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1 publication date: may 2012 ver. aeb data sheet part no. package code no. AN26065A alga011-w-0912ana
AN26065A 2 ver. aeb contents ? overview ????????????????????????????????????????? 3 ? features ????????????????????????????????????????? 3 ? applications ???????????????????????????????????????? 3 ? package ?????????????????????????????????????????? 3 ? type ??????????????????????????????????????????? 3 ? application circuit example (block diagram) ?????????????????????????? 4 ? pin descriptions ?????????????????????????????????????? 6 ? current and voltage ranges fo r pins ???????????? ?????????? ??????? 7 ? absolute maximum ratings ????????????????????????????????? 8 ? operating supply voltage r ange ?????.?????????? ??????????????? 8 ? electrical characteristics ?????????????????????????????????? 9 ? electrical characteristics (referre d design parameters) ????.????????????????? 13 ? control pin mode table ?????? ?????????????.?? ?????????????? 26 ? technical data ??????????????????????????????????????? 27 y i/o block circuit diagrams and pin function descriptions ???????????? ????????? 27 y p d ? t a diagram ????????????????????????????????????? 29 ? usage notes ????????????????. ????????????? ??????????. 30
AN26065A 3 ver. aeb AN26065A umts triple band lna-ic (band i, ii, iv, ix / v, xiii) ? overview y AN26065A is lna-ic for triple band (band i, ii, iv, ix / v, xiii) umts . y realizing high performance by using 0.18 m sigec bi-cmos process (f t = 90 ghz, f max = 140 ghz). y each band is selectable and high/low gain-mode is cha ngeable, controlled by inte grated cmos logic circuit. y achieving miniaturization by using small size package. ? features y low voltage operation +2.85 v typ. y low current consumption 4.7 ma typ. (high-gain mode) 25 a typ. (low-gain mode) y high gain(gain) 16.5 db typ. frx = 2140 mhz (high-gain mode) 16.5 db typ. frx = 881.5 mhz (high-gain mode) 16.3 db typ. frx = 1960 mhz (high-gain mode) y low noise figure(nf) 1.40 db typ. frx = 2140 mhz (high-gain mode) 1.10 db typ. frx = 881.5 mhz (high-gain mode) 1.40 db typ. frx = 1960 mhz (high-gain mode) y low distortion 2.0 dbm typ. frx = 2140 mhz (high-gain mode) (iip3 +10 mhz offset) 4.0 dbm typ. frx = 881.5 mhz (high-gain mode) 2.5 dbm typ. frx = 1960 mhz (high-gain mode) y small package(wlcsp) ? applications y triple-band umts handset. ? package y 11 pin wafer level chip size package (wlcsp) size : 0.86 mm 1.16 mm (0.3 mm pitch) ? type y bi-cmos ic 1750 to 1785 880 to 915 2500 to 2570 830 to 840 824 to 849 1710 to 1755 1710 to 1785 1850 to 1910 1920 to 1980 tx 2620 to 2690 vii 875 to 885 vi 925 to 960 viii 1845 to 1880 869 to 894 2110 to 2155 1805 to 1880 1930 to 1990 2110 to 2170 rx ix v iv iii ii i band [ unit: mhz ]
AN26065A 4 ver. aeb ? application circuit example 1 (block diagram) note) see "external parts 1" on page47. (top view) l5 l4 l6 l3 c5 c4 l2 c3 c2 l1 c1 vcc c6 lna1 out (band ii, ix) lna2 out (band i) lna3 out (band v,viii) lna2 in (band i) lna3 in (band v,viii) a1 a2 a3 a4 b1 b2 b3 c1 c3 c4 c2 cnt3 (gain control) cnt1 (lna select 1) cnt2 (lna select 2) c7 c8 lna1 in (band ii, ix) notes) y this application circuit is shown as an example but does not guarantee the design for mass production set. y this block diagram is for explaining functions. the part of the block diagram may be omitte d, or it may be simplified.
AN26065A 5 ver. aeb ? application circuit example 2 (block diagram) note) see "external parts 2" on page48. ( top view) l5 l4 l6 l3 c5 c4 l2 c3 c2 l1 c1 vcc c6 lna1 out (band i, iv) lna2 out (band i) lna3 out (band v,viii) lna2 in (band i) lna3 in (band v,viii) a1 a2 a3 a4 b1 b2 b3 c1 c3 c4 c2 cnt3 (gain control) cnt1 (lna select 1) cnt2 (lna select 2) c7 lna1 in (band i, iv) notes) y this application circuit is shown as an example but does not guarantee the design for mass production set. y this block diagram is for explaining functions. the part of the block diagram may be omitte d, or it may be simplified.
