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16486 plane yz pol. total 1710 1870 1990
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 12 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 7- 7 a nt e nn a patterns (l eft mo un t) 1 710 C 1990 m hz pa tt erns s ho w c omb in ed pola risati on s me as ur ed on reference bo ard a1 04 64-u1. 3d pattern me asur ed at 18 70 m hz xy plane yz plane xz plane - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 plane xy pol. total 1710 1870 1989 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 plane xz pol. total 1710 1870 1990 - 25 - 15 -5 5 0 90 180 270 radial scale: dbi e16484 plane yz pol. total 1710 1870 1990
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 13 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 8 a nte nn a dimen sions top view b otto m vi ew l w h leng t h w id th h eight 26 . 1 0 + / - 0 .2 26 . 1 0 + / - 0 .2 10 . 1 5 + / - 0 . 15 dim en si ons i n mm clarki gsm (part no: a 10 464) a nt e nn a dimensi on s 3d m odel of the an te n na is available from a nten ova m 2m on req ues t. pl ea se c on ta ct sales@ an tenova- m2m.com f or fur ther deta ils.
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 14 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 9 a nt e nn a f o o t p r i nt clarki gsm (part no: a 10 464) p la cement on p cb cad fil es of the ant enna f ootp rint are available fro m a nte nova m2m on req ue s t. pl ease c on tac t sales@ ant enova-m2m.com f or fur ther deta ils. a b c d e f g h i 9 . 7 8 0 . 1 5 0 . 5 0 . 1 5 11 . 0 0 . 1 5 10 . 4 2 0 . 15 20 . 7 0 0 . 15 10 . 4 0 0 . 15 2 . 9 8 0 . 1 5 5 . 0 0 di a 0 . 1 5 2 . 5 0 0 . 1 5 dim en sions in mi ll imet er s
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 15 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 1 0 e lec t r ical i nt e r f ace 10 - 1 t r a n s m iss i o n l i n e s t h e a n t e nn a s h o u ld b e c on n e ct e d u si n g a n r f t r an s m issi o n li n e . a ll t r an s m issi o n li ne s s hou ld b e de si g n e d to h a v e a c ha r a c t e r istic i m pe d an ce o f 5 0 ? t h e l en g th o f t h e t r an s m issi o n li n e s s h ou ld b e k e p t to a m i n i m u m . a n y o t he r p a r ts o f t h e rf s y st e m like t r a n sc e i v e r s, po w e r a m p l i f i e r s, e tc, s h o u ld a l s o b e de si g n e d to ha v e a n i m p e dan c e o f 5 0 ? o n ce t h e m a t e r i a l f o r t h e p cb ha s b e e n c ho s e n ( p cb t h ick ne s s a n d d i e l e ct r ic c on st a n t ) , a c o - p l a na r t r an s m issi o n li n e c a n e a sily b e de si g ne d u si n g an y o f t he c o m m e r ci a l s o ft w a r e p a ck a g e s f o r t r an s m issi o n li n e de si g n . f o r t h e c ho s e n p cb t h ick ne ss, c o p pe r t h ick ne ss a n d s ub st ra te d i e l e ct r ic c on st a n t, t h e p r o gr a m w ill c a lc u l a te t h e a p p r op r i a te t r an s m issi o n li n e w i d th an d g ap s o n e i t he r si d e o f t h e t r a ck s o t h e c ha r a c t e r istic i m pe dan c e o f t h e c o - p l a na r t r an s m issi o n li n e is 5 0 ? . p l ea se c on t a ct an t e n o v a m 2 m ( s a l e s @an t e n o v a - m 2 m . c o m ) if a ssi s t an ce is r e q u i r ed. 10 - 2 m a t c h i n g ci r c u it t h e a 10 4 6 4 an t en n a r e q u i r e s a n i m p e d a n ce m a t c h i n g ci r c u it t h a t m u st b e o p ti m i z ed f o r ea