legend +25 oc +85 oc - - - - - - -55 oc typical intermodulation performance at 25 oc second order harmonic intercept point ....... +60 dbm (typ.) second order two tone intercept point ........ +55 dbm (typ.) third order two tone intercept point ............ +40 dbm (typ.) power vdc +15 +15 ma 270 300 max. rf amplifier model TR9569 features ? ? ? ? ? high gain: 18 db typical ? ? ? ? ? high output power: +27.5 dbm typical ? ? ? ? ? operating temp. -55 oc to +85 oc ? ? ? ? ? environmental screening available characteristic typical min/max ta= 25 oc ta = -55 oc to +85 oc frequency 50 - 3200 mhz 100 - 3000 mhz note: care should always be taken to effectively ground the case of each unit. * 2.0 db higher at 100 to 500 mhz. noise figure (db) 500-3000 mhz <5.2* 6.5* max. vswr in <1.6:1 1.9:1 max. out <1.6:1 1.9:1 max. reverse isolation (db) -35 -30 max. power @ 1 db comp. (dbm) +27.5 +26.5 min. gain (db) 18 17 min. specifications typical performance data maximum ratings ambient operating temperature ................ -55oc to +100 oc storage temperature ................................. -62oc to +125 oc case temperature .................................................. +110 oc dc voltage .......................................................... +17 volts continuous rf input power .................................. +17 dbm short term rf input power ...... 50 milliwatts (1 minute max.) maximum peak power .................... 0.5 watt (3 sec max.) 0.4 0.8 max. gain flatness (db) rev. 1/22/09 spectrum microwave 2144 franklin drive n.e. palm bay, florida 32905 ph (888) 553-7531 fax (888) 553-7532 spectrum microwave 2707 black lake place philadelphia, pennsylvania 19154 ph (215) 464-4000 fax (215) 464-4001 www.spectrummicrowave.com available as: TR9569, 4 pin to-8b (t8) rn9569, 4 pin surface mount (sm19) br9569, connectorized housing (h2) preliminary 2.0 1.5 1.0 2.0 1.5 1.0 4 8 6 20 18 16 29 28 27 26 25 - 36 - 38 - 40 - 42 stop 3000 mhz stop 3000 mhz stop 3000 mhz stop 3000 mhz stop 3000 mhz stop 3000 mhz 17 19 start 100 mhz start 100 mhz start 100 mhz start 100 mhz start 100 mhz start 100 mhz gain (db) noise figure (db) 1 db comp. (dbm) input vswr output vswr reverse isolation (db) - 34 5 7
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