AN26065A 6 ver. aeb n.c. ? n.c. b4 lna select sw input 2 input cnt2 b3 gnd ground gnd b2 v cc power supply vcc b1 lna3 rf input (band v, viii) input in3 c3 high-gain / low-gain sw input input cnt3 c4 lna2 rf input (band i) input in2 c2 lna1 rf input (band i, ii, iv, ix) input in1 c1 lna select sw input 1 input cnt1 a4 lna3 rf output (band v, viii) output out3 a3 lna2 rf output (band i) output out2 a2 lna1 rf output (band i, ii, iv, ix) output out1 a1 description type pin name pin no. ? pin descriptions
AN26065A 7 ver. aeb ? current and voltage ranges for pins note) y the ranges on the list are the voltages of respective pi ns in relation to gnd. y do not apply the voltages or the currents from external into th e pins which are not on the list. y the values shows voltage to the gnd unless otherwise specified. (+) is inlet current and (?) is outlet current in the circuit. y voltage applying exceeding below ratings leads to the malfunction and the damage of the device. y below ratings are specified regarding malfun ction and stress, not for operation guaranty. ? v 0 to 3.0 vcc b1 ? v ? n.c. b4 ? v ? 0.3 to (v cc ) cnt3 c4 *2 v ? in3 c3 *2 v ? in2 c2 *2 v ? in1 c1 ? v ? 0.3 to (v cc ) cnt2 b3 ? v ? 0.3 to (v cc ) out2 a2 ? 0.3 to (v cc ) out1 note unit range pin name pin no. *1 v 0 gnd b2 ? v ? 0.3 to (v cc ) cnt1 a4 ? v ? 0.3 to (v cc ) out3 a3 ? v a1 notes) *1 : same as gnd pin. *2 : rf signal input pin. (maximum input power is 0dbm.) do not apply dc voltages.
AN26065A 8 ver. aeb ? ma 10 i cc supply current 2 notes unit rating symbol parameter a no. *3 c ?40 to +125 t stg storage temperature 5 *3 c ?30 to +85 t opr operating ambient temperature 4 *2 mw 31 p d power dissipation 3 *1 v 3.6 v cc supply voltage 1 notes unit range symbol parameter *1 v 2.65 to 3.00 v cc supply voltage range ? absolute maximum ratings ? operating supply voltage range note) *1 :the values under the condition not exceeding the above absolute maximum ratings and the power dissipation. note) absolute maximum ratings are limit values which are not dest ructed, and are not the values to which operation is guarantee d. notes) *1 : the values under the condition not exceeding the above absolute maximum ratings and the power dissipation. *2 : the power dissipation shown is the value at t a = 85 c for the independent (unmounted) ic package without a heat sink. when using this ic, refer to y p d ?t a diagram in the ? technical data and design the heat radiati on with sufficient ma rgin so that the allowable value might not be exceeded based on the conditi ons of power supply voltage, load, and ambient temperature. *3 : except for the power dissipation, operating ambient temp erature, and storage temperature, all ratings are for t a = 25 c.
AN26065A 9 ver. aeb ? v 0.6 ? 0.0 vil = v cc 0.20 vil sw voltage (low) dc-8 ? a 80 25 ? v cc current at lna1 low-gain mode. no input signal icclc circuit current lg (lna1) dc-6 ? ma 6.3 4.7 ? v cc current at lna1 high-gain mode. no input signal icchc circuit current hg (lna1) dc-3 current at cnt pin vih = v cc v cc current at lna3 low-gain mode. no input signal v cc current at lna3 high-gain mode. no input signal ? a 60 11 ? v cc current at lna2 low-gain mode. no input signal iccla circuit current lg (lna2) dc-4 ? a 80 25 ? icclb circuit current lg (lna3) dc-5 ? v ? ? 1.60 ? vih sw voltage (high) dc-7 ? a 20 10 ? iih sw current (high) dc-9 dc electrical characteristics ? ma 6.3 4.7 ? v cc current at lna2 high-gain mode. no input signal iccha circuit current hg (lna2) dc-1 ? ma 5.5 4.1 ? icchb circuit current hg (lna3) dc-2 limits typ unit max notes min conditions symbol parameter b no. ? electrical characteristics at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c unless otherwise specified.
AN26065A 10 ver. aeb ? electrical characteristics (continued) at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c, frxa = 2 140 mhz, prx = ?30 dbm, cw unless otherwise specified. y input/output connector & substrate loss (0.34 db/0.34 db) included. high-gain mode f1 = frxa + 10 mhz f2 = frxa + 20 mhz input 2 signals (f1, f2) low-gain mode f = frxa ? dbm ? 2.0 ?2.5 iip3h1sa iip3 +10 mhz detuning hg a-3 ? dbm ? 3.0 ?1.5 high-gain mode f1 = frxa ? 10 mhz f2 = frxa ? 20 mhz input 2 signals (f1, f2) iip3h2sa iip3 ?10 mhz detuning hg a-4 lna2 : ac electrical characteristics ( band i ) ? db 18.0 16.5 15.0 high-gain mode f = frxa ghsa power gain hg a-1 ? db ?5.0 ?7.0 ?9.0 glsa power gain lg a-2 limits typ unit max notes min conditions symbol parameter b no.
AN26065A 11 ver. aeb high-gain mode f1 = frxb + 10 mhz f2 = frxb + 20 mhz input 2 signals (f1, f2) low-gain mode f = frxb ? dbm ? 4.0 ?0.5 iip3h1sb iip3 +10 mhz detuning hg b-3 ? dbm ? 3.0 ?0.5 high-gain mode f1 = frxb ? 10 mhz f2 = frxb ? 20 mhz input 2 signals (f1, f2) iip3h2sb iip3 ?10 mhz detuning hg b-4 lna3 : ac electrical characteristics ( band v ) ? db 17.7 16.5 15.0 high-gain mode f = frxb ghsb power gain hg b-1 ? db ?3.5 ?5.5 ?7.5 glsb power gain lg b-2 limits typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (continued) at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c, frxb = 881.5 mhz, prx = ?30 dbm, cw unless otherwise specified. y input/output connector & substrate loss (0.15 db/0.15 db) included.
