h v oltage-controlled agc amplifier 10 to 1000 mhz t echnical data description the agc-1053 combines three mmic rf amplifiers with 22 db (typ) gain, and pin diodes with 0 to +5 vdc control voltage for gain control. the 1053 has blocking capacitors which couple the rf signal through the amplifier, and bypass capacitors to filter the bias voltage line. a vantek products agc-1053 pin configuration to-8f features ? frequency range: 10 to 1000mhz ? modamp silicon monolithic gain stages ? agc range: 35 db (typ) ? 0 to 5 v control voltage applications ? open or closed loop gain control ? receiver output gain control ? transmitter output leveling control maximum ratings parameter maximum dc voltage +17 volts continuous rf input power +17 dbm operating case temperature C55 to +125 c storage temperature C62 to +150 c r series burn-in temperature (t c ) +125 c ground control v rf in + rf out tc-1 rf v + in rf out weight: (typical) 2.1 grams thermal characteristics 1 q jc 130/130/130 c/w active transistor power dissipation 125/125/175 mw junction temperature above case temperature 16/16/24 c mtbf (mil-hdbk-217e, a uf @ 90 c) 378,652 hrs. note 1: for further information, see reliability screening, pub. 5963-3240e.
2 electrical specifications (measured in 50 w system @ +15 vdc nominal unless otherwise noted) symbol unit t c = C55 to +85 c 10-1000 17 2.5 13.0 +3.0 2.0:1 2.0:1 mhz db db db db dbm dbm dbm dbm m s volts ma volts ma t c = 0 to 50 c guaranteed specifications typical t c = 25 c 10-1000 22 1.0 35 11.0 +8.0 1.5:1 1.5:1 +20.0 +40.0 +50.0 25 +15 90 0 to +5 0 to 12 10-1000 18 2.0 12.0 +5.0 2.0:1 2.0:1 characteristic bw gp nf p 1db ip 3 ip 2 hp 2 vdc i d v agc i agc frequency range small signal gain (min.) gain flatness, v agc = 0 to +3 volts (max.) agc range, v agc = +5 volts noise figure, v agc = 0 (max.) power output @ +1 db compression v agc = 0 (min.) input vswr, v agc = 0 to +5 volts (max.) output vswr, v agc = 0 to +5 volts (max.) two tone 3rd order intercept point two tone 2nd order intercept point one tone 2nd harmonic intercept point response time (10 to 90%) bias voltage bias current agc voltage agc current typical performance over temperature key: +25 c +85 c -55 c (@ +15 vdc unless otherwise noted) 30 gain, db 10 gain frequency, mhz 25 400 800 1200 20 frequency, mhz power output 10 8 6 15 1600 12 2000 4 10 400 800 1200 1600 2000 noise figure, db frequency, mhz noise figure 14 13 12 15 11 30 400 800 1200 1600 2000 10 5 10 2 0 power output
@ 1 db gain
compression, dbm frequency, mhz 1.8 1.6 1.4 800 1200 1600 2000 1.2 1.0 400 10 input vswr vswr 2.0
