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W3011a

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W3011 Datasheet version 1.1 GPS ceramic antenna. (09/08) 1.575 GHz GPS Ceramic Chip Antenna Ground cleared under antenna, clearance area 4.00 x 4.25 mm / 6.25 mm. Pulse Part Number: W3011 / W3011A Features - Omni directional radiation - Low profile - Compact size W x L x H (3.2 x 1.6 x 1.1 mm) - Low weight (33 mg) - Lead free materials - Fully SMD compatible - Lead free soldering compatible - Tape-and-reel packing - RoHS Compliant Product Applications - GPS L1 band - 1.575 GHz Electrical specifications @ +25 °C Note: Electrical characteristics depend on test board (GP) size and antenna positioning on GP and the size of the ground clearance area. 1.575 GHz GPS W3011 Typical performance (Test board size 80 x 37 mm, PWB ground clearance area 4.00 x 4.25 mm) Frequency Range [MHz] RHCP Gain [dBic] Max Gain [dBi] Efficiency [%] / [dB] Return loss min. [dB] Impedance [Ω] Operating Temperature [°C] 1575.42 +/-10 0.85 (Peak) 0.5 (Band edges) 3.4 (Peak) 3.0 (Band edges) 85 / -0.7 (Peak) 80 / -1.0 (Band edges) -12 50 -40 to +85 1.575 GHz GPS W3011A Typical performance (Test board size 80 x 37 mm, PWB ground clearance area 4.00 x 6.25 mm) Frequency Range [MHz] RHCP Gain [dBic] Max Gain [dBi] Efficiency [%] / [dB] Return loss min. [dB] Impedance [Ω] Operating Temperature [°C] 1575.42 +/-10 1.0 (Peak) 0.7 (Band edges) 3.7 (Peak) 3.4 (Band edges) 85 / -0.7 (Peak) 85 / -1.0 (Band edges) -16 50 -40 to +85 Pulse Finland Oy Takatie 6 90440 Kempele, Finland Tel: +358 207 935 500 Fax: +358 207 935 501 www.pulseeng.com/antennas © 2008. All Rights Reserved. W3011 Datasheet version 1.1 GPS ceramic antenna. Confidential. Preliminary (09/08) 1.575 GHz GPS Ceramic Chip Antenna Ground cleared under antenna, clearance area 4.00 x 4.25 mm. Pulse Part Number: W3011 Terminal Configuration PWB Layout Ω Ω Ω Antenna PWB features Antenna features No. Terminal name Terminal Dimensions No. Terminal name Terminal Dimensions 1 Feed / GND 0.62 x 1.36 mm 1 Feed 0.8 x 0.65 mm 2 Feed / GND 0.62 x 1.36 mm 2 GND 0.8 x 0.65 mm 3 GND 0.8 x 1.60 mm Antenna is symmetrical. Either of terminals 1 or 2 can be feed / GND Pulse Finland Oy Takatie 6 90440 Kempele, Finland Tel: +358 207 935 500 Fax: +358 207 935 501 www.pulseeng.com/antennas © 2008. All Rights Reserved. W3011 Datasheet version 1.1 GPS ceramic antenna. Confidential. Preliminary (09/08) 1.575 GHz GPS Ceramic Chip Antenna Ground cleared under antenna, clearance area 4.00 x 6.25 mm. Pulse Part Number: W3011a Terminal Configuration PWB Layout 6 Ω Ω Ω Antenna PWB features Antenna features No. Terminal name Terminal Dimensions No. Terminal name Terminal Dimensions 1 Feed / GND 0.62 x 1.36 mm 1 Feed 0.8 x 0.65 mm 2 Feed / GND 0.62 x 1.36 mm 2 GND 0.8 x 0.65 mm 3 GND 0.8 x 1.60 mm Antenna is symmetrical. Either of terminals 1 or 2 can be feed / GND Pulse Finland Oy Takatie 6 90440 Kempele, Finland Tel: +358 207 935 500 Fax: +358 207 935 501 www.pulseeng.com/antennas © 2008. All Rights Reserved. 9eh 1.575 GHz GPS Ceramic Chip Antenna ' ) / W3011A Ground cleared under antenna, clearance area 4.00 x 4.25 mm / 6.25 mm. Pulse Part Number: W3011 'I''BE= +& IF7D+&&$&&&&&&C>p #)$&& FHc )& 9;DJ;H'+-+$&&&&&&C>p (& 9eh '& 9eh #*$+& ',&& '+/& '+.+ '+.& '+-, '+-+ '+-* '+-& '+,+ '+/& ',&& '+/& ',&& '+.& '+-, '+-+ '+-* '+-& '+,+ ',&& '+.+ '+.& '+/& pS '+.+ '+-, '+.& '+-+ '+-, '+-* '+-+ '+-& '+-* '+,+ '+-& '+,& '+,+ '++& '+,&   CWn=W_d ( pS 7l]$=W_d 9;DJ;H'+-+$&&&&&&C>p ',&& '+/& '+.+ '+.& '+-, '+-+ '+-* H>9FCWn=W_dQZ8_YS B_d[WhCWn=W_dQZ8_S HWZ;\\QZ8S 7l[hW][=W_dQZ8_S #*$+& #+$&& #+$+& #,$&& #+$&& #+$+& H>9F7l]$=W_d H>9F=W_d #)$+& #-$+& #*$&& #.$&& #*$+& '+/& ) ' &$&& '+-& ',&& #-$&& #)$&& &$+& '+,+ ($+& #'$+& ($&& #($&& '$+& '$&& H>9FCWn=W_dQZ8_YS #($&& #,$+& #($+& #)$+& #*$&& 7l[hW][=W_dQZ8_S '+.& '+-, '+-+ '+-* '+-& '+,+ '+,& '$+& IF7D+&&$&&&&&&C>p #,$&& pS  HWZ;\\QZ8S 7l]$=W_d CWn=W_d pS #,$&& '+,& #*$+& IF7D+&&$&&&&&&C>p Takatie 6 90440 Kempele, pS '& 9;DJ;H'+-+$&&&&&&C>p 7l]$=W_d CWn=W_d )$&& -& #*$&& #+$&& HWZ;\\QZ8S HWZ;\\QS )$&& '++& '+/& ',&& '+.+ '+/& '+.& pS '+.+ '+-, '+-, '+-* #'$+& #+$&& #*$+& #($&& #+$&& #+$+& #($+& #,$&&#)$&& '+.& #*$+&#'$&& '+-+ ) '+-+ '+-& '+-* '+,+ '+-& '+,&   HWZ;\\QS (& &$&&&&&&C>p '+,+ )& HWZ;\\QZ8S #)$+& &$&& #)$&& #*$&&#&$+& #)$+& )& '++& & ($+& '&& *& ($&& /& '+,&'++& & #($&& #($+& +& &$+& #($&& )$+& '++& #)$&& #'$+& B_d[WhCWn=W_dQZ8_S #($+& '$&& B_d[WhCWn=W_dQZ8_S H>9FCWn=W_dQZ8_YS )$+& -& #'$&& HWZ;\\QZ8S #($&& 7l[hW][=W_dQZ8_S *$&& .& (& pS  &$&& #&$+& /& -& '$&& '& ,& &$+& & +& &$&& *& #)$+& &$&& #*$&& #&$+& IF7D+&&$&&&&&&C>p p IF7D+&&$&&&&&&C>p 9;DJ;H #'$+& -& 8=&BVg`Zgh '$&& #+$&& ($+ *?jc'%%,&%/'+/%% #($&& ,& '$#'-$,*-Z8 '$+,+&&=>p &$+& #+$+& ($#(-$&)/Z8 '+-+$*(&&&&C>p ($& #($+& +& )$#'-$&*,Z8 '$+.