AN26065A 12 ver. aeb high-gain mode f1 = frxc + 10 mhz f2 = frxc + 20 mhz input 2 signals (f1, f2) low-gain mode f = frxc ? dbm ? 2.5 ?1.5 iip3h1sc iip3 +10 mhz detuning hg c-3 ? dbm ? 2.5 0.0 high-gain mode f1 = frxc ? 10 mhz f2 = frxc ? 20 mhz input 2 signals (f1, f2) iip3h2sc iip3 ?10 mhz detuning hg c-4 lna1 : ac electrical characteristics ( band ii ) ? db 17.8 16.3 14.8 high-gain mode f = frxc ghsc power gain hg c-1 ? db ?5.0 ?7.0 ?9.0 glsc power gain lg c-2 limits typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (continued) at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c, frxc = 1 960 mhz, prx = ?30 dbm, cw unless otherwise specified. y input/output connector & substrate loss (0.32 db/0.32 db) included.
AN26065A 13 ver. aeb ? electrical characteristics (reference values for design) at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c, frxa = 2 110 mhz to 2 170 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34db/0.34db) included. ? dbm ? 25 20 low-gain mode f1 = frxa + 10 mhz f2 = frxa + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1a iip3 +10 mhz detuning lg d-7 ? dbm ? ?16 -22 high-gain mode f = frxa ip1dbh1a input p1db d-9 ? dbm ? 26 20 low-gain mode f1 = frxa ? 10 mhz f2 = frxa ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2a iip3 ?10 mhz detuning lg d-8 ? dbm ? ?10 ?17 high-gain mode f1 = frxa prx1 = ?40 dbm f2 = frxa ? 190 mhz prx2 : var. input 2 signals (f1, f2) ip1dbh2a input p1db tx undesired signal input hg d-10 high-gain mode f1 = frxa ? 10 mhz f2 = frxa ? 20 mhz input 2 signals (f1, f2) low-gain mode f = frxa low-gain mode f = frxa ? db 1.80 1.40 ? high-gain mode f = frxa nfha noise figure hg d-3 ? db 10.0 7.0 ? nfla noise figure lg d-4 ? dbm ? 2.0 ?2.5 high-gain mode f1 = frxa + 10 mhz f2 = frxa + 20 mhz input 2 signals (f1, f2) iip3h1a iip3 +10 mhz detuning hg d-5 lna2 : ac electrical characteristics ( band i ) ? db 18.0 16.5 15.0 high-gain mode f = frxa gha power gain hg d-1 ? db ?5.0 ?7.0 ?9.0 gla power gain lg d-2 ? dbm ? 3.0 ?1.5 iip3h2a iip3 ?10 mhz detuning hg d-6 reference values typ unit max notes min conditions symbol parameter b no.
AN26065A 14 ver. aeb ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified under t a = 25 c 2 c, frxa = 2 110 mhz to 2 170 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34 db/0.34 db) included. ? dbm ? 15 10 high-gain mode f1 = frxa ? 190 mhz f2 = 190 mhz input 2 signals (f1, f2) iip2h1a iip2 d-11 ? db ? 9.5 6.5 high-gain mode f = frxa s11ha input return loss hg d-17 ? db ? 9.5 8.5 low-gain mode f = frxa s11la input return loss lg d-18 ? db ? 9.5 8.5 high-gain mode f = frxa s22ha output return loss hg d-19 ? db ? 9.5 8.5 low-gain mode f = frxa s22la output return loss lg d-20 ? db -27 ?30 ? lna1 / lna3 :high-gain mode lna2:off lna2 input lna2 output f = frxa bisa band to band isolation d-16 ? ? ? 4.0 2.0 high-gain mode f = 0 to 6 ghz kha k-factor d-13 ? s 16 7 ? lna3 lna2 f = 2 170 mhz lna1 lna2 f = 2 170 mhz high gain mode gain error < 1 db bcga band changing time d-22 ? db ?4.0 ?7.0 ? low-gain mode f = frxa isola reverse isolation lg d-15 low high / high low f = 2 170 mhz gain error < 1 db high-gain mode f = frxa lna2 : ac electrical characteristics ( band i ) ? dbm ? 16 10 high-gain mode f1 = frxa ? 190 mhz f2 = 2 frxa ? 190 mhz input 2 signals (f1, f2) iip2h2a iip2 d-12 ? db ?20 ?30 ? isoha reverse isolation hg d-14 ? s 16 7 ? tcga gain changing time d-21 reference values typ unit max notes min conditions symbol parameter b no.
