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152 chip?lter01_e-01 features ordering code external dimensions/standard quantity applications fi 212c2450xx fi 212c245041 fi 212c245051 fi 2 12c249566 fi 2 12p245003 fi 1 68t578717 1 b alanced balanced balanced balanced gnd unbalance 2 gnd balanced gnd gnd common gnd 3 balanced gnd balanced balanced gnd nc 4 gnd gnd gnd gnd high band b a lanced 5 unbalance nc unbalance unbalance gnd gnd 6 dc dc nc nc or dc l o w band ba lanced 7 nc unbalance nc nc ` ` 8 gnd gnd gnd gnd ` ` fi 212b type fi 212c245033/fi 212c245034 fi 212p type fi 212c245072 fi 212l type fi 212c type fi 212c249566 fi 105b/l type fi 212b245021/fi 212b245025/fi 212b190223 fi 168b/l type fi 168t type 2.00 ? 0.15 1.6?0.10 0.50?0.15 0.2?0.15 0.45?0.05 0.80?0.10 1.00?0.05 0.30?0.10 0.33 max. 0.30?0.10 0.50?0.05 0.10?0.05 0.10?0.05 unit : mm unit : mm unit : mm un it : mm un it : mm u n it : mm un it : mm un it : mm u n it : mm u n it : mm u n it : mm this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. ? compact and low-pro?le ? low loss and high attenuation ? s t able temperature characteristics ? b l uetooth ? module, wireless lan, digital tv high frequency multilayer chip filter ? electrode code with plating blank space ? dimensions code mm 212 2.0 1.25 168 1.6 0.8 105 1.0 0.5 ? device code fi filters for h i gh frequency ? spec code 01 individual spec ? packaging ` t tape & reel ? special code b band pass filter l l o w pass filter c b a lance filter p d i plexer t balun ? frequency mhz example 2450 2400 2500 0620 470 770 f i 2 1 2 b 2 4 5 0 2 1 ` t ? ? ? ? ? ? ? reflow type standard quantity pcs embossed tape 212b 3000 212l 212c 212p 168b 4000 168l 168t 105b 10000 105l
high frequency dielectric component 153 chip?lter01_e-01 part numbers electrical characteristics ? typical characteristics fi 212b245021 pass band frequency 2400-2500mhz insertion loss at p a ss band 1 . 8 db max. 2 5 d eg-c 2.1 db max. 30 85 deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.0 max. attenuation 25 db min. 1 7 10 - 1910 mhz 20 d b min. 4 8 00 - 5000 mhz im pedance 50 ohm fi 168b245001 fi 168b259762 pass band frequency 2495 ? 2690 mhz insertion loss at p a ss band 2 . 2 db max. 2 5 d eg-c 2.5 db max. 30 85 deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.1 max. attenuation 20dbmin. 8 24 ? 960mhz 12dbmin. 1 710 ? 1990mhz 15dbmin. 2 1 10 ? 2170mhz 10dbmin. 4 990 ? 5380mhz impedance 50 ohm pass band frequency 1884-1930mhz insertion loss at 1 8 84-1920mhz 1.7 db max. 2 5 deg-c 2.0 db max. 3 0 - 85deg-c insertion loss at 1 9 20-1930mhz 1.7 db max. 2 5 deg-c 2.0 db max. 3 0 - 85deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.0 max. attenuation 30 db min. 1 420mhz 18 db min. 3 768-3860mhz impedance 50 ohm pass band frequency 2400 ? 2500mhz insertion loss at p a ss band 2 . 3 db 2 5deg-c 2 .6 db 3 0 85deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.1 max. attenuation 25 db min. 8 80 ? 970mhz 25 db min. 1 710 ? 1910mhz 20 db min. 4 800 ? 5000mhz 20 db min. 7 260 ? 