t hin- fi lm casc adab le a mplif ier 5 to 2000 mhz te chni ca l data features ? fr equ ency ra nge: 5 to 200 0 mhz ? 5 vol t supp ly ? low supply c urrent ? te mpe ratu re c ompe nsa ted applications ? if/rf a mplifi cation ? 5 volt systems description the 2 055 s eri es i s a high p ower thi n-fi lm bip olar r f am plifi er t hat ope rate s on 5 -volt b ias t o p rovi de med ium o utp ut p ower. res istive fee dback an d active bias ass ure tem perat ure compen sa tion and inc reas ed imm un ity t o b ias vol ta ge var ia tions. in put/out put blo ck ing ca pac itors coupl e rf through the amp li fi er , while a l ow vswr i s mai nt ained th ro ugh ind uc tiv e tuning. the 2 055 s eri es amp li fie rs a re avail abl e in e ith er the to- 8 h erm et ic ca se or con ne ctore d tc- 1a pa cka ge . uto/utc 2055 series pin configuration ut o?to-8t rf v + in rf out ut c?tc-1a ground case ground v + rf out rf in maximum ratings par ameter max imum dc voltage +8 .0 v ol ts co ntin uous r f in put power +13 d bm op er at ing cas e t emper ature ?55 to +1 25 c sto rage temp er ature ?62 to +1 50 c ?r? s eri es burn- in te mper ature +1 25 c schematic rf out rf in v+ thermal characteristics 1 jc 87 c/w act ive t ran sisto r p ow er dissi pat ion 115 mw jun ction temp era ture abo ve case temper ature 10 c weight: (typical) uto ?2.1 grams; utc?21.5 grams
2 electrical specifications (measured in 50 w system @ +5 vdc nominal unless otherwise noted) symbol unit t c = C55 to +85 c 5-2000 7.5 1.0 6.5 +9.0 2.0:1 2.0:1 mhz db db db dbm dbm dbm dbm ma t c = 0 to 50 c guaranteed specifications typical t c = 25 c 5-2000 9.5 0.3 5.0 +11.5 1.6:1 1.7:1 +22.0 +30.0 +36.0 32 5-2000 8.5 0.7 6.0 +10.0 2.0:1 2.0:1 characteristic frequency range small signal gain (min.) gain flatness (max.) noise figure (max.) power output @ +1 db comp. (min.) input vswr (max.) output vswr (max.) two tone 3rd order intercept point two tone 2nd order intercept point one tone 2nd harmonic intercept point dc current bw gp nf p 1db ip 3 ip 2 hp 2 i d typical performance over temperature (@ +5 vdc unless otherwise noted) key: +25 c +85 c -55 c gain, db 50 gain frequency, mhz 13 500 2000 2500 noise figure, db frequency, mhz noise figure 8 7 6 11 9 7 1000 1500 5 4 5 3 50 500 2000 2500 1000 1500 power output
@ 1 db gain
compression, dbm power output frequency, mhz vswr input vswr frequency, mhz vswr output vswr frequency, mhz 2.5 1.0 2.0 15 ip 3 , dbm third-order intercept point frequency, mhz second-order intercept point frequency, mhz second-harmonic intercept point frequency, mhz 40 60 ip 2 , dbm hp 2 , dbm 50 1.5 50 2.0 1.0 1.75 1.5 50 60 13 30 30 40 50 1000 500 1500 2000 11 50 1000 500 1500 2000 2500 50 1000 500 1500 2000 50 1000 500 1500 2500 20 40 500 1000 1500 2000 2500 50 1000 500 1500 2000 2500 10 2000 20 2500 30 20 2500 9 7 1.25
3 automatic network analyzer measurements (typical production unit @ +25 c ambient) s-parameters and numerical readings .005 .12 C117.0 9.7 C168.9 C15.1 13.1 .07 119.33 .010 .08 C138.2 9.7 C175.9 C15.1 5.6 .04 128.45 .020 .06 C153.1 9.7 C179.9 C15.2 1.4 .03 138.60 .050 .06 C161.3 9.7 174.5 C15.1 C3.0 .03 128.76 .40 C5.44 .100 .07 C160.2 9.7 167.4 C15.2 C8.0 .03 109.14 .40 C5.51 .150 .07 C157.5 9.7 160.6 C15.2 C12.5 .04 94.61 .38 C5.17 .200 .08 C155.6 9.7 154.0 C15.2 C16.9 .05 83.21 .37 C4.69 .250 .09 C154.0 9.6 147.5 C16.2 C21.2 .06 73.59 .36 C4.09 .300 .10 C153.7 9.6 141.0 C15.3 C25.4 .07 65.41 .36 C3.44 .350 .11 C154.5 9.6 134.5 C15.3 C29.6 .08 57.67 .36 C2.83 .400 .12 C155.9 9.6 128.0 C15.3 C33.8 .09 50.24 .36 C2.22 .450 .13 C157.7 9.6 121.5 C15.3 C38.0 .10 42.96 .36 C1.60 .500 .14 C159.8 9.6 115.1 C15.4 C42.1 .11 35.74 .36 C.94 .650 .15 C162.2 9.6 108.7 C15.4 C46.2 .12 28.48 .36 C.28 .600 .15 C164.9 9.6 102.2 C15.4 C50.3 .13 21.38 .36 .40 .650 .16 C168.0 9.6 95.8 C15.4 C54.3 .13 14.25 .36 1.07 .700 .17 C171.2 9.6 89.3 C15.5 C58.4 .14 