AN26065A 15 ver. aeb ? dbm ? 23 18 low-gain mode f1 = frxb1 ? 10 mhz f2 = frxb1 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2b1 iip3 ?10 mhz detuning lg e-8 ? dbm ? 22 18 low-gain mode f1 = frxb1 + 10 mhz f2 = frxb1 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1b1 iip3 +10 mhz detuning lg e-7 ? dbm ? ?13 ?20 high-gain mode f1 = frxb1 prx1 = ?40 dbm f2 = frxb1 ? 45 mhz prx2 : var. input 2 signals (f1, f2) ip1dbh2b1 input p1db tx undesired signal input hg e-10 ? dbm ? ?14 ?21 high-gain mode f = frxb1 ip1dbh1b1 input p1db e-9 low-gain mode f = frxb1 low-gain mode f = frxb1 ? db 1.35 1.10 ? high-gain mode f = frxb1 nfhb1 noise figure hg e-3 ? db 8.5 5.5 ? nflb1 noise figure lg e-4 ? dbm ? 4.5 ?0.5 high-gain mode f1 = frxb1 + 10 mhz f2 = frxb1 + 20 mhz input 2 signals (f1, f2) iip3h1b1 iip3 +10 mhz detuning hg e-5 ? dbm ? 3.0 ?0.5 high-gain mode f1 = frxb1 ? 10 mhz f2 = frxb1 ? 20 mhz input 2 signals (f1, f2) iip3h2b1 iip3 ?10 mhz detuning hg e-6 lna3 : ac electrical characteristics ( band v ) ? db 17.7 16.5 15.0 high-gain mode f = frxb1 ghb1 power gain hg e-1 ? db ?3.5 ?5.5 ?7.5 glb1 power gain lg e-2 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxb1 = 869 mhz to 894 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.15 db/0.15 db) included.
AN26065A 16 ver. aeb ? dbm ? 17 12 high-gain mode f1 = frxb1 ? 45 mhz f2 = 45 mhz input 2 signals (f1, f2) iip2h1b1 iip2 e-11 ? s 18 7.5 ? lna2 lna3 f = 960 mhz high gain mode gain error < 1 db tcbb1 band changing time e-22 ? s 18 7.5 ? low high / high low f = 960 mhz gain error < 1 db tcgb1 gain changing time e-21 ? db ? 9.5 8.5 low-gain mode f = frxb1 s22lb1 output return loss lg e-20 ? db ? 9.5 8.5 high-gain mode f = frxb1 s22hb1 output return loss hg e-19 ? db ? 6.5 6 low-gain mode f = frxb1 s11lb1 input return loss lg e-18 low-gain mode f = frxb1 high-gain mode f = 0 to 6 ghz ? db ?18 ?24 ? high-gain mode f = frxb1 isohb1 reverse isolation hg e-14 ? db ?3.0 ?6.0 ? isolb1 reverse isolation lg e-15 ? db ?20 ?24 ? lna2 :high-gain mode lna3:off lna3 input lna3 output f = frxb1 bisb1 band to band isolation e-16 ? db ? 9.5 8 high-gain mode f = frxb1 s11hb1 input return loss hg e-17 lna3 : ac electrical characteristics ( band v ) ? dbm ? 2.5 ?1.5 high-gain mode f1 = frxb1 ? 45 mhz f2 = 2 frxb1 ? 45 mhz input 2 signals (f1, f2) iip2h2b1 iip2 e-12 ? ? ? 2.0 1.5 khb1 k-factor e-13 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxb1 = 869 mhz to 894 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.15 db/0.15 db) included.
AN26065A 17 ver. aeb ? dbm ? 22 17 low-gain mode f1 = frxb2 ? 10 mhz f2 = frxb2 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2b2 iip3 ?10 mhz detuning lg f-8 ? dbm ? 22 17 low-gain mode f1 = frxb2 + 10 mhz f2 = frxb2 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1b2 iip3 +10 mhz detuning lg f-7 ? dbm ? ?10 ?17 high-gain mode f1 = frxb2 prx1 = ?40 dbm f2 = frxb2 ? 45 mhz prx2 : var. input 2 signals (f1, f2) ip1dbh2b2 input p1db tx undesired signal input hg f-10 ? dbm ? ?14 ?21 high-gain mode f = frxb2 ip1dbh1b2 input p1db f-9 low-gain mode f = frxb2 low-gain mode f = frxb2 ? db 1.35 1.10 ? high-gain mode f = frxb2 nfhb2 noise figure hg f-3 ? db 8.5 5.5 ? nflb2 noise figure lg f-4 ? dbm ? 4.0 ?1.0 high-gain mode f1 = frxb2 + 10 mhz f2 = frxb2 + 20 mhz input 2 signals (f1, f2) iip3h1b2 iip3 +10 mhz detuning hg f-5 ? dbm ? 3.0 ?0.5 high-gain mode f1 = frxb2 ? 10 mhz f2 = frxb2 ? 20 mhz input 2 signals (f1, f2) iip3h2b2 iip3 ?10 mhz detuning hg f-6 lna3 : ac electrical characteristics ( band viii ) ? db 17.4 16.2 14.7 high-gain mode f = frxb2 ghb2 power gain hg f-1 ? db ?3.5 ?5.5 ?7.5 glb2 power gain lg f-2 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxb2 = 925 mhz to 960 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.15 db/0.15 db) included.