7500mhz impedance 50 ohm this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. multi-layer balance ?lters multi-layer diplexer m u lti-layer band pass ?lters m u lti-layer low pass ?lters mu lti-layer balun applications external dimensions ordering code no tes other 1.6 0.8 0.5 m a x. fi 168t578717 th ickness 0.5 mm max. applications external dimensions ordering code no tes w-lan 2.0 1.25 1.0 m a x. fi 212p245003 applications external dimensions ordering code no tes digital tv 2 . 0 1.25 0.5 m a x. fi 212l062002 fo r isdb-t 2. 0 1.25 0.5 m a x. fi 212l062003 fo r isdb-t 2. 0 1.25 0.5 m a x. fi 212l062007 fo r dvb-h 2. 0 1.25 0.5 m a x. fi 212l062009 fo r isdb-t 1. 6 0.8 0.45 m a x. fi 168l062005 th ickness 0.45 mm max. wi max 1.6 0.8 0.45 m a x. fi 168l259764 th ickness 0.45 mm max. 2.4ghz w-lan bluetooth 1.0 0.5 0.33 max. fi 105l250014 th ickness 0.33 mm max. fi 168b259763 pass band frequency 2495 ? 2690 mhz insertion loss at p a ss band 2 . 5 db max. 2 5 d eg-c 2.8 db max. 30 85 deg-c ripple at pass band 1.2 db max. v.s.w.r. at pass band 2.2 max. attenuation 20 db min. 1 00 ? 1400mhz 35 db min. 1 400 ? 1650mhz 15 db min. 4 990 ? 5380mhz impedance 50 ohm fi 212b396001 pass band frequency 3168 ? 4752 mhz insertion loss at p a ss band 2 . 7 db max. 2 5 d eg-c 3.0 db max. 30 85 deg-c ripple at pass band 2.0 db max. v.s.w.r. at pass band 2.5 max. attenuation 33 db min. 9 00mhz 25 db min. 1 500mhz 22 db min. 1 900mhz 13 db min. 2 5 00mhz 10db min. 5 150mhz impedance 50 ohm fi 212b448802 pass band frequency 4224 ? 4752 mhz insertion loss at 4 2 24 ? 4488 mhz 2 . 4 db max. 2 5 d eg-c 2.7 db max. 30 85 deg-c insertion loss at 4488 ? 4752 mhz 2 . 5 db max. 2 5 d eg-c 2.8 db max. 30 85 deg-c ripple at pass band 1.5 db max. v.s.w.r. at pass band 2.2 max. attenuation 40 db min. 2 4 00-2500mhz 25 db min. 3 300-3600mhz 10 db min. 5 158-5850mhz impedance 50 ohm fi 212b190223 applications external dimensions ordering code no tes 2.4ghz w-lan b l uetooth 2.0 1.25 1.0 m a x. fi 212b245021/fi 212b245025/fi 212b245026/fi 212b245027 1. 6 0.8 0.5 m a x. fi 168b245001 wi max 1.6 0.8 0.5 m a x. fi 168b259762/fi 168b250065/fi 168b259763 uw b 2.0 1.25 1.0 m a x. fi 212b396001 wi media band group 1 2. 0 1.25 1.0 m a x. fi 212b448802 wi media band group 1 tfc 7 ph s 2.0 1.25 1.0 m a x. fi 212b190223 applications external dimensions ordering code no tes bluetooth 2.0 1.25 1.0 m a x. fi 212c245031 co njugated ma tch to csr bc3 2.0 1.25 1.0 m a x. fi 212c245032 co njugated ma tch to csr bc4 2.0 1.25 1.0 m a x. fi 212c245033 co njugated ma tch to csr bc3 2.0 1.25 1.0 m a x. fi 212c245034 conjugated match to csr bc4-bga 2.0 1.25 1.0 max. fi 212c245035 co njugated ma tch to csr bc5 2.0 1.25 1.0 m a x. fi 212c245036 co njugated ma tch to csr bc5 2.0 1.25 1.0 m a x. fi 212c245041 conjugated match to brf6150 & brf6300-bga 2.0 1.25 1.0 max. fi 212c245051 conjugated match to stlc2500c-d 2.0 1.25 0.7 max. fi 212c245072 conjugated match to csr bc5fm, bc6rom wimax 2.0 1.25 0.5 ma x. fi 212c249566 th ickness 0.5 mm max.