+&&=>p 9>'I''BE= +Z8%H;<&Z8 &$&& #,$&& #)$&& *& '$+ #)$+& )& '$& pS  #*$&& (& FHc &$+ #*$+& '& 7l]$=W_d CWn=W_d #+$&& & &$& 9eh '++& pS HWZ;\\QZ8S HWZ;\\QS )$&& ,& HWZ;\\QS B_d[WhCWn=W_dQZ8_S  '+-, '& & 9>'I'''Kp '$*,$.-'² ('$/+'² '$+,+&&=>p #*$&& ($+&$,./² #($-+(&² ),$-'&f< #*$+&  '+-+$*(&&&&C>p #+$&& )$ )+$)'.² #'-$(+,² '$+.+&&=>p (& #)$&& ( '+,& #)$&& '*BVn'%%,%,/',/), ($+& '&& ($&& /& ) 9;DJ;H'+-+$&&&&&&C>p #($+& *& #($+& p +& p 9eh HWZ;\\QS B_d[WhCWn=W_dQZ8_S #'$&& #'$+& )& 9;DJ;H'+-+$&&&&&&C>p '$& HWZ;\\QZ8S *$&& HWZ;\\QZ8S ( -& FHc :[b '+,& '++& &$&& #&$+& .& '$+ pS 9>'I' ($& ) ) ' ',&& HWZ;\\QS '&&  *?jc' ($+ 9eh #+$&& '( )$+ p & '( & +Z8%H;<&Z8 *& 9eh 9;DJ;H'+-+$&&&&&&C>p -& *?jc'%%,&%/'+/%% 7l[hW][=W_dQZ8_S H>9F7l]$=W_dQZ8_YS 9eh #'$&& 8=&BVg`Zgh #'$+& '$#'-$,*-Z8 '$+,+&&=>p ($#(-$&)/Z8 '+-+$*(&&&&C>p #($&& )$#'-$&*,Z8 '$+.+&&=>p #($+& ',&& 9>'I'''Kp ($+&$,./² #($-+(&² ),$-'&f< &$&&  '+-+$*(&&&&C>p #&$+& )$ )+$)'.² #'-$(+,² '$+.+&&=>p 9>'I'''Kp ($+&$,./² #($-+(&² ),$-'&f<  '+-+$*(&&&&C>p ( )$ )+$)'.² #'-$(+,² '$+.+&&=>p '*BVn'%%,%,/',/), FHc :[b '&& HWZ;\\QS p ($#)($).(Z8 '+-+$*(&&&&C>p )$#'($'-*Z8 '$+.+&&=>p '*BVn'%%,%,/'+/), 9>'I''BE= p Measured on the 80 x 37mm test board without matching9ehcircuit and in antenna position 1 on PWB layout. & & 9;DJ;H'+-+$&&&&&&C>p FHc :[b Typical Electrical Characteristics (T=25°C) HWZ;\\QZ8S & '$*,$.-'² ('$/+'² '$+,+&&=>p ($+&$,./² #($-+(&² ),$-'&f<  '+-+$*(&&&&C>p ( #'-$(+,² '$+.+&&=>p )$ )+$)'.² '$+.+&&=>p 9>'I''BE= +Z8%H;<&Z8 Ground cleared under antenna,)$#'($'-*Z8 clearance area 4.00 x 4.25 mm. 9>'I'''Kp and Measured Performance ($#)($).(Z8 '+-+$*(&&&&C>p +&&=>p +$*(&&&&C>p +&&=>p & 9eh W3011 Datasheet version 1.1 GPS ceramic antenna. (09/08) #)$&& #+$&& W3011 Datasheet version 1.1 GPS ceramic antenna. (09/08) 1.575 GHz GPS Ceramic Chip Antenna Ground cleared under antenna, clearance area 4.00 x 4.25 mm / 6.25 mm. Pulse Part Number: W3011 / W3011A 1.575 GHz Typical Radiation Patterns XZ-PLANE ZY-PLANE XY-PLANE Pulse Finland Oy Takatie 6 90440 Kempele, Finland Tel: +358 207 935 500 Fax: +358 207 935 501 www.pulseeng.com/antennas © 2008. All Rights Reserved. #($+& )$&& #)$&& ($+& #)$+& #+$&& ) &$+& #+$+& 'I'''Kp pS  #-$+& FHc :[b #.$&& 9eh pS  H>9F7l]$=W_d H>9F=W_d Measured on the 80 x 37mm test board with matching circuit (shunt 1.8 pF) and in antenna position 1 on PWB layout. H>9F=W_d  H>9F=W_d ',&& '+/& '+.+ '+.& '+-, '+-+ #.$&& pS H>9F7l]$=W_d 9;DJ;H'+-+$&&&&&&C>p ',&& '+/& '+.+ '+.