80.0 mhz saw filter part number 243052B tel: 82-32-621-1213 2011. 01. 24 i t f co., ltd. 102-901, bucheon technopark 364, samjeong-dong, ojeong-gu, bucheon-city, gyounggi-do, korea 421-809 fax: 82-32-621-1218 http://www.itf.co.kr sales@itf.co.kr rev 1.0 1. features typical 1db bandwidth of 30.4 mhz high attenuation single ended operation surface mounted package (smd) 2. electrical specifications source and load impedance = 505 operating temperature : -30 ~ +80 minimum typical maximum center frequency (fo) mhz - 80.0 - insertion loss db - 26.5 28.0 1db bandwidth mhz 30.25 30.42 - 3db bandwidth mhz - 30.92 - 40db bandwidth mhz - 33.13 33.3 amplitude ripple (fo 14.52 mhz) db - 0.45 1.0 group delay variation (fo 14.52 mhz) nsec - 20 60 absolute delay usec - 1.55 - ultimate rejection db 45 50 - temperature coefficient of frequency ppm/ - -72 - room temperature : +25 minimum typical maximum insertion loss mhz - 26.5 28.0 amplitude ripple (fo 14.84 mhz) db - 0.45 1.0 group delay variation (fo 14.84 mhz) nsec - 20 60 s2098 package dimension matching schematic pin configuration input 10 ground 1,4 6 7 8 9 10 5 4 3 2 1 7 8 9 10 6 4 3 2 1 5 20.000.2 9.800.2 2.300.1 1.020.1 1.910.1 7.620.1 1.560.2 dimensions shown are nominal in millimeters body : al 2 o 3 lid : kovar, ni plated termination : au plating 0.3 ~ 1.0um, over a 1.27 ~ 8.89um ni plating output 5 others ground itf 11a001 243052B 80-30.4m 10 1010 10 5 55 5 120nh output 50 4.3pf input 50 150nh
80.0 mhz saw filter part number 243052B tel: 82-32-621-1213 2011. 01. 24 i t f co., ltd. 102-901, bucheon technopark 364, samjeong-dong, ojeong-gu, bucheon-city, gyounggi-do, korea 421-809 fax: 82-32-621-1218 http://www.itf.co.kr sales@itf.co.kr rev 1.0 3. typical performance ( at +25 ) 1db bandwidth & ripple 3db bandwidth & group delay 40db bandwidth smith chart wideband properties swr(s11 & s22) ch1 s11 swr 50 / ref 5.002 cor ch2 s22 swr 50 / ref 7.069 center 80. 000 000 mhz span 100. 000 000 mhz cor 9 nov 2009 06:19:21 1 1: 5. 0022 80. 000 000 mhz 2 2: 7. 0703 80. 000 000 mhz ch1 s21 log 10 db/ ref -25.51 db start . 010 000 mhz stop 300. 000 000 mhz 9 nov 2009 06:21:19 1 2 3 1: 0. 0000 db 0. 000 000 mhz ref=1 ch1 markers 2:-59 . 145 db 80. 0000 mhz 3:-56 . 866 db 160. 000 mhz ch1 s11 1 u fs cor ch2 s22 1 u fs center 80. 000 000 mhz span 100. 000 000 mhz cor 9 nov 2009 06:19:32 1 1: 10. 133 -3 . 7437 531. 42 pf 80. 000 000 mhz 2 2: 12. 072 -41 . 104 48. 401 pf 80. 000 000 mhz ch1 s21 log 10 db/ ref -26.64 db center 80. 000 000 mhz span 100. 000 000 mhz * cor hld 9 nov 2009 06:17:07 1 2 3 4 1: 0. 0000 db 0. 000 000 mhz ref=1 ch1 markers bw: 33. 137157 mhz cent : 79. 985140 mhz q: 2. 4138 1_loss : -26 . 620 db ch1 s21 log 1 db/ ref -26.22 db cor ch2 s21 del 50 ns/ ref 1.54 us center 80. 000 000 mhz span 38. 000 000 mhz cor smo 9 nov 2009 06:18:27 1 2 3 4 1: 0. 0000 db 0. 000 000 mhz ref=1 ch1 markers bw: 30. 925347 mhz cent : 79. 998894 mhz q: 2. 5868 1_loss : -26 . 574 db 2 3 3: 672. 12 ps 29. 680 000 mhz ref=2 ch2 markers mean: 1. 5580 us s. dev : 3. 6823 ns p-p : 18. 632 ns ch1 s21 log 1 db/ ref -26.22 db cor ch2 s21 log 1 db/ ref -26.65 db center 80. 000 000 mhz span 38. 000 000 mhz cor 9 nov 2009 06:18:04 1 2 3 4 1: 0. 0000 db 0. 000 000 mhz ref=1 ch1 markers bw: 30. 422789 mhz cent : 80. 013073 mhz q: 2. 6300 1_loss : -26 . 562 db 2 3 3: . 20310 db 29. 680 000 mhz ref=2 ch2 markers mean:-26 . 439 db s. dev : . 08860 db p-p : . 44510 db
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