154 chip?lter01_e-01 electrical characteristics ? typical characteristics this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. fi 212l062009 fi 212c245031 fi 212l062007 fi 168l259764 fi 212c245032 pass band frequency 470 ? 750 mhz insertion loss at 4 7 0-600mhz 0.8 db max. 2 5 d eg-c 1.0 db max. 30 85 deg-c insertion loss at 600-710mhz 1.4 db max. 2 5 d eg-c 1.6 db max. 30 85 deg-c insertion loss at 710-750mhz 2.2 db max. 2 5 d eg-c 2.5 db max. 30 85 deg-c ripple at 470 ? 710 mhz 1.2 db max. v.s.w.r. at 470 ? 710 mhz 2.0 max. attenuation 25 db min. 8 80 ? 915 mhz 25 deg-c 2 3 d b min. 8 80 ? 915 mhz 30 85 d e g-c 8 db min. 1 500 mhz 8 db min. 1 710 mhz 8 db min. 2 0 00 mhz 8 db min. 2 5 00 mhz impedance 50 ohm pass band frequency 470 ? 806 mhz insertion loss at 4 7 0 ? 710 mhz 1 . 6 db max. 2 5 d eg-c 1.8 db max. 30 85 deg-c insertion loss at 710 ? 750 mhz 2 . 2 db max. 2 5 d eg-c 2.5 db max. 30 85 deg-c insertion loss at 750 ? 806 mhz 5 . 2 db max. 2 5 d eg-c 6.0 db max. 30 85 deg-c ripple at 470 ? 710 mhz 1.2 db max. v.s.w.r. at 470 ? 710 mhz 2.2 max. attenuation 20 db min. 8 80 ? 915 mhz 25 deg-c 1 7 d b min. 8 80 ? 915 mhz 30 85 d e g-c 30 db min. 1 710-1910 mhz impedance 50 ohm pass band frequency 470 ? 770 mhz 2300 ? 2700 mhz i n sertion loss at 4 7 0-770mhz 0.5 db max. 2 5 d eg-c 0.6 db max. 30 85 deg-c insertion loss at 2300-2700mhz 0.5 db max. 2 5 d eg-c 0.6 db max. 30 85 deg-c ripple at 470 ? 770 mhz 0.3 db max. ripple at 2300 ? 2700 mhz 0.3 db max. v.s.w.r.at 470 ? 770mhz 2.0 max. v.s.w.r.at 2300 ? 2700mhz 2.0 max. attenuation 20 db min. 4 600 ? 5400 mhz 20 db min. 6 900 ? 8100 mhz impedance 50 ohm pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance a t p ass band 1 8 0 / 1 0 deg attenuation 35 db min. 8 80-960mhz 20 db min. 1 710-1990mhz 20 db min. 1 990-2170mhz 20 db min. 4 800-5000mhz unbalanced p o rt impedance 50 ohm b a lanced port i m pedance conjugated m a tch to csr bc4 pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance at pass band 180 / 10 deg attenuation 35 db min. 8 80-960mhz 20 db min. 1 710-1990mhz 20 db min. 1 990-2170mhz 20 db min. 4 800-5000mhz unbalanced p o rt impedance 50 ohm b a lanced port i m pedance conjugated m a tch to csr bc3 fi 212l062003 pass band frequency 470 ? 770 mhz insertion loss at 4 7 0 ? 600mhz 0.7 db max. 25 deg-c 0.9 db max. 3 0 85 deg-c insertion loss at 600 ? 710mhz 1 . 5 db max. 2 5 d eg-c 1.7 db max. 30 85 deg-c insertion loss at 710 ? 770mhz 3 . 3 db max. 2 5 d eg-c 3.7 db max. 30 85 deg-c ripple at 470 ? 710 mhz 1.2 db max. v.s.w.r. at 470 ? 710 mhz 2.5 max. attenuation 15 db min. 8 30 ? 840 mhz 25 deg-c 1 1 d b min. 8 30 ? 840 mhz 30 85 d e g-c 15 db min. 8 88 ? 925 mhz 15 db min. 9 40 ? 960 mhz 7 db min. 1 429 ? 1453 mhz 8 db min. 1 920 ? 1980 mhz 8 db min. 2 4 00 ? 2500 mhz impedance 50 ohm fi 168l062005 pass band frequency 470 ? 770 mhz insertion loss at 4 7 0-600mhz 1.2 db max. 2 5 d eg-c 1.3 db max. 30 85 deg-c insertion loss at 600-710mhz 2.2 db max. 2 5 d eg-c 2.4 db max. 30 85 deg-c insertion loss at 710-770mhz 4.0 db max. 2 5 d eg-c 4.4 db max. 30 85 deg-c ripple at 470 ? 710 mhz 1.4 db max. v.s.w.r. 2.0 max. 4 70 ? 710 mhz 2.5 max. 7 10 ? 770 mhz attenuation 25 db min. 8 88 ? 925 mhz 25 deg-c 2 1 d b min. 8 88 ? 