3 typical performance over temperature (continued) vswr frequency, mhz output vswr second-order intercept point frequency, mhz second-harmonic intercept point frequency, mhz 55 ip 2 , dbm hp 2 , dbm 50 60 65 40 55 45 35 50 45 800 1200 1600 2000 400 10 ip 3 , dbm third-order intercept point frequency, mhz 24 22 10 400 200 600 1000 20 18 800 16 800 1200 1600 2000 400 10 800 1200 1600 2000 400 10 gain at 10 db agc steps frequency, mhz gain, db +13 +23 +3 ? ?7 800 1200 1600 2000 400 10 ?7 agc 0v 1.36v 2.01v 2.99v 5.00v gain agc voltage, v gain, db 2 3 4 5 1 0 noise figure agc voltage, v 35 noise figure, db 30 20 25 15 2 3 4 5 1 0 agc voltage, v 10 5 0 2 3 4 5 ? ?0 1 0 input vswr vswr vswr agc voltage, v output vswr 2.0 1.2 1.8 1.6 1.4 power output
@ 1 db gain
compression, dbm power output agc voltage, v 2.0 1.8 1.6 1.4 1.2 phase frequency, mhz phase, deg. 150 200 100 80 60 400 600 800 1000 200 0 40 agc 5.0v 2.99v 2.01v 1.36v 10 ?5 1.0 2 3 4 5 1 0 1.0 2 3 4 5 1 0 0v f = 500 mhz f = 500 mhz f = 500 mhz f = 500 mhz f = 500 mhz 1.8 1.6 1.4 1.2 1.0 2.0 14 12 30 40 +13 +23 +3 ? ?7 ?7
4 typical performance over temperature (continued) vswr frequency, mhz output vswr second-order intercept point frequency, mhz second-harmonic intercept point frequency, mhz 55 ip 2 , dbm hp 2 , dbm 50 60 65 40 55 45 35 50 45 800 1200 1600 2000 400 10 ip 3 , dbm third-order intercept point frequency, mhz 24 22 10 400 200 600 1000 20 18 800 16 800 1200 1600 2000 400 10 800 1200 1600 2000 400 10 gain at 10 db agc steps frequency, mhz gain, db +13 +23 +3 ? ?7 800 1200 1600 2000 400 10 ?7 agc 0v 1.36v 2.01v 2.99v 5.00v gain agc voltage, v gain, db 2 3 4 5 1 0 noise figure agc voltage, v 35 noise figure, db 30 20 25 15 2 3 4 5 1 0 agc voltage, v 10 5 0 2 3 4 5 ? ?0 1 0 input vswr vswr vswr agc voltage, v output vswr 2.0 1.2 1.8 1.6 1.4 power output
@ 1 db gain
compression, dbm power output agc voltage, v 2.0 1.8 1.6 1.4 1.2 phase frequency, mhz phase, deg. 150 200 100 80 60 400 600 800 1000 200 0 40 agc 5.0v 2.99v 2.01v 1.36v 10 ?5 1.0 2 3 4 5 1 0 1.0 2 3 4 5 1 0 0v f = 500 mhz f = 500 mhz f = 500 mhz f = 500 mhz f = 500 mhz 1.8 1.6 1.4 1.2 1.0 2.0 14 12 30 40 +13 +23 +3 ? ?7 ?7
5 automatic network analyzer measurements frequency mhz mag ang db ang db ang mag ang (typical production unit @ +25 c ambient) s 21 s 11 s 22 s 12 s-parameters bias = 15.00 volts, current = 86 ma 100.00 .168 3.3 23.100 160.4 C35.047 C177.0 .010 8.2 150.00 .160 C.8 22.828 149.5 C37.208 C3.0 .019 C119.0 200.00 .156 C6.1 22.744 140.0 C45.836 66.7 .034 C98.4 250.00 .152 10.8 22.704 129.6 C51.764 C18.7 .032 C95.8 300.00 .151 C14.5 22.600 120.0 C48.073 C38.4 .057 C80.3 350.00 .156 C14.1 22.320 110.4 C54.909 C171.3 .064 C101.6 400.00 .158 C18.4 22.243 101.3 C45.695 40.0 .065 C97.3 450.00 .171 C22.4 22.115 92.3 C50.204 20.9 .075 C96.9 500.00 .185 C23.0 22.112 82.9 C53.132 145.6 .078 C96.6 550.00 .193 C23.5 22.092 73.7 C52.702 68.7 .090 C98.0 600.00 .195 C23.5 22.027 64.5 C52.354 98.2 .097 C99.4 650.00 .195 C23.9 21.960 55.0 C53.418 146.8 .106 C100.5 700.00 .185 C26.6 21.893 45.4 C60.145 162.5 .112 C102.5 750.00 .177 C31.5 21.784 36.3 C55.039 71.8 .121 C104.3 800.00 .174 C36.6 21.720 26.3 C47.281 51.9 .127 C106.2 850.00 .182 C41.2 21.571 15.7 C47.371 49.8 .129 C108.4 900.00 .183 C44.9 21.450 4.9 C56.316 75.2 .132 C113.0 950.00 .189 C49.0 21.291 C5.6 C50.851 112.3 .140 C115.5 1000.00 .194 C49.8 21.113 C16.5 C48.514 75.1 .141 C114.5 1050.00 .195 C47.2 20.897 C26.6 C49.027 80.0 .137 C115.7 1100.00 .192 C44.9 20.699 C36.6 C47.141 74.4 .132 C119.4 1150.00 .193 C43.9 20.454 C46.6 C47.842 81.1 .137 C118.8 1200.00 .197 C45.2 20.181 C56.5 C54.577 110.8 .136 C115.1 1250.00 .204 C47.4 19.852 C65.7 C48.801 78.9 .126 C110.9 1300.00 .218 C50.3 19.508 C75.0 C50.134 59.9 .121 C107.2 1350.00 .238 56.2 19.256 C84.3 C54.313 93.9 .139 C105.3 1400.00 .245 C59.4 19.032 C94.2 C61.674 110.8 .162 C101.8 1450.00 .240 C61.3 18.695 C104.3 C48.073 131.5 .165 C101.0 1500.00 .231 C64.2 18.389 C114.0 C52.090 123.2 .156 C104.0 1550.00 .228 C65.3 17.998 C123.8 C46.604 136.4 .163 C110.3 1600.00 .228 C65.2 17.527 C133.1 C50.210 116.1 .177 C108.5 1650.00 .228 C66.3 17.069 C142.6 C46.314 152.4 .176 C102.7 1700.00 .224 C68.5 16.509 C151.7 C45.587 138.9 .164 C103.3 1750.00 .224 C70.4 15.967 C160.6 C47.299 140.9 .169 C108.1 1800.00 .223 C72.4 15.427 C169.7 C49.243 164.2 .186 C107.9 1850.00 .225 C73.7 14.855 C179.1 C45.932 159.3 .186 C103.2 1900.00 .226 C73.8 14.335 172.5 C48.546 148.4 .173 C103.5 1950.00 .224 C74.1 13.847 164.0 C44.024 146.4 .173 C108.1 2000.00 .224 C74.5 13.294 156.2 C44.810 154.0 .188 C107.2
6 frequency = 100 mhz 50 m s/div. 10 db gain change frequency = 100 mhz 50 m s/div. full agc voltage frequency = 100 mhz 5 m s/div. full agc voltage
7 product options agc ?553 r model number prefix
agc- model number screening option
blank = no screening required
r = r-series screening
for more information on r-series screening,
see reliability screening, pub. 5963-3240e. agcc ?553 1 model number prefix
agcc- model number connector option
for tc-1 case, the only connector option available
is the -1. the -1 option consists of an sma female
connector on both the input and output (see note). note: no r-series screening is available in the
tc-1 case as the case is non-hermetic. .031 .031 .50
dia .450
dia max .175 .017 0.22
min +.002 - 001 .150
typ .300
typ ground case
ground v .150
typ 3 4 2 1 45 5 control .075 rf out rf in + approximate weight 2.1 grams glass ring
.060 dia typ
(4x) notes (unless otherwise specified): 1. dimensions are specified in inches 2. tolerances: xx .02 xxx .010 case drawings to-8f
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 case drawings tc-1 notes (unless otherwise specified): 1. dimensions are specified in inches 2. tolerances: xx .02 xxx .010 for more information: united state s * europe* far east/australasia: (65) 290-6305 canada: (416) 206-4725 japan: (81 3) 3331-6111 * call your local hp sales office listed in your telephone directory. ask for a components representative. data subject to change copyright ? 1995 hewlett-packard co. printed in u.s.a. 5963-3253e (10/94) h
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