AN26065A 18 ver. aeb ? dbm ? 17 12 high-gain mode f1 = frxb2 ? 45 mhz f2 = 45 mhz input 2 signals (f1, f2) iip2h1b2 iip2 f-11 ? s 18 7.5 ? lna2 lna3 f = 960 mhz high gain mode gain error < 1 db tcbb2 band changing time f-22 ? s 18 7.5 ? low high / high low f = 960 mhz gain error < 1 db tcgb2 gain changing time f-21 ? db ? 9.5 8.5 low-gain mode f = frxb2 s22lb2 output return loss lg f-20 ? db ? 9.5 8.5 high-gain mode f = frxb2 s22hb2 output return loss hg f-19 ? db ? 6.0 5.5 low-gain mode f = frxb2 s11lb2 input return loss lg f-18 low-gain mode f = frxb2 high-gain mode f = 0 to 6 ghz ? db ?18 ?24 ? high-gain mode f = frxb2 isohb2 reverse isolation hg f-14 ? db ?3.0 ?6.0 ? isolb2 reverse isolation lg f-15 ? db ?20 ?24 ? lna2 :high-gain mode lna3:off lna3 input lna3 output f = frxb2 bisb2 band to band isolation f-16 ? db ? 9.5 8.5 high-gain mode f = frxb2 s11hb2 input return loss hg f-17 lna3 : ac electrical characteristics ( band viii ) ? dbm ? 3.5 ?1.5 high-gain mode f1 = frxb2 ? 45 mhz f2 = 2 frxb2 ? 45 mhz input 2 signals (f1, f2) iip2h2b2 iip2 f-12 ? ? ? 2.0 1.5 khb2 k-factor f-13 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxb2 = 925 mhz to 960 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.15 db/0.15 db) included.
AN26065A 19 ver. aeb ? dbm ? ?14 ?21 high-gain mode f = frxc1 ip1dbh1c1 input p1db g-9 ? dbm ? 25 20 low-gain mode f1 = frxc1 ? 10 mhz f2 = frxc1 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2c1 iip3 ?10 mhz detuning lg g-8 ? dbm ? 24 19 low-gain mode f1 = frxc1 + 10 mhz f2 = frxc1 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1c1 iip3 +10 mhz detuning lg g-7 high-gain mode f1 = frxc1 prx1 = ?40 dbm f2 = frxc1 ? 190 mhz prx2 : var. input 2 signals (f1, f2) high-gain mode f1 = frxc1 ? 10 mhz f2 = frxc1 ? 20 mhz input 2 signals (f1, f2) low-gain mode f = frxc1 low-gain mode f = frxc1 ? db 2.00 1.50 ? high-gain mode f = frxc1 nfhc1 noise figure hg g-3 ? db 10.0 7.0 ? nflc1 noise figure lg g-4 ? dbm ? 2.5 ?1.5 high-gain mode f1 = frxc1 + 10 mhz f2 = frxc1 + 20 mhz input 2 signals (f1, f2) iip3h1c1 iip3 +10 mhz detuning hg g-5 ? dbm ? 2.5 0.0 iip3h2c1 iip3 ?10 mhz detuning hg g-6 lna1 : ac electrical characteristics ( band i ) ? db 17.8 16.1 14.6 high-gain mode f = frxc1 ghc1 power gain hg g-1 ? db ?5.0 ?7.0 ?9.0 glc1 power gain lg g-2 ? dbm ? ?9 ?16 ip1dbh2c1 input p1db tx undesired signal input hg g-10 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc1 = 2 110 mhz to 2 170 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34 db/0.34 db) included.
AN26065A 20 ver. aeb ? s 16 7 ? lna2 lna1 f = 2170 mhz high gain mode gain error < 1 db tcbc1 band changing time g-22 ? s 16 7 ? low high / high low f = 2170 mhz gain error < 1 db tcgc1 gain changing time g-21 ? db ? 9.5 8.5 low-gain mode f = frxc1 s22lc1 output return loss lg g-20 ? db ? 9.5 8.5 high-gain mode f = frxc1 s22hc1 output return loss hg g-19 ? db ? 9.5 8.5 low-gain mode f = frxc1 s11lc1 input return loss lg g-18 ? db ? 9.5 8.5 high-gain mode f = frxc1 s11hc1 input return loss hg g-17 ? db ?4.0 ?7.0 ? low-gain mode f = frxc1 isolc1 reverse isolation lg g-15 ? db ?20 ?30 ? high-gain mode f = frxc1 isohc1 reverse isolation hg g-14 ? dbm ? 19 11 high-gain mode f1 = frxc1 ? 190 mhz f2 = 190 mhz input 2 signals (f1, f2) iip2h1c1 iip2 g-11 ? db ?23 ?26 ? lna2 :high-gain mode lna1:off lna1 input lna1 output f = frxc1 bisc1 band to band isolation g-16 high-gain mode f = 0 to 6 ghz ? ? ? 2.0 1.5 khc1 k-factor g-13 lna1 : ac electrical characteristics ( band i ) ? dbm ? 18 10 high-gain mode f1 = frxc1 ? 190 mhz f2 = 2 frxc1 ? 190 mhz input 2 signals (f1, f2) iip2h2c1 iip2 g-12 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc1 = 2 110 mhz to 2 170 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34 db/0.34 db) included.