925 mhz 30 85 d e g-c 25 db min. 9 40 ? 960 mhz 27 db min. 1 429 ? 1453 mhz 26 db min. 1 920 ? 1980 mhz 26 db min. 2 4 00 ? 2500 mhz impedance 50 ohm fi 212l062002 pass band frequency 470 ? 770 mhz insertion loss at 4 7 0-600mhz 0.9 db max. 2 5 d eg-c 1.1 db max. 30 85 deg-c insertion loss at 600-710mhz 1.5 db max. 2 5 d eg-c 1.7 db max. 30 85 deg-c insertion loss at 710-770mhz 3.4 db max. 2 5 d eg-c 3.7 db max. 30 85 deg-c ripple at 470 ? 710 mhz 1.2 db max. v.s.w.r. at 470 ? 710 mhz 2.0 max. attenuation 25 db min. 8 88 ? 925 mhz 25 db min. 9 40 ? 960 mhz 27 db min. 1 429 ? 1453 mhz 26 db min. 1 920 ? 1980 mhz 26 db min. 2 4 00 ? 2500 mhz impedance 50 ohm
high frequency dielectric component 155 chip?lter01_e-01 electrical characteristics ? typical characteristics this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. fi 212c245034 pass band frequency 2400-2500mhz insertion loss at p a ss band 2 . 7 db max. 2 5 d eg-c 3.0 db max. 30 85 deg-c ripple at pass band 1.0 db max. amp. balance at passband 2.0 db max. phase balance at passband 180 / 10 deg unbalanced port v.s.w.r at passband 2.0 max. balanced port v.s.w.r at passband 2.0 max. attenuation 25 db min. 8 8 0 - 960 mhz 15 d b min. 1 7 10 - 1990 mhz 12 d b min. 1 9 90 - 2170 mhz 15 d b min. 4 8 00 - 5000 mhz un balanced p o rt impedance 50 ohm balanced port impedance conjugated to csr bc4-bga, bc5-bga fi 212c245033 pass band frequency 2400-2500mhz insertion loss at pass band 2.7 db 25deg-c 3.0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance a t p ass band 1 8 0 / 1 0 deg attenuation 25 db min. 8 80-960mhz 15 db min. 1 710-1990mhz 15 db min. 1 990-2170mhz 15 db min. 4 800-5000mhz unbalanced port impedance 50 ohm balanced port i m pedance conjugated m a tch to csr bc3 pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance at pass band 180 / 10 deg attenuation 35 db min. 8 80-960mhz 20 db min. 1 710-1990mhz 15 db min. 1 990-2170mhz 20 db min. 4 800-5000mhz unbalanced port impedance 50 ohm balanced port i m pedance conjugated m a tch to csr bc5 pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance a t p ass band 1 8 0 / 1 0 deg attenuation 35 db min. 8 80-960mhz 20 db min. 1 710-1990mhz 15 db min. 1 990-2170mhz 20 db min. 4 800-5000mhz unbalanced port impedance 50 ohm balanced port i m pedance conjugated m a tch to csr bc5 pass band frequency 2400-2500mhzv insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance at pass band 180 / 10 deg attenuation 35 db min. 8 80-960mhz 30 db min. 1 575.42mhz 30 db min. 1 710-1990mhz 15 db min. 1 990-2170mhz 30 db min. 4 800-5000mhz 20 db min. 7 200-7500mhz unbalanced port impedance 50 ohm balanced port i m pedance conjugated ma tch to ti brf6150&brf6300-bga fi 212c245035 fi 212c245036 fi 212c245041 fi 212c245051 pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. unbalanced port v.s.w.r. at pass band 2.0 max. balanced port v.s.w.r. at pass band 2.0 max. amplitude imbalance at pass band 2.0 db max. phase imbalance a t p ass band 1 8 0 / 1 0 deg attenuation 40 db min. 8 24 ? 960mhz 12 db min. 1 570-1580mhz 27 db min. 1 710-1785mhz 25 db min. 1 805-1880mhz 23 db min. 1 880-1910mhz 20 db min. 4 800-5000mhz unbalanced p o rt impedance 50 ohm b a lanced port i m pedance conjugated ma tch to stlc2500c-d fi 212c249566 pass band frequency 2300-2690mhz insertion loss a t 2 300-2495mhz 2 . 