characteristic typical min/max t a= 25 oc t a = -55 oc to +85 oc frequency 10 - 1400 mhz 10 - 1400 mhz t ypical intermodulation performance at 25 o c second order harmonic intercept point ....... +40 dbm (t yp.) second order t wo t one intercept point ........ +35 dbm (t yp.) third order t wo t one intercept point ............ +30 dbm (t yp.) legend +25 oc +85 oc - - - - - - -55 oc power vdc +15 volts +15 voltsma 195 ma 210 ma max. rf amplifier model tm31 15 features low phase noise bipolar design high output power: +27 dbm t ypical operating t emp. -55 oc to +85 oc environment al screening a vailable vswr in 1.8:1 2.2:1 max. out 1.8:1 2.0:1 max. reverseisolation (db) -17 db - gain 13.0 db 1 1.5 db min. specifications t ypical performance dat a absolute (no damage) maximum ratings ambient operating t emperature ................ -55oc to +100 oc s torage t emperature ................................. -62oc to +125 oc case t emperature .................................................. +125 oc dc v oltage .......................................................... +17 v olt s continuous rf input power .................................. +15 dbm short t erm rf input power ..... 50 milliwatts (1 minute max.) maximum peak power ................... 0.1 watt (3 sec max.) revision 9-3-2013 available as: tm31 15, 4 pin t o-8 (t4) tn31 15, 4 pin .450 sq. surface mount (sm3) bx31 15, sma connectorized housing (h1) (1000-1200 mhz) 24 dbm 22 dbm min. (1200-1400 mhz) 22 dbm 20 dbm min. noise figure (db) 8.0 db 10.0 db max. power @ 1 db comp. (10-1000 mhz) 27 dbm 25 dbm min. (measured in a 50 ohm system @ +15 volts dc nominal unless otherwise noted) 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, pa. 19154 ph (215) 464-4000 fax (215) 464-4001 www.spectrummicrowave.com 2.0 1.5 1.0 2.0 1.5 1.0 2 11 +28 +26 +24 +22 +20 0 -10 -20 -30 -40 14 15 13 12 start 10 mhz stop 1400 mhz 10 8 6 4 gain (db) reverse isolation (db) noise figure (db) input vswr output vswr 1 db comp. (dbm) start 10 mhz start 10 mhz start 10 mhz start 10 mhz start 10 mhz stop 1400 mhz stop 1400 mhz stop 1400 mhz stop 1400 mhz stop 1400 mhz
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