7.09 .36 1.71 .750 .18 C174.8 9.6 82.8 C15.5 C62.5 .15 C.10 .36 2.31 .800 .19 C178.6 9.6 76.3 C15.5 C66.6 .15 C7.34 .36 2.91 .850 .19 177.4 9.7 69.8 C15.5 C70.6 .16 C14.67 .36 3.45 .900 .20 173.3 9.7 63.2 C15.5 C74.8 .17 C22.11 .36 4.03 .950 .20 168.9 9.7 56.6 C15.5 C78.8 .17 C29.49 .37 4.52 1.000 .21 164.3 9.8 49.9 C15.5 C82.9 .18 C37.03 .37 4.95 1.050 .21 159.6 9.8 43.2 C15.5 C87.1 .18 C44.69 .37 5.32 1.100 .21 154.6 9.9 36.4 C15.5 C91.3 .19 C52.42 .38 5.63 1.150 .21 149.4 9.9 29.6 C15.4 C95.5 .19 C60.21 .38 5.87 1.200 .21 143.9 10.0 22.6 C15.4 C99.8 .19 C68.05 .39 5.98 1.250 .20 138.0 10.0 15.5 C15.4 104.1 .20 C76.00 .40 5.97 1.300 .20 131.7 10.1 8.2 C15.3 C108.5 .20 C84.15 .40 5.82 1.350 .19 124.7 10.2 .9 C15.3 C113.0 .20 C92.24 .41 5.57 1.400 .18 116.9 10.3 C6.7 C15.3 C117.6 .20 C100.37 .42 5.10 1.450 .16 108.2 10.3 C14.4 C15.2 C122.2 .20 C108.66 .43 4.44 1.500 .14 98.1 10.4 C22.5 C15.2 C127.0 .19 C116.98 .44 3.51 1.550 .12 85.8 10.5 C30.7 C15.2 C131.8 .19 C125.16 .46 2.34 1.600 .10 70.3 10.5 C39.2 C15.2 C136.6 .18 C133.35 .47 .91 1.650 .08 49.7 10.4 C47.8 C15.2 C141.3 .18 C141.69 .47 C.53 1.700 .08 20.8 10.4 C56.4 C15.2 C146.0 .18 C150.24 .48 C2.06 1.750 .06 C14.5 10.3 C85.0 C15.1 C150.6 .17 C159.60 .47 C3.50 1.800 .07 C43.9 10.1 C73.5 C15.0 C155.4 .17 C170.25 .47 C4.89 1.850 .09 C63.1 10.0 C81.9 C14.9 C160.4 .16 177.77 .47 C6.27 1.900 .12 C75.5 9.9 C90.5 C14.8 C165.8 .16 164.59 .48 C7.76 1.950 .15 C84.8 9.8 C99.3 C14.7 C171.4 .15 150.13 .48 C9.39 2.000 .18 C92.5 9.7 C108.2 C14.6 C177.4 .14 134.47 .49 C11.19 2.050 .21 C99.5 9.5 C117.3 C14.6 176.4 .14 118.05 .51 2.100 .25 C106.0 9.3 C126.7 C14.6 170.1 .13 101.01 .52 2.150 .28 C112.3 9.1 C136.1 C14.6 163.6 .13 83.87 .52 2.000 .32 C118.3 8.9 C145.7 C14.6 156.9 .13 67.66 .53 2.250 .35 C124.0 8.6 C155.4 C14.6 150.1 .14 52.78 .53 2.300 .38 C129.5 8.2 C165.1 C14.7 143.3 .14 39.44 .54 2.350 .41 C134.8 7.9 C174.9 C14.8 136.4 .15 28.06 .54 2.400 .44 C139.7 7.4 175.3 C15.0 129.3 .15 18.94 .55 2.450 .46 C144.2 7.0 165.4 C15.2 122.2 .16 11.94 .55 2.500 .48 C148.4 6.5 155.6 C15.4 114.9 .17 6.82 .55 3.000 .72 178.8 C1.8 55.0 C20.6 37.0 .55 C43.02 .56 bias = 5.00 volts; current = 32 ma freq gpdel phase ghz mag ang db ang db ang mag ang ns deg linearization range: .005 to 2.000 ghz s 11 s 21 s 12 s 22
4 product options uto ?509r screening option
blank = no screening
r = r-series screening
for more information on r-series screening,
see reliability screening, pub. 5963-3240e. model number prefix
uto-
utm-
ppa- model number utc ?509-1 connector option
for tc-1 case the only connector option
available is the -1. the -1 option consists
of a sma female connector on both the
input and output (see note). model number prefix
utc- model number note: r-series screening is not available in the tc-1 case as the case is non-hermetic.
5 case drawings to-8t .031 .031 .50
dia .450
dia max .200 .017 0.185
0.015 +.002 - 001 .150
typ .300
typ ground case
ground v .150
typ 3 4 2 1 45 approximate weight 2.1 grams + rf in rf out glass ring
.060 dia typ
(3x) notes (unless otherwise specified): 1. dimensions are specified in inches 2. tolerances: xx .02 xxx .010
case drawings tc-1 gnd .350 .890 .460 .310 dc input .38
(2) pl .24 .19 sma jack (female)
(2) pl .180 .640 .905 .095 .250 .570 2-56 unc-2b x .15 deep
threaded insert
(4) pl .460 .310 .350 1.000 .820 product marking
area typical weight with connectors = 21.5 grams
rf .100 v + in rf out notes: 1. the tc-1 case is a non-hermetic case.
2. the only connector option available for the tc-1 case is the ?, sma female connectors at both input and output ports.
agc (if required) .890 .500 notes (unless otherwise specified): 1. dimensions are specified in inches 2. tolerances: xx .02 xxx .010 contact teledyne microwave solutions: 650-691-9 800 650-962-6 845 fax check for updates: www.teled yne microwave.com
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