9 db max. 2 5 d eg-c 3.2 db max. 30 85 deg-c ripple at 2300-2495mhz 1.2 db max. unbalanced port v.s.w.r. at 2300-2495mhz 2.3 max. balanced port v.s.w.r. at 2300-2495mhz 2.3 max. amplitude imbalance at 2300-2495mhz 2.0 db max. phase imbalance a t 2 300-2495mhz 1 8 0 / 1 2 deg insertion loss a t 2 495-2690mhz 2 . 3 db max. 2 5 d eg-c 2.6 db max. 30 85 deg-c ripple at 2495-2690mhz 1.0 db max. unbalanced port v.s.w.r. at 2495-2690mhz 2.3 max. balanced port v.s.w.r. at 2495-2690mhz 2.3 max. amplitude imbalance at 2495-2690mhz 2.0 db max. phase imbalance a t 2 495-2690mhz 1 8 0 / 1 2 deg attenuation 40 db min. 8 24-960mhz 15 db min. 1 710-1990mhz 20 db min. 4 900-5850mhz impedance 50 : 100 >?>?> > >e>?> >e>> >e>> >e>?> >e>?>> >???????????h-?>?h/ >?>? >>? >?> >>?> > >e>?> >e>> >e>> >e>?> >e>?>> >???????????h-?>?h/ >?>? >> >?> >>?> >???>?>? >???>?>? >???>?>?
156 chip?lter01_e-01 electrical characteristics ? typical characteristics fi 212b245025 fi 168t5787717 fi 105l250014 fi 212b245027 fi 105b245024 fi 212b245026 fi 168b250065 pass band frequency 2400-2500mhz insertion loss at p a ss band 1 . 4 db max. 2 5 deg-c 1.7 db max. 30 85 deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.0 max. attenuation 30 db min. 8 2 4 - 960 mhz 30 d b min. 8 5 0 mhz 30 d b min. 9 0 0 mhz 30 d b min. 1 8 00 mhz 30 d b min. 1 9 00 mhz 27 d b min. 1 7 10 - 1910 mhz 20 d b min. 4 8 00 - 5000 mhz 20 d b min. 5 0 00 mhz pass band frequency 5725-5850mhz insertion loss at p a ss band 1 . 0 db max. 2 5 d eg-c v.s.w.r. at pass band 2.0 max. phase balance a t p ass band 1 8 0 / 1 0 deg amplitude imbalance at pass band 1.0 db max. impedance 50 : 100 pass band frequency 2400-2500mhz insertion loss at 2 4 00 - 2500 mhz 0 . 45 db max. 2 5 deg-c 0.55 db max. 40 85 deg-c v.s.w.r. at 2400 - 2500 mhz 1.7 max. attenuation 21 db min. 4 8 00 - 5000 mhz 21 d b min. 7 2 00 - 7500 mhz im pedance 50 ohm pass band frequency 2400-2500mhz insertion loss at p a ss band 1 . 4 db max. 2 5 deg-c 1.7 db max. 40 85 deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.0 max. attenuation 30 db min. 8 8 0 - 915 mhz 30 d b min. 1 7 10 - 1910 mhz 6 db m in. 2 1 00 - 2170 mhz 20 d b min. 4 8 00 - 5000 mhz pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 0 db max. 2 5 d eg-c 3.3 db max. 40 85 deg-c ripple at pass band 1.0 db max. v.s.w.r. at pass band 2.2 max. attenuation 25 db min. 8 8 0 - 960 mhz 22 d b min. 1 7 10 - 1910 mhz 20 d b min. 4 8 00 - 5000 mhz 20 d b min. 7 2 00 - 7500 mhz pass band frequency 2400 - 2500 mhz insertion loss at p a ss band 2 . 6 db max. 2 5 d eg-c 2.9 db max. 40 85 deg-c ripple at pass band 1 . 0 db max. v . s.w.r. at p a ss band 2 . 0 max. a t tenuation 40 db min. 8 0 0 - 960 mhz 30 d b min. 1 7 10 - 1990 mhz 25 d b min. 2 1 10 - 2170 mhz 30 d b min. 4 8 00 - 5000 mhz 30 d b min. 7 2 00 - 7500 mhz im pedance 50 ohm pass band frequency 2300 - 2700 mhz insertion loss at 2 3 00 - 2500 mhz 2 . 4 db max. 2 5 d eg-c 2.6 db max. 30 85 deg-c insertion loss at 2500 - 2700 mhz 2 . 3 db max. 2 5 d eg-c 2.5 db max. 30 85 deg-c ripple at 2300 - 2500 mhz 1 . 4 db max. r i pple at 2 5 00 - 2700 mhz 1 . 3 db max. v . s.w.r. at 2 3 00 - 2500 mhz 2 . 