& ',&& '+/& '+.+ '+.& ',&& '+/& '+.+ '+.& '+-+ '+-, ',&& '+/& '+.+ '+.& '+-, '+-+ H>9FCWn=W_dQZ8_YS 7l[hW][=W_dQZ8_S H>9F7l]$=W_dQZ8_YS #'$+& ,& #($&& +& #($+& *& #)$&& )& #)$+& (& #*$&& '& #*$+& & & #+$&& &  pS HWZ;\\QZ8S HWZ;\\QZ8S #+$&& F7l]$=W_dQZ8_YS FCWn=W_dQZ8_YS '$&& #*$&& #*$+& B_d[WhCWn=W_dQZ8_S -& * Pulse Finland Oy 9FCWn=W_dQZ8_YS HWZ;\\QZ8S 7l[hW][=W_dQZ8_S #'$&& HWZ;\\QS IF7D+&&$&&&&&&C>p '+-* .& '++&  '+-* '+-& '+,+ '+,& #($&& #-$+& ) &$&& #&$+& © 2008. All Rights Reserved. B_d[WhCWn=W_dQZ8_S #'$+& #-$&& & #,$&& ',&& ' & /& '+/& ( ' < '+.+ #,$+& ' #+$+& '+.& #&$+& ( '&& '+-* #,$&& ( 7l]$=W_d '+-& &$&& ) #+$&& 9F7l]$=W_dQZ8_YS '$&& ) pS CWn=W_d 9eh pS HWZ;\\QZ8S  p #*$&& #*$&& #*$+& #*$+& #+$&& )& ($+& 9;DJ;H'+-+$&&&&&&C>p (& ($&& '& '$+& & ',&& '+/& '+.+ '+.& pS #)$&& '$&& #*$&& '$,'$-(+² ''$.&+² '$+,+&&=>p #*$+& ($+*$'&-² #)$(/..² )&$,(*f< #+$&&  '+-+$*(&&&&C>p )$ *($/*/² #'&$,'/² '$+.+&&=>p '+-, '+-* '+-& '+,+ '+,& '++&  *& )$&& '+-& #)$+& #'$+& #($&& #($&& #($+& #($+& '+,+ )& -& *$&& ,& )$+& +& '+,+ #)$&& #'$&& 9F7l]$=W_d /& '++& #'$+& IF7D+&&$&&&&&&C>p #($&& -& 9;DJ;H'+-+$&&&&&&C>p ,& B_d[WhCWn=W_dQZ8_S #'$&& HWZ;\\QZ8S #&$+& '+-+ HWZ;\\QS H>9FCWn=W_dQZ8_YS &$&& .& '& *?jc'%%,&%/',/%% & &&C>p ) ( /& (& pS ' 'I'''KpS pS '&& &&C>p '+-+ '+-* '+,+ '+,& '++& #+$+&  #&$+& #'$&& #+$&& IF7D+&&$&&&&&&C>p #+$&& '+,+ ',&& '+/& '+.+ '+.& ($&& 9>'I'''Kp ($+*$'&-² #)$(/..² )&$,(*f< #)$+& #*$&&  '+-+$*(&&&&C>p )$ *($/*/² #'&$,'/² '$+.+&&=>p #*$&& ( #*$+& #*$+& *?jc'%%,&%/',/%% ($+& ($&& '+-, CWn=W_d #($+& p '$&& :[b &$+& 9eh &$&& &$&& #+$+& HWZ;\\QZ8S '+-* '+,+ &$&& pS HWZ;\\QS '+,& & '+-*  &$+& & '+-& #*$+&#+$&& '$&& & 7l[hW][=W_dQZ8_S '$+& & '+,+ & '+,& 9eh '++& & #)$&& #)$&& #)$+& #)$+& #*$&& #*$&&#*$+& '++& & FHc +Z8%H;<&Z8 *& )$&& )& ($+& (& ($&&'& '++& & B_d[WhCWn=W_dQZ8_S 9>'I''BE= )$+&+& HWZ;\\QZ8S & #'$&& 8=&BVg`Zgh '$#'-$,*-Z8 '$+,+&&=>p#'$+& #($&&#($&& ($#(-$&)/Z8 '+-+$*(&&&&C>p )$#'-$&*,Z8 '$+.+&&=>p#($+& #($+& *$&& '+,& .& 9FCWn=W_dQZ8_YS &$&& /& HWZ;\\QZ8S '&& '+-& HWZ;\\QS p FHc #'$+& IF7D+&&$&&&&&&C>p #+$&& W3011a GPS 1.575GHz Test Set Up and &$+& #+$+&Measured Performance & & +Z8%H;<&Z8 '+/& 9;DJ;H'+-+$&&&&&&C>p '$&& #&$+& 9>'I''BE= '+.+ & #*$&& ( '+.& ($&& #,$&& 8=&BVg`Zgh '$#'($*'+Z8 '$+,+&&=>p ($#)($).(Z8 '+-+$*(&&&&C>p #,$+& )$#'($'-*Z8 '$+.+&&=>p '*BVn'%%,%,/'+/), '+-, & '+,& & H>9F7l]$=W_dQZ8_YS '$&& #($&& ) ' )$+& H>9FCWn=W_dQZ8_YS B_d[WhCWn=W_dQZ8_S HWZ;\\QZ8S & *$&&