c h c u s t o m e r ?v p r odu c t . t h e m a tc h i n g c i r c u it w i l l t y p ic a l l y r e q u ir e 3 m a t c h i ng c o m p o n en ts, a n d u p t o f i v e c o m p on e n ts de pe nd i n g o n t h e i m pe d an c e o f t h e a n t e n na w he n sit ua t e d in t h e d e v ic e . it is r e c o m m e nd e d t ha t a ll t h e c o m p o n en ts in t h e r e f e r en c e sc h em a tic ( fig 7 ) a r e i n cl ud e d in t h e l a y ou t. m o re o v e r , t h e an t en n a r e q u i r es a n a dd iti o na l i n du c t o r l 1 o n t h e r e t u r n p i n , w h ich is u s e d t o a d j u st t h e r e s o n a nt f r e q u e n cy in t h e l o w ban d ( s e e b e l o w ) . i m p o r t a n t: t h e p o siti o n o f t h e an t en n a f ee d a n d r e t u r n p ad s a r e f i x e d f o r t h is p r o du ct an d t h e po siti o n s c a n n o t b e s w appe d o v e r . p l ea se c he ck t h e re f e ren ce l a y ou t f o r t he r e l a ti v e po siti on. p1 f eed retu r n c4 c2 conne c t t o rad i o m odu l e u si ng 5 0 ? li ne c1 l2 c1 l1 f i gu r e 7: a nt e nn a m a t c h i n g ci r c u it a n d f r e q u e n c y a d j u s tm e n t
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 16 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 t h e v a l ue s o f t h e m a t c h i n g c o m po n en t g i v e n in t h e be l o w t ab l e a r e f o r t h e a 1 04 6 4 - u1 r e f e r en c e b o a r d s an d m i g h t b e d i ff e r en t o n a c u st o m e r h o st boa rd . d es i gna t or v a l ue t o l eran ce s i ze m anu f a c t urer pn l1 3 . 9nh 0 . 2nh 0402 m u r a t a l q w 1 5 an 3 n 9 c 00 l2 8 . 2nh 3% 0402 m u r a t a l q w 1 5 an 8 n 2 h 00 c1 - 0402 n ot f i tt ed c2 2 . 7pf 0 . 1pf 0402 avx 04023 u 2 r 7 ba t 2a c3 0 . 5pf 0 . 1pf 0402 avx 04025 u 0 r 5 ba t 2a c4 33pf 5% 0402 a ny p1 s ee be l ow n o t e: t he c o m ponent v a l ues f or t he m a t ch i n g c i r c u i t w i l l v a r y depend i ng o n t he s i z e o f t he pc b and su r r ound i ng c o m ponen t s . t he i m peda n ce o f t he an t enna shou l d be m easu r ed b e f o r e se l ec t i ng su i t ab l e m a t ch i ng co m pone n t s . a n t eno v a o ff e r s a m a t ch i ng s e r v i ce on r e q ues t . c on t act i n f o @ an t eno v a . com f or f u rt h e r i n f o r m a t i on a n t e nn a f r e qu e n cy a d j u stme nt t h e r e s o na n t f r e q u e n c y o f t h e an t en n a c a n b e ad j u st e d to c o m p e n s a te s m a ll d e t u n i ng c au s e d b y nea r b y ob j e cts like a p l a stic c a s e o r a l a rg e m e t a l c o m p o n en t. t he ad j u s t m e n t d oe s m o s tly a f f e c t t h e l o w - ban d r e s o n an ce [ 8 2 4 - 9 6 0 m h z ], w ith a s m a ll er e f f e ct o n t h e u ppe r f r eq uen cy ban d [ 1 7 10 - 19 90 m h z ]. t h e a d j u s t m e n t in t h e r e s o n an t f r e q uen cy is a c h i e v e d b y c han g i n g t h e v a l u e o f t h e i ndu c t o r o n t h e gr ound i n g c onne c ti o n o f t h e a n t e n na: ? d e c r ea si n g t h e v a l u e o f t h e i n d u ct o r i n c re a s e s t h e r e s o n an t f r e q ue n c y , a t an app r o x i m a t e r a t e o f 2 0m h z / nh ? i n c r ea si n g t h e v a l u e o f t h e i ndu c t o r i n c r ea s e s t h e r e s o n an t f r e q uen cy , a t t he s a m e a p p r o x i m a te r a te o f 2 5 m h z / nh p o si t i o n o f th e i ndu c to r