AN26065A 21 ver. aeb ? dbm ? ?13 ?20 high-gain mode f = frxc2 ip1dbh1c2 input p1db h-9 ? dbm ? 24 19 low-gain mode f1 = frxc2 ? 10 mhz f2 = frxc2 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2c2 iip3 ?10 mhz detuning lg h-8 ? dbm ? 24 19 low-gain mode f1 = frxc2 + 10 mhz f2 = frxc2 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1c2 iip3 +10 mhz detuning lg h-7 high-gain mode f1 = frxc2 prx1 = ?40 dbm f2 = frxc2 ? 80 mhz prx2 : var. input 2 signals (f1, f2) high-gain mode f1 = frxc2 ? 10 mhz f2 = frxc2 ? 20 mhz input 2 signals (f1, f2) low-gain mode f = frxc2 low-gain mode f = frxc2 ? db 1.80 1.40 ? high-gain mode f = frxc2 nfhc2 noise figure hg h-3 ? db 10.0 7.0 ? nflc2 noise figure lg h-4 ? dbm ? 2.5 ?1.5 high-gain mode f1 = frxc2 + 10 mhz f2 = frxc2 + 20 mhz input 2 signals (f1, f2) iip3h1c2 iip3 +10 mhz detuning hg h-5 ? dbm ? 2.5 0.0 iip3h2c2 iip3 ?10 mhz detuning hg h-6 lna1 : ac electrical characteristics ( band ii ) ? db 17.8 16.3 14.8 high-gain mode f = frxc2 ghc2 power gain hg h-1 ? db ?5.0 ?7.0 ?9.0 glc2 power gain lg h-2 ? dbm ? ?11 ?18 ip1dbh2c2 input p1db tx undesired signal input hg h-10 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc2 = 1 930 mhz to 1 990 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.32 db/0.32 db) included.
AN26065A 22 ver. aeb ? s 16 7 ? lna2 lna1 f = 1 990 mhz high gain mode gain error < 1 db tcbc2 band changing time h-22 ? s 16 7 ? low high / high low f = 1 990 mhz gain error < 1 db tcgc2 gain changing time h-21 ? db ? 9.5 8.5 low-gain mode f = frxc2 s22lc2 output return loss lg h-20 ? db ? 9.5 8.5 high-gain mode f = frxc2 s22hc2 output return loss hg h-19 ? db ? 9.5 8.5 low-gain mode f = frxc2 s11lc2 input return loss lg h-18 ? db ? 9.5 7.5 high-gain mode f = frxc2 s11hc2 input return loss hg h-17 ? db ?4.0 ?7.0 ? low-gain mode f = frxc2 isolc2 reverse isolation lg h-15 ? db ?20 ?30 ? high-gain mode f = frxc2 isohc2 reverse isolation hg h-14 ? dbm ? 26 20 high-gain mode f1 = frxc2 ? 80 mhz f2 = 80 mhz input 2 signals (f1, f2) iip2h1c2 iip2 h-11 ? db ?26 ?29 ? lna2 :high-gain mode lna1:off lna1 input lna1 output f = frxc2 bisc2 band to band isolation h-16 high-gain mode f = 0 to 6 ghz ? ? ? 2.0 1.5 khc2 k-factor h-13 lna1 : ac electrical characteristics ( band ii ) ? dbm ? 19 12 high-gain mode f1 = frxc2 ? 80 mhz f2 = 2 frxc2 ? 80 mhz input 2 signals (f1, f2) iip2h2c2 iip2 h-12 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc2 = 1 930 mhz to 1 990 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.32 db/0.32 db) included.
AN26065A 23 ver. aeb ? dbm ? ?14 ?21 high-gain mode f = frxc3 ip1dbh1c3 input p1db i-9 ? dbm ? 24 19 low-gain mode f1 = frxc3 ? 10 mhz f2 = frxc3 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2c3 iip3 ?10 mhz detuning lg i-8 ? dbm ? 24 19 low-gain mode f1 = frxc3 + 10 mhz f2 = frxc3 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1c3 iip3 +10 mhz detuning lg i-7 high-gain mode f1 = frxc3 prx1 = ?40 dbm f2 = frxc3 ? 400 mhz prx2 : var. input 2 signals (f1, f2) high-gain mode f1 = frxc3 ? 10 mhz f2 = frxc3 ? 20 mhz input 2 signals (f1, f2) low-gain mode f = frxc3 low-gain mode f = frxc3 ? db 2.00 1.50 ? high-gain mode f = frxc3 nfhc3 noise figure hg i-3 ? db 10.0 7.0 ? nflc3 noise figure lg i-4 ? dbm ? 2.5 ?1.5 high-gain mode f1 = frxc3 + 10 mhz f2 = frxc3 + 20 mhz input 2 signals (f1, f2) iip3h1c3 iip3 +10 mhz detuning hg i-5 ? dbm ? 2.5 0.0 iip3h2c3 iip3 ?10 mhz detuning hg i-6 lna1 : ac electrical characteristics ( band iv ) ? db 17.8 16.1 14.6 high-gain mode f = frxc3 ghc3 power gain hg i-1 ? db ?5.0 ?7.0 ?9.0 glc3 power gain lg i-2 ? dbm ? ?14 ?21 ip1dbh2c3 input p1db tx undesired signal input hg i-10 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc3 = 2 110 mhz to 2 155 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34 db/0.34 db) included.
