11 single ended g2 4.20 c/w 125 65 40 125 parameter symbol min typ max units test conditions common source power gain drain efficiency total device dissipation junction to case thermal resistance maximum junction temperature storage temperature drain to source voltage gate to source voltage -65 c to 150 c c v load mismatch tolerance vswr relative 0.13 7.50 ids = ma, vgs = -8v idq = a, vds = v, f = 0.13 bvdss drain breakdown voltage v idq = idq = 0.13 2,000 polyfet rf devices 1110 avenida acaso, camarillo, ca 93012 tel:(805) 484-4210 fax: (805) 484-3393 email:sell@polyfet.com url:www.polyfet.com 2,000 2,000 v parameter symbol min typ max units test conditions electrical characteristics ( each side ) rf characteristics ( 20.0 absolute maximum ratings ( t = gps 28.0 a, vds = v, f = a, vds = v, f = 28.0 28.0 watts mhz mhz mhz watts package style 20.0 high efficiency, linear high gain, low noise general description vds = ? db % o o o o o rf power gan transistor revision 08/03/2016 2 25 c ) watts output ) 200 polyfet rf devices G22001 10:1 rohs compliant v -10 to + polyfet's gan (on sic) hemt power transistors contain no internal matching; making them suitable for both broadband and narrow band applications. the use of a thermally enhanced package enables this device to have superior heat dissipation properties. the high drain break down voltage permits this device to operate over a wide voltage range. 4.0 0.56 7.2 2.0 v, vgs = -8v ciss crss coss vds = idss ma pf pf pf common source output capacitance common source feedback capacitance common source input capacitance vgs zero bias drain current gate bias for drain current v 28.0 vds = vgs =-8v, f = 1 mhz 28.0 vds = vgs =-8v, f = 1 mhz 28.0 vds = vgs =-8v, f = 1 mhz 28.0 -2.3 0.13a 7.20 idsat saturation current amp vgs = +2v, vds = 10v ids = 28.0 v suitable for use across 1-3000mhz
polyfet rf devices pout vs pin graph package dimensions in inches G22001 1110 avenida acaso, camarillo, ca 93012 tel:(805) 484-4210 fax: (805) 484-3393 email:contact@polyfet.com url:www.polyfet. com revision 08/03/2016 tolerance .xx +/-0.01 .xxx +/-.005 inches
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