MPS-2125A9D-02 2100 to 2500 mhz linear amplifier preliminary data sheet m p s - 2 1 2 5 a 9 d - 0 2 features: 1.2:1 typical output vswr 14 db typical gain +42 dbm typical ip3 single positive bias +26 dbm typical p1db surface mount package the mps 2125a9d-02 is a high quality linearity modular amplifier designed to meet the ultra-linear transmitter driver requirements for commercial imt 2000 wireless local loop (wll) applications. key advantages are low inte r-modulation performance for multi-carrier or wideband cdma systems (imd3 -70 dbc ty pical) and exceptionally low input/output return loss for ease of integration. electrical specifications @ 25c, vdd = 7.5 v, zo = 50 ohms symbol parameters min typical max unit freq. frequency range 2100 2500 mhz ssg small signal gain 13 14 db p1 db pout at 1 db comp point +25.0 +26.0 dbm ip3 third-order intercept +41.0 +42.0 dbm vswr vswr (input/output) 1.4:1/1.2:1 1.5:1 gof gain var. over frequency 0.20 0.50 db got gain var. over temp -0.015 db/c i dd dc current 230 320 ma absolute maximum ratings maximum bias voltage 8.0 v maximum continuous rf input power +25 dbm maximum peak input power +27 dbm maximum case operating temperature +85 c m aximum storage temperature - 65 to + 150 c microwave technology, inc. an ixys company, 4268 solar way, fremont, ca 94538 510-651-6700 fax 510-651-2208 email info@mwtinc.com preliminary data contained herein is subject to change without notice. all rights reserved ? march 2005
MPS-2125A9D-02 2100 to 2500 mhz linear amplifier ip3 at 13 dbm/tone outline diagram .270 .430 input side dot .15 max. .250 gap. .003 typ. .050 typ. 8 plcs. input pad .040 typ. 2 plcs. ground pad output pad .024 typ. 10 plcs. .050 typ. 2 plcs. application circuit rf in c1 c2 l1 cr1 100 pf 22 uf 160 nh 7.0 v chip capacitor capacitor printed or wound coil zener diode 50 ohm microstrip line microwave technology, inc. an ixys company, 4268 solar way, fremont, ca 94538 510-651-6700 fax 510-651-2208 email info@mwtinc.com preliminary data contained herein is subject to change without notice. all rights reserved ? march 2005
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