AN26065A 24 ver. aeb ? s 16 7 ? lna2 lna1 f = 2170 mhz high gain mode gain error < 1 db tcbc3 band changing time i-22 ? s 16 7 ? low high / high low f = 2170 mhz gain error < 1 db tcgc3 gain changing time i-21 ? db ? 9.5 8.5 low-gain mode f = frxc3 s22lc3 output return loss lg i-20 ? db ? 9.5 8.5 high-gain mode f = frxc3 s22hc3 output return loss hg i-19 ? db ? 9.5 8.5 low-gain mode f = frxc3 s11lc3 input return loss lg i-18 ? db ? 9.5 8.5 high-gain mode f = frxc3 s11hc3 input return loss hg i-17 ? db ?4.0 ?7.0 ? low-gain mode f = frxc3 isolc3 reverse isolation lg i-15 ? db ?20 ?30 ? high-gain mode f = frxc3 isohc3 reverse isolation hg i-14 ? dbm ? 12 7 high-gain mode f1 = frxc3 ? 400 mhz f2 = 400 mhz input 2 signals (f1, f2) iip2h1c3 iip2 i-11 ? db ?24 ?27 ? lna2 : high-gain mode lna1: off lna1 input lna1 output f = frxc3 bisc3 band to band isolation i-16 high-gain mode f = 0 to 6 ghz ? ? ? 2.0 1.5 khc3 k-factor i-13 lna1 : ac electrical characteristics ( band iv ) ? dbm ? 14 9 high-gain mode f1 = frxc3 ? 400 mhz f2 = 2 frxc3 ? 400 mhz input 2 signals (f1, f2) iip2h2c3 iip2 i-12 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc3 = 2 110 mhz to 2 155 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.34 db/0.34 db) included.
AN26065A 25 ver. aeb ? dbm ? ?14 ?21 high-gain mode f = frxc4 ip1dbh1c4 input p1db j-9 ? dbm ? 25 19 low-gain mode f1 = frxc4 ? 10 mhz f2 = frxc4 ? 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l2c4 iip3 ?10 mhz detuning lg j-8 ? dbm ? 24 19 low-gain mode f1 = frxc4 + 10 mhz f2 = frxc4 + 20 mhz prx1 = prx2 = ?10 dbm input 2 signals (f1, f2) iip3l1c4 iip3 +10 mhz detuning lg j-7 high-gain mode f1 = frxc4 prx1 = ?40 dbm f2 = frxc4 ? 95 mhz prx2 : var. input 2 signals (f1, f2) high-gain mode f1 = frxc4 ? 10 mhz f2 = frxc4 ? 20 mhz input 2 signals (f1, f2) low-gain mode f = frxc4 low-gain mode f = frxc4 ? db 1.80 1.40 ? high-gain mode f = frxc4 nfhc4 noise figure hg j-3 ? db 10.0 7.0 ? nflc4 noise figure lg j-4 ? dbm ? 2.5 ?1.5 high-gain mode f1 = frxc4 + 10 mhz f2 = frxc4 + 20 mhz input 2 signals (f1, f2) iip3h1c4 iip3 +10 mhz detuning hg j-5 ? dbm ? 2.5 ?0.5 iip3h2c4 iip3 ?10 mhz detuning hg f-6 lna1 : ac electrical characteristics ( band ix ) ? db 17.8 16.6 15.1 high-gain mode f = frxc4 ghc4 power gain hg j-1 ? db ?5.0 ?7.0 ?9.0 glc4 power gain lg j-2 ? dbm ? ?12 ?19 ip1dbh2c4 input p1db tx undesired signal input hg j-10 reference values typ unit max notes min conditions symbol parameter b no. ? electrical characteristics (reference values for design) (continued) at v cc = 2.85 v notes) y all parameters are specified t a = 25 c 2 c, frxc4 = 1 845 mhz to 1 880 mhz, prx = ?30 dbm, cw unless otherwise specified. y the characteristics listed below are reference values derived fr om the design of the ic and are not guaranteed by inspection. if a problem does occur related to these characteristics, matsushita will respond in good faith to user concerns. y input/output connector & substrate loss (0.32 db/0.32 db) included.
AN26065A 26 ver. aeb lna2 low-gain off on off low lna2 high-gain off on off high low low off off on on ? ? lna3 (band v,viii) lna1 low-gain off on low ? ? ? high high high ? ? ? low high low high cnt3 (gain control) on off off lna1 (band i,ii,iv,ix) lna1 high-gain off high low lna3 high-gain off low mode lna2 (band i) cnt2 (lna select 2) cnt1 (lna select 1) lna3 low-gain off high ? control pin mode table note) see parameters b no.dc-7 to b no.dc-8 in the electri cal characteristics for control voltage retention ranges.
AN26065A 27 ver. aeb cnt2 ; lna select sw input 2 refer to a4 ? b3 cnt1 ; lna select sw input 1 ? a4 n.c. ? ? b4 gnd ? 0.0 v b2 lna1 rf output (band ii) ? a1 lna2 rf output (band i) refer to a1 ? a2 lna3 rf output (band v) refer to a1 ? a3 voltage supply (v cc ) ? 2.85 v b1 description internal circuit voltage pin no. gnd a4 a1 v cc gnd ? technical data y i/o block circuit diagrams and pin function descriptions note) the characteristics listed below are reference values based on the ic design and are not guaranteed.
