gc 2N2916A | TO-78 45 45 6 10 45 150 600 0.01 2 6 60 160 3 2 07 225 0.1 10 15 5 3 3 300 1 "15 2 2N2917 TO-78 45 45 6 10 45 60 240 0.01 10 20 6 60 4 2 07 100 0.1 20 5 4 3 150 1 10 2N2918 TO-78 45 45 6 10 45 150 600 0.01 10 6 60 3 3 07 225 0.1 20 5 20 3 2 300 1 10 2N2919 TO-78 60 60 6 2 45 60 240 0.01 5 6 60 4 3 07 100 0.1 10 3 10 4 2 150 1 5 2N2919A | TO-78 60 60 6 2 45 60 240 0.01 2 6 60 160 4 3 07 100 0.1 10 1.5 5 4 2 150 1 15 2 2N2920 TO-78 60 60 6 2 45 150 600 0.01 5 6 60 3 3 07 225 _ 0.1 10 3 10 3 2 300 - 1 - 5 JAN2N2920 TO-78 70 60 6 2 45 150 600 0.01 _ 5 6 60 400 3 3 07 225 _ 0.1 10 3 10 3 2 300 1 5 4 JANTX2N2820 TO-78 70 60 6 2 45 175 600 0.01 - 5 5 60 400 3 3 07 235 ~ ot 10 3 19 3 2 300 - 1 - 5 5 4 JANTXV2N2920 | TO-78 70 60 6 2 45 175 600 0.01 10 5 10 5 60 400 3 3 07 235 01 3 3 2 300 1 5 5 4 2N2920A | TO-78 60 60 6 2 45 450 600 0.01 2 6 60 160 3 5 07 225 0.1 10 15 5 3 300 1 t15 2 2 2N2972 TO-71 45 45 6 10 45 60 240 0.01 6 60 4 3 o7 100 01 4 2 150 1 2N2973 70-71 45 45 6 10 4s 150 600 0.01 6 60 3 3 7 225 01 3 2 300 1 2N2974 TO?1 45 45 6 19 45 6 240 O01 5 6 66 4 3 oF 100 0.1 10 3 10 4 2 150 1 5 2N2975 TO-71 45 45 6 10 45 150 600 0.01 5 6 60 3 3 07 225 0.1 10 3 10 3 2 300 1 5 2N2976 TO-71 45 45 6 10 45 60 240 0.01 10 6 60 4 3 o7 100 0.1 20 5 20 4 2 150 1 10 2N2977 TO-71 45 45 6 10 45 160 600 0.01 10 6 60 3 3 07 225 0.1 20 5 20 3 2 300 1 10 Test Conditions: 1. Ig = 10 BA, Voce = SV, 3. te = 10 nA, VCE = SV, 5. ig = 100 BA, VcE = SV. *This parameter measured at frequency = 1 kHz. Rg = 10k, f=1 kHz Rg = 10 ka, f= 1 kHz Rg = 10 k&, BW = 15.7 kHz Tp, = -55C to +425C. BW = 200 Hz 2. le = 10 KA, Veg = SV, Rg = 10k, BW= 15.7 kHz 4. Io = 10uA, Vce = 5Y, Rg = 10 ka, f= 100 Hz