MRF9011 MOTOROLA | Alldatasheet

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MOTOROLA oO sheet by MRF90 TECHNICAL DATA The RF Line MRF9011L NPN Silicon High-Frequency Transistor SURFACE MOUNTED . .. designed primarily for use in high-gain, low-noise small-signal amplifiers for HIGH FREQUENCY operation up to 2.5 GHz. Also usable in applications requiring fast switching times. TRANSISTOR © High Current-Gain-Bandwidth Product — ft = 3.8 GHz (Typ) @ Ic = 15 mAdc NPN SILICON © Low Noise Figure @ f = 1 GHz — NF(matched) = 1.8 dB (Typ) © High Power Gain — Gpe(matched) = 13.5 dB (Typ) @ f = 1 GHz Guaranteed RF Parameters Surface Mounted SOT-143 Offers Improved RF Performance Lower Package Parasitics 3 High Gain 1 4 © Available In Both Standard Profile (MRF9011) and Low Profile (MRF9011L) © Tape and Reel! Packaging Options 2 CASE 318B-01 SOT-143 MAXIMUM RATINGS [coecortnitervotage—SSSSSS~d Cee Pee | [cotecorduseVotage Sid eso | ee | [Eriterdove vonage SSSSSSSSCSCS~d eto |] vee | [colecorCuvent—Coninasue SSS | Total Device Dissipation @ Tc = 25°C Watt Derate above 25°C mwrc THERMAL CHARACTERISTICS [ Thermal Resistance, Junction to Ambient | Ra | 300 | ecw _ ELECTRICAL CHARACTERISTICS (Tc = 25°C unless otherwise noted) OFF CHARACTERISTICS Collector-Emitter Breakdown Voltage V(BR)CEO Vde (lc = 1 mAdg, Ig = 0) Collector-Base Breakdown Voltage ViBR)CBO Vde (Ic = 0.1 mAdc, Ie = 0) Emitter-Base Breakdown Voltage V(BR)EBO 2 Vde (Ig = 0.1 mAde, Ic = 0) Collector Cutoff Current IcBo (Vop = 15 Vde, IE = 0) ON CHARACTERISTICS DC Current Gain bre (lc = 5 mAdc, Vce = 5 Vdc) (continued) ©MOTOROLA INC., 1985 (A) Dss913

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16 Sy 26 Vee = 10 Vd

Figure 4. Gain and Noise Figure Figure 5. Gain and Noise Figure Figure 6. Gain-Bandwidth Product Figure 7. Insertion Gain versus Frequency

2 LIT TiN tt tit EI pete Tie a

Figure 8. Maximum Unilateral Gain nListon! tw ‘

COMMON EMITTER S-PARAMETERS 100 0.85 “41 13.64 153 0.03 65 0.93 -17 200 0.78 -76 10.77 134 0.05 54 0.80 -29 500 0.71 -131 6.10 102 0.08 35 0.55 -42 1000 0.66 — 169 3.22 77 0.08 33 0.45 -48 2000 0.60 152 1.65 47 0.11 46 0.47 -63 10 100 0.72 —59 20.01 145 0.03 62 0.87 -23 200 0.70 —100 14.31 123 0.04 49 0.67 -36 500 0.66 -150 7.03 94 0.06 38 0.44 -43 1000 0.63 179 3.57 73 0.07 45 0.37 —46 2000 0.58 147 1.79 46 0.11 57 0.41 -60 15 100 0.65 -75 23.44 138 0.02 57 0.81 -27 200 0.66 -118 15.56 116 0.04 46 0.59 -38 500 0.65 — 159 7.10 90 0.05 42 0.40 -40 1000 0.63 174 3.57 71 0.06 52 0.35 -43 2000 0.59 144 1.77 45 0.11 62 0.40 -58 20 100 0.61 -89 24.32 133 0.02 51 0.77 -28 200 0.66 - 130 15.11 111 003 43 0.55 -35 500 0.66 — 166 6.68 88 0.04 46 0.41 -34 1000 0.65 171 3.32 69 0.06 56 0.39 -39 2000 0.61 143 1.65 43 0.10 65 0.44 —56 100 0.63 — 132 13.18 118 0.02 47 0.72 -15 200 0.68 — 157 7.07 104 0.02 44 0.66 -16 500 0.69 -177 3.23 90 0.03 55 0.62 -24 1000 0.70 165 1.78 71 0.05 65 0.59 -38 2000 0.66 138 0.93 42 0.09 79 0.62 -62 100 0.85 -38 13.67 155 0.03 70 0.93 -14 200 0.80 -71 10.97 136 0.05 56 0.83 -24 500 0.70 —126 6.35 104 0.07 37 0.60 -35 1000 0.65 — 166 3.39 78 0.07 36 0.51 -40 2000 0.58 154 1.74 48 0.10 50 0.54 -55 100 0.75 -55 20.12 147 0.02 66 0.88 -19 200 0.71 -94 14.60 125 0.04 50 0.72 -30 500 0.65 -145 7.33 96 0.05 39 0.50 -35 1000 0.62 -177 3.74 74 0.06 46 0.45 -38 2000 0.57 149 1.88 47 0.10 60 0.49 -53 100 0.68 -68 23.53 140 0.02 61 0.85 -22 200 0.67 -110 15.90 119 0.03 49 0.65 -31 500 0.64 —155 7.45 92 0.04 42 0.47 -32 1000 0.62 177 3.74 71 0.06 53 0.44 -35 2000 0.58 146 1.90 45 0.09 65 0.50 -51 100 0.64 -79 24.77 135 0.02 56 0.81 -23 200 0.64 —122 15.81 114 0.03 46 0.62 -29 500 0.64 — 161 7.10 89 0.04 46 0.48 -28 1000 0.62 174 3.53 70 0.05 56 0.46 -33 2000 0.59 145 1.75 44 0.09 68 0.53 -50 100 0.61 -114 16.25 123 0.01 48 0.79 -15 200 0.63 -147 9.10 107 0.02 49 0.71 -15 500 0.65 -172 4.22 90 0.03 53 0.66 -22 1000 0.66 168 2.27 71 0.05 63 0.63 -33 2000 0.63 140 1.15 41 0.08 79 0.67 -53 = ) MOTORCL,A ee MRF9011 @ MRF9011L

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