4 max. v . s.w.r. at 2 5 00 - 2700 mhz 1 . 3 max. a t tenuation 15 db min. 1 5 00 - 2000 mhz 10 d b min. 4 6 00 - 8000 mhz im pedance 50 ohm fi 212p245003 low band pass band frequency 2400-2500mhz insertion loss a t 2 400-2500mhz 0 . 5 db max. 2 5 d eg-c 0.7 db max. 30 85 deg-c v.s.w.r. 2.0 db max. at tenuation 14 db min. 4 900-5150mhz 20 db min. 5 150-5350mhz 14 db min. 5 470-5825mhz high band pass band frequency 1 4900-5150mhz pass band frequency 2 5150-5350mhz pass band frequency 3 5470-5825mhz insertion loss at p a ss band 1 0 . 7 db max. 2 5 d eg-c 0.9 db max. 30 85 deg-c insertion loss at pass band 2 0 . 6 db max. 2 5 d eg-c 0.8 db max. 30 85 deg-c insertion loss at pass band 3 0 . 9 db max. 2 5 d eg-c 1.0 db max. 30 85 deg-c v.s.w.r. 2.0 db max. b and-1.-2 2.5 db max. b and-2 attenuation 20 db min. 24 00-2500mhz this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. >>? >> >? >>?> > >e>?> >e>?> >e>?> >e>> >e>?> >e>> >e>> >?>? >> >?> >>? >>? >?> >>? >> >? >>?> >>?> >e>>?>? >e>?>?> >e>?>?>? >e>?>?> >e>?>?>? >e>?>?> >>?> >?>?>? >?>?> >?>?>? >?>?> >?>?>? >?>?> >?????????h-?>?h/ >???>?>?h-?>?h/ >???>?>?h->>?>>?h/ >????h-???
h/ >?>? >> >?> >>? >>? >?> >>?> >? >? >? > >e>? >e>? >e>? >?>? >?> >? > >e>? >e>?> >e>?>? >?>? >> >?> >>? >>? >?> >????????? >???? >?>> >?>?>> >?>?>> >?>?>> >>?>> >?>?>> >?>> >?>?>> >?>?>> >?>?>> >>?>> >?>?>> >>?>> >>?>> >?>?>> >?>>> > >e>?> >e>?> >e>?> >e>> >e>?> >e>> >e>> >???????????h-?>?h/ >?>?>> >?>>> >?>?>> >?>>> >?>> > >e>?> >e>?> >e>?> >e>> >e>?> >e>> >e>> >???????????h-?>?h/ >?>?>> >?>?>> >?>?>> >?>?>> >>?>> >>?>>
high frequency dielectric component 157 chip?lter01_e-01 electrical characteristics ? typical characteristics this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. >? > >e>?> >e>> >e>> >e>?> >???????????h-?>?h/ >? >? > > >e>?> >e>> >e>> >e>?> >e>?>> >???????????h-?>?h/ >?> > >???>?>? >???>?>? >???>?>? fi 212c245072 pass band frequency 2400-2500mhz insertion loss at p a ss band 3 . 7 db 2 5deg-c 4 .0 db 3 0 85deg-c ripple at pass band 1.0 db max. single ended port v.s.w.r. at pass band 2.2 max. balanced port v.s.w.r. at pass band 2.2 max. amplitude imbalance at pass band 2.0 db max. phase imbalance at pass band 180 / 10 deg attenuation 35 db min. 8 80-960mhz 18 db min. 1 710-1990mhz 12 db min. 1 990-2170mhz 15 db min. 4 800-5000mhz unbalanced port impedance 50 ohm balanced port i m pedance conjugated ma tch to csr bc5fm, bc6rom
chipfl_reli-prp1 chip?l_reli_e-01 packaging this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. ? embossed tape 0.315 inches wide (212b type, 212c type ? paper tape 0.315 inches wide (212l type, 168b type, 168l type, 168t ty pe, 105b type, 105l type ? taped packaging mi nimum q u antity type (eia) thickness mm (inch) s t andard quantity [pcs] e m bossed tape 2 1 2b 0.90 typ. ( 0 . 035 ) 3000 212l 0.45 typ. ( 0 . 018 ) 212c 0.90 typ. ( 0 . 035 ) 212p 0.90 typ. ( 0 . 035 ) 168b 0.45 typ. ( 0 . 018 ) 4000 168l 0.45 typ. ( 0 . 