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 17 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 fi g u r e 8 gr aph ic a lly s ho w s t h e r e l a ti o n b e t w ee n t h e de si r e d v a r i a ti o n in f r e q u e n cy an d t h e c o rr e s po n d i n g r e q u i r e d v a r i a ti o n in t h e i n du ct o r v a l ue. f i gu r e 8 v a r ia t i o n o f i nd u c t a n ce r e qu i r ed fo r th e d e si r ed c h a ng e in th e l o w - b a n d r es o n a n t f r e qu e n c y t h e p l o t is u s e d a s in t h is e x a m p l e : ? if t h e r e s o na n t f r e q u en cy in t h e l o w - ban d ha s to b e d e c r ea s e d b y 2 5m h z , t hen t h e v a l u e o f t h e i n du c t o r ha s t o b e i n c re a s e d b y 1n h; to de c re a se t h e f r e q uen cy 40 m h z , i n c r ea se t h e i n du ct o r 1 . 8 n h. ? if t h e r e s o na n t f r e q u en cy in t h e l o w - ban d ha s to b e i n c r ea s e b y 20 m h z , t he n t h e v a l u e o f t h e i n du c t o r h a s to b e de c re a se b y 1n h; to i n c r ea se t h e f req uen cy 40 m h z , de c r ea se t h e i ndu c t o r 2 . 9n h.
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 18 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 10 - 3 a nt e nn a p lac e m e n t cl a r ki s hou ld b e f i t t e d t o t h e d e v ice so t h a t po w e r f r o m t h e an t e n n a c a n r ad i a te i n to f r ee s p a c e . an t e n o v a st r o ng l y r e c o m m end s p l a ci n g t h e a n t e nn a i n a c o rn e r o f t h e boa r d . a l o w p r o f ile (< 3 . 5m m ) g s m /g p rs m o d u le c a n b e p l a c e d u n de r t h e a n t e n n a a s s h o w n in fi g .9 be l o w . t h e p l a c e m e n ts s ho w n he r e a r e f o r g u i d a n ce on l y , a s t h e a ct u al pe r f o rm an c e d i ff e r en c e s w ill depen d o n ea c h i nd i v i dua l de v ic e. an t e no v a m 2 m o ff e r s a f u ll r an g e o f de v e l o p m e n t s u ppo r t to en s u r e e f f ici e nt i m p l e m e n t a ti o n o f t h e an t e nn a i n to t h e s p e c i f ic de si g n . t o o v e r c o m e rf de si g n iss u e s, m a t c h i n g ci r c u its, t r an s m issi o n li n e s, l a y ou t a n d o t he r c o m po n en t s , p l ea se c on t a ct an t e no v a m 2 m ( s a l e s @an t e n o v a - m 2 m .c o m ) f o r de si g n an d p l a c e m ent r e c o m m e nd a ti on s. f i gu r e 9: r ec omm e n d ed r i gh t o r le f t c o r n er p la ce m e n t o f a nt e nn a w i t h po ssi b le g s m / g p rs m odu l e p lace m e n t out li n ed in y e l l o w .
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 19 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 10 - 4 re f e r e n ce b o a r d s t h e re f e r en ce b o a r d h a s b e e n de si g ne d f o r e v a l ua ti o n p u r po s e s o f cl a r ki g s m an t e nn a a n d it i n c l ud e s a s m a f e m a l e c o nn e ct o r . t h e re f e r en c e bo a r d is a v a il ab le w ith cl a r ki t une d to c o v e r 4 ba n d s: g s m 8 5 0 / 9 0 0 / 18 0 0 / 1 9 00 , pa r t n u m b e r : a 1 04 6 4 - u 1 . n b : t h e m a t c h i n g ci r c u it is o n t h e bo t t o m si d e o f t h e a 1 04 6 4 - u1 re f e r e n ce b o a r d. d i m en s i ons i n m m n o t e: ot h e r s i z e r e f e r ence boa r d s a r e a v a i l ab l e f or t y p i cal app li ca t i ons. c on t a c t sa l es @ an t eno v a - m 2 m . c om f or f u rt h e r i n f o r m a t i o n or t o o r d e r a r e f e r ence boa r d.
