r.1.a.052699-phan ghz technology inc. reserves the right to make changes without further notice. ghz recommends that before the product(s) descri bed herein are written into specifications, or used in critical applications, that the performance characteristics be verified by contacting t he factory. 1314AB60 60 watts pep, 25 volts, class ab linear 1350 ? 1400 mhz advanced release general description the 1314AB60 is a common emitter transistor capable of providing 60 watts of class ab, rf output power over the band 1350-1400 mhz. this transistor is specifically designed for linear power amplifier applications. it includes input prematching and utilizes gold metalization and high value emitter ballalsting to provide high reliability and supreme ruggedness. case outline 55my style 2 common emitter absolute maximum ratings maximum power dissipation @ 25 c 200 watts maximum voltage and current collector to emitter voltage (bv ces ) 55 v collector to emitter voltage (bv ceo ) 27 v emitter to base voltage (bv ebo ) 3.5 v collector current (i c ) 20.0 amps maximum temperatures storage temperature -65 to +150 c operating junction temperature +200 c electrical characteristics @ 25 c symbol characteristics test conditions min typ max units p out power out f = 1350 ? 1400 mhz 60 w p in power input v cc = 25 volts 12 w p g power gain icq = 250 mamps 7.0 8.0 db rl return loss as above -10 db c collector efficiency 45 50 % vswr load mismatch tolerance 60 watt pep 2:1 functional characteristics @ 25 c bv ces collector to emitter breakdown ie = 100 ma 55 v bv ceo collector to emitter breakdown ic = 100 ma 27 v bv ebo emitter to base breakdown ie = 25ma 3.5 v i ces collector leakage current vce = 27 v 30 ma h fe dc ? current gain vce = 5v, ic = 1.5a 20 100 jc 2 thermal resistance tc = 25 o c.87 c/w initial issue may 1999
1314AB60 zin zcl frequency r jx r jx 1250 6.08 4.37 3.38 6.19 1300 6.07 3.7 3.29 5.75 1350 6.09 3.04 3.21 5.34 1400 6.16 2.39 3.15 4.94 1450 6.26 1.76 3.11 4.56 series input impedance v.s frequency vce=25v pout=60 w, icq=250ma. 4 5 6 7 8 9 10 11 12 1250 1300 1350 1400 1450 frequency(mhz) real(ohm) -5 -4 -3 -2 -1 0 1 2 3 4 5 imaginary r jx series collector load impedance v.s frequency vce=25v pout=60 w, icq=250 ma. 0 1 2 3 4 5 6 7 1250 1300 1350 1400 1450 frequency(mhz) real(ohm) 0 1 2 3 4 5 6 7 imaginary r jx
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