018 ) tape material taping dimensions reel size top tape strength the top tape requires a peel-off force of 0.1 0.7n in the direction of the arrow as il lustrated below. leader and blank portion unit : mm inch unit : mm inch type embossed tape [pcs] 212b 3000 212l 212c 212p 168b 4000 168l 168t 105b 10000 105l type (eia) thickness mm (inch) s t andard quantity [pcs] e m bossed tape 2 1 2b 0.90 typ. 0 .035 3000 212l 0.45 typ. 0 .018 212c 0.90 typ. 0 .035 212p 0.90 typ. 0 .035 168b 0.45 typ. 0 .018 4000 168l 0.45 typ. 0 .018 168t 0.45 typ. 0 .018 105b 0.30 typ. 0 .0118 10000 105l 0.30 typ. 0 .0118 type (eia) chip cavity i n sertion pitch ta pe thickness m a x. a b f k t 212b 1.5 0.25 2.3 0.2 4.0 0.1 1.6 0.3 0.059 0.008 0.091 0.008 0.063 0.012 212l 1.55 0.2 2.3 0.2 0.157 0.004 0.65 0.65 0.061 0.008 0.091 0.008 0.026 0.026 212c 1.55 0.2 2.3 0.2 4.0 0.1 1.6 0 . 3 0.061 0.008 0.091 0.008 0.157 0.004 0.063 0.012 212p 1.55 0.2 2.3 0.2 4.0 0.1 1.6 0 . 3 0.061 0.008 0.091 0.008 0.157 0.004 0.063 0.012 168b 1.00 0.05 1.80 0.05 4.0 0.1 0.55 0.55 0.039 0.002 0.071 0.002 0.157 0.004 0.022 0.022 168l 1.00 0.05 1.80 0.05 4.0 0.1 0.55 0.55 0.039 0.002 0.071 0.002 0.157 0.004 0.022 0.022 168t 1.00 0.05 1.80 0.05 4.0 0.1 0.55 0.55 0.039 0.002 0.071 0.002 0.157 0.004 0.022 0.022 105b 0.62 0.03 1.12 0.03 2.0 0.05 0.45 0.45 0.024 0.001 0.044 0.001 0.079 0.002 0.018 0.018 105l 0.62 0.03 1.12 0.03 2.0 0.05 0.45 0.45 0.024 0.001 0.044 0.001 0.079 0.002 0.018 0.018 unit : mm (inch)
chipfl_reli-prp2 chip?l_reli_e-01 reliability data this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. 1. operating temperature range speci?ed value 30 85 2. storage temperature range speci?ed value 30 85 test methods and remarks n o te : ` 2 0 to +35 i n taped packaging 3. resistance to flexure of substrate speci?ed value no mechanical damage. te st methods and remarks w arp : 2mm t esting board : glass epoxy-resin substrate t hickness : 0.8mm 4. adhesion of electrode speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks a pplied force : 5n d uration : 10 sec. 6. resistance to solder heat speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks p reheating : 150 for 2 min. preconditioning : immersion into ?ux. solder temperature : 260 5 i mmersion and removal speed : 25mm/sec. duration : 5 0 .5 sec. recovery : 2 to 3 hrs of recovery under the standard condition after the removal from test chamber. 8. humidity (steady state) speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks t emperature : 4 0 2 du ration : 96 hrs humidity : 90 9 5 %rh recovery : 2 to 3 hrs of recovery under the standard condition after the removal from test chamber. 9. high temperature life test speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks t emperature : 8 5 2 re covery : 2 to 3 hrs of recovery under the standard condition after the removal from test chamber. duration : 96 hrs 10. low temperature life test speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks t emperature : ` 4 0 2 recovery : 2 to 3 hrs of recovery under the standard condition after the removal from test chamber. duration : 96 hrs note on standard condition: "standard co ndition" referred to herein is de?ned as follows : 5 to 35 o f temperature, 45 to 85% relative humidity and 86 to 106kpa of air pressure. when th ere are questions concerning measurement result : in or der to provide correlation data, the test shall be conducted under condition of 20 2 of temperature, 60 to 70% relative humidity and 86 to 106kpa of air pressure. unless ot herwise speci?ed, all the tests are conducted under the "standard condition". 