a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 20 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 11 m ou n t i n g t h is an t en n a is i n t e nd e d f o r f i x i n g u til i z i n g t wo m e t a l m 2 x 4 o r m 2 x 4 . 5 sc r e w s. 11 - 1 c o n n ec t i on f o r t h e s p r i n g p in ( a .k . a . 3 po g o p i n s ) p 1 in t h e re f e re n ce s c h e m a tic, t h e r e c o m m en d ed pa r ts a re : ? c.c. p . f 6 1 8a a 01 - 0 2 2 54 m r ( h tt p :// w w w . p c c p .c o m .t w /) [ pa i r ] ? c.c. p . n 1 0 3 m 1 ( h t t p :/ / ww w . p cc p .c o m .t w /) [si n g l e ] ? c.c. p . n 1 0 3 m 5 - 02 b 2 5 0 m r ( h tt p : / /ww w . p cc p .c o m .t w /) [ pa i r ] ? m ill - m a x 0900 - 1 - 00 - 00 - 00 - 00 - 11 - 0 ( h t t p :// w w w . m ill - m a x .c o m ) [si n g l e] 12 ha z a r d o u s m a t e r ial r e gu l a t i o n c on f o r m a n ce t h e a n t e nn a ha s b e e n t e st e d t o c on f o r m to r o hs r e q u i r e m e n ts. 13 p acka g i n g cl a r ki to b e s u p p li e d in t r a y s. p l ea se c on t a ct an t e no v a to d isc u ss y ou r t r a y r e q u i r e m e n ts.
cl a r ki g s m m 2 m an t e nna pa r t n o . a1 0 4 64 a n t enn a s f o r w i r e l ess m2m a pp l i c a t i o ns 21 p rodu c t s p e c i f i c a t i o n 12 m d - 004 7 - 3 - ps r e l e a se d a te 31 january 2015 www. a nten o v a - m 2 m .c o m c o r po r a t e hea dqu a r t e r s a nt e n o v a ltd. n o r t h a m e r ica hea dqu a r t e r s a nt e n o v a ltd. a s ia h ea dqu a r t e r s a nt e n o v a a s i a lt d . 2 nd floor titan court 3 bishop square hatfield al10 9na roge r s b u s i n e s s p a r k 2541 t e c hno l og y d ri v e s u i te 4 0 3 el g i n, il 60 1 24 4 f , no. 32 4 , s e c . 1, nei - h u ro a d ne i - hu d i s t r i c t t a i pei 11 4 93 t a i w a n, r o c t e l : + 44 1 2 23 8 10 6 00 e m a il : s a l e s @ ant e n o v a - m 2 m . c om t e l : + 1 ( 8 47) 5 51 9 710 e m a il : s a l e s @ an t en o v a - m 2 m . c om t e l : + 8 8 6 ( 0) 2 87 9 7 8 630 f a x : + 8 8 6 ( 0) 2 87 9 7 6 890 e m a il : s a l e s @ ant e n o v a - m 2 m . c om c op y r i ght ? a nt e no v a ltd . a l l r i g hts re s e r v ed. a n t en o v a ? , a n te n o v a m 2 m ? , g i gan o v a ? , and the a nt e n o v a and a n te n o v a m 2m l ogos a r e t r a de m a r k s a nd/or r e g i s te r e d t r a d e m a r k s of a nte n o v a l t d. a n y o th er na m es and/or t r a d e m a r k s b e l o ng t o t h e i r r e s pe c t i v e c o m pan i e s . t he m ate r i a l s p r o v i d e d h e r e i n a r e b e l i e v ed to be r e l i a b l e and c o rr e c t at t he t i m e of p r i nt. a n t en o v a does not wa rr ant t he a c c u r a c y or c o m p l etene s s of the i n f o r m at i on, t e x t, g r a p h i c s or o ther i t e m s c onta i n ed w i t h i n the s e i n f o r m at i on. a nte n o v a f u r t h er a ss u m es no r e s pon s i b i l i t y f or t he u s e of th i s i n f o r m a t i o n , a n d a l l s u c h i n f o r m at i on s ha l l b e e nt i r e l y at t h e u s e r ? s r i s k .

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