AN26065A 28 ver. aeb lna2 rf input (band i) refer to c1 0.75 v c2 lna3 rf input (band v) refer to c1 0.75 v c3 cnt3 ; high-gain / low-gain sw input refer to a4 ? c4 lna1 rf input (band ii) 0.75 v c1 description internal circuit voltage pin no. c1 v cc gnd ? technical data (continued) y i/o block circuit diagrams and pin function descriptions (continued) note) the characteristics listed below are reference values based on the ic design and are not guaranteed.
AN26065A 29 ver. aeb ? technical data (continued) y p d ? t a diagram
AN26065A 30 ver. aeb y special attention and precaution in using 1. this ic is intended to be used for genera l electronic equipment [triple-band umts handset]. consult our sales staff in advance for in formation on the foll owing applications: x special applications in which ex ceptional quality and reli ability are required, or if the fail ure or malfunction of this ic may directly jeopardize life or harm the human body. x any applications other than the standard applications intended. (1) space appliance (such as artificial satellite, and rocket) (2) traffic control equipment (such as fo r automobile, airplane, train, and ship) (3) medical equipment for life support (4) submarine transponder (5) control equipment for power plant (6) disaster prevention and security device (7) weapon (8) others : applications of which reliability equivalent to (1) to (7) is required 2. pay attention to the direction of lsi. when mounting it in the wrong direction onto the pcb (printed-circuit-board), it might smoke or ignite. 3. pay attention in the pcb (printed-circuit-board) pattern layout in order to prevent damage due to short circuit between pins. in addition, refer to the pin description (pag e 5 and page 6) for the pin configuration. 4. perform a visual inspection on the pcb be fore applying power, otherwise damage might happen due to problems such as a solder- bridge between the pins of the semiconductor device. also, perfo rm a full technical verification on the assembly quality, becau se the same damage possibly can happen due to conductive substanc es, such as solder ball, that adhere to the lsi during transportation. 5. take notice in the use of this product that it might break or occasionally smoke when an abnormal state occurs such as output pin- v cc short (power supply fault), output pin-gnd short (ground fault), or output-to-output-pin short (load short) . and, safety measures such as an installation of fuses are recommended because the extent of the above-mentioned damage and smoke emission will depend on the current capability of the power supply. 6. when using the lsi for new models, verify the safe ty including the long-term reliability for each product. 7. when the application system is designed by using this lsi, be sure to confirm notes in this book. be sure to read the notes to descriptions and the usage notes in the book. 8. due to unshielded structure of this ic, under exposure of li ght, function and characteristic of the product cannot be guarante ed. during normal operation or even under testing condition, please ensure that ic is not exposed to light. 9. basically, chip surface is ground potential. please design to ensure no contact between chip surface and metal shielding. ? usage notes
request for your special attention and precautions in using the technical information and semiconductors described in this book (1) if any of the products or technical information described in this book is to be exported or provided to non-residents, the laws and regulations of the exporting country, especially, those with regard to security export control, must be observed. (2) the technical information described in this book is intended only to show the main characteristics and application circuit examples of the products. no license is granted in and to any intellectual property right or other right owned by panasonic corporation or any other company. therefore, no responsibility is assumed by our company as to the infringement upon any such right owned by any other company which may arise as a result of the use of technical information described in this book. (3) the products described in this book are intended to be used for general applications (such as office equipment, communications equipment, measuring instruments and household appliances), or for specific applications as expressly stated in this book. consult our sales staff in advance for information on the following applications: ? special applications (such as for airplanes, aerospace, automotive equipment, traffic signaling equipment, combustion equipment, life support systems and safety devices) in which exceptional quality and reliability are required, or if the failure or malfunction of the products may directly jeopardize life or harm the human body. it is to be understood that our company shall not be held responsible for any damage incurred as a result of or in connection with your using the products described in this book for any special application, unless our company agrees to your using the products in this book for any special application. (4) the products and product specifications described in this book are subject to change without notice for modification and/or im- provement. at the final stage of your design, purchasing, or use of the products, therefore, ask for the most up-to-date product standards in advance to make sure that the latest specifications satisfy your requirements. (5) when designing your equipment, comply with the range of absolute maximum rating and the guaranteed operating conditions (operating power supply voltage and operating environment etc.). especially, please be careful not to exceed the range of absolute maximum rating on the transient state, such as power-on, power-off and mode-switching. otherwise, we will not be liable for any defect which may arise later in your equipment. even when the products are used within the guaranteed values, take into the consideration of incidence of break down and failure mode, possible to occur to semiconductor products. measures on the systems such as redundant design, arresting the spread of fire or preventing glitch are recommended in order to prevent physical injury, fire, social damages, for example, by using the products. (6) comply with the instructions for use in order to prevent breakdown and characteristics change due to external factors (esd, eos, thermal stress and mechanical stress) at the time of handling, mounting or at customer's process. when using products for which damp-proof packing is required, satisfy the conditions, such as shelf life and the elapsed time since first opening the packages. (7) this book may be not reprinted or reproduced whether wholly or partially, without the prior written permission of our company. 20100202

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