5. solderability speci?ed value 75% or more of immersed surface of terminal electrode shall be covered with fresh solder. te st methods and remarks s older temperature : 230 5 preconditioning : immersion into ?ux. duration : 4 1 s ec. immersion and removal speed : 25mm/sec. 7. thermal shock speci?ed value characteristics : shall satisfy the electrical characteristics. appearance : no signi?cant abnormality. test methods and remarks a ccording t o j is c 0025. conditions fo r 1 cycle step temperature ( ) duration (min) 1 ` 40 3 30 3 2 room temperature within 3 3 85 2 30 3 4 room temperature within 3 number of cycles : 100 mounting m e thod : soldering onto pc board. recovery : 2 to 3 hrs of recovery under the standard condition after the removal from test chamber.
chipfl_reli-prp3 chip?l_reli_e-01 precautions this catalog contains the typical speci?cation only due to the limitation of space. when you consider purchase of our products, please check our speci?cation. for details of each product (characteristics graph, reliability information, precautions for use, and so on), see our web site (http://www.ty-top.com/) or cd catalogs. 1. pcb design technical consider - ations land pattern design l and pattern dimension examples 0.50 0.25 0.55 0.30 0.2 0.45 0.7 0.3 0.3 0.2 0.45 0.05 2. soldering technical consider - ations conditions f o r re?ow soldering (for reference) re?ow pro?le 3. storage conditions precautions storage 1. to maintain the solderability of terminal electrodes and to keep the packaging material in good condition, care must be taken to control temperature and hu - m i dity in the storage area. humidity should especially be kept as low as possible. ? recommended c o nditions ambient t e mperature : ` 20 35 humidity : b elow 60%rh the ambient temperature must be kept below 30 . even u nder ideal storage conditions ?lter electrode solderabitlity decreases as time passes, so ?lter should be used within 6 months from the time of deliv - ery. ? the packaging material should be kept where no chlorine or sulfur exists in the air. t e chnical c o nsider - ations storage 1. if the parts are stocked in a high temperature and humidity environment, problems such as reduced solderability caused by oxidation of terminal electrodes a n d deterioration of taping/ packaging materials may take place. for this reason, components should be used within 6 months from the time of delivery. if e xc eeding the above period, please check solderability before using the ?lter. please contact of our of?ces for further details of speci?cations. all of the standard values listed here are subject to change without notice. t herefore,please ch eck the speci?cations carefully before use. fi212b type fi212b245021/fi212b190223 fi168b/l type fi168t type fi212c type fi212p type fi105b/l type fi212l type unit : mm unit : mm un it : mm un it : mm u n it : mm un it : mm components should be preheated to within 100 to 130 f rom soldering temperature. assured to be re?ow soldering for 2 times. n o te : the above pro?les are the maximum allow - ab le soldering condition, therefore these p r o?les are not always recommended.

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