tqm7 6 6 012 data sheet multi - mode ( wcdma b2 / cdma bc1 / hspa+ / lte) 3x3 mm pa module data sheet for additional information and latest specifications, see our website: www.triquint.com revision l , august 0 8 , 20 12 1 functional block diagram product description the TQM766012 is fully matched power amplifier module designed for use in wcdma umts band 2, cdma bc1 (pcs ) & lte handsets. its compact 3x3mm package including a coupler and built - in voltage regulator makes it ideal for todays extremely small data enabled phones. its rf performance meets the stringent linearity requirements for multi - mode operation. the TQM766012 is designed on triquints gaas bihe mt technology with cuflip ? assembly offering state of the art reliability, temperature stability and ruggedness. the 3 - gain state pa die operates in lpm, mpm and hpm to maximize talk time over the entire range of operating conditions. to simplify the cost /time of calibration while in production the TQM766012 can be used in 1 - bit operation; either lpm/hpm with only 4ma of icq up to +13dbm in lpm, or mpm/hpm with 9ma of icq up to +17dbm in mpm. electrical specifications parameter typ units frequency 1880 mh z wcdma mode maximum pout 1 28.6 dbm lpm quiescent current 4 ma aclr5 - 4 1 dbc aclr10 - 55 dbc power supply current @ 28 .6 dbm 500 ma rx band noise - 1 3 7 dbm/hz note 1: test conditions wcdma rel99 test mode: v cc =3.4vdc, v en =high , tc=25c features ? gaas bihemt / cuflip ? pa te chnology ? typical quiescent current values: lpm: 4 ma mpm: 9 ma hpm: 90 ma ? excellent linearity in all modes ? excellent phase discontinuity ? integrated high performance coupler ? built - in voltage regulator functionality eliminating any external switch circuitry ? small 10 - pin, 3x3 mm module ? lead - free 260c / rohs / halogen - free ? full esd protection applications ? wcdma b2 applications ? cdma2000 bc1 ( pcs ) applications ? hsdpa/hsupa/hspa+ applications ? lte - compatible applications package style 10 - pin laminate module top view (through package) vcc1 vmode1 rf in vmode0 2 - bit bias control ven vcc2 cplr in rf out gnd cplr out vcc1 vmode1 rf in vmode0 ven vcc2 cpl r in rf out gnd cplr out 1 3 2 4 5 10 8 9 7 6 1 3 2 4 5 10 8 9 7 6
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