AMMC-5026_08 AVAGO [AVAGO TECHNOLOGIES LIMITED], AMMC-5026_08 Datasheet
AMMC-5026_08
Related parts for AMMC-5026_08
AMMC-5026_08 Summary of contents
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... GHz GaAs MMIC Traveling Wave Amplifier Data Sheet Description The AMMC-5026 is a broadband PHEMT GaAs MMIC Traveling Wave Amplifier (TWA) designed for medium output power and high gain over the full 2 GHz to 35 GHz frequency range. The design employs a 6-section cascode connected FET structure to provide flat gain and medium power as well as uniform group delay ...
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... AMMC-5026 DC Specifications/Physical Properties Symbol Parameters and Test Conditions I Saturated Drain Current dss ( =open circuit First Gate Pinch-off Voltage =0 =open circuit dss g2 V Second Gate Self-bias Voltage =150 mA, V =open circuit) ...
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... AMMC-5026 Typical Performance (T = 25° 150 mA, V chuck -10 - FREQUENCY (GHz) Figure 1. Gain. 160 120 FREQUENCY (GHz) Figure 4. Group Delay Open 50Ω S11(dB) ...
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... AMMC-5026 Typical Performance (T = 25° 150 mA, V chuck -10 - FREQUENCY (GHz) Figure 7. Gain. 100 FREQUENCY (GHz) Figure 10. Group Delay S21(dB) 25°C S21(dB) -40°C S21(dB) 80° ...
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... AMMC-5026 Typical Scattering Parameters (T = 25° 150 mA) chuck dd dd Freq GHz dB Mag Ang 2.0 -24.93 0.06 -56 3.0 -26.84 0.05 -18 4.0 -25.16 0.06 -2 5.0 -23.72 0.07 2 6.0 -22.99 0.07 2 7.0 -22.58 0.07 1 8.0 -21.97 0.08 1 9.0 -21.29 0.09 -3 10.0 -20.67 0.09 -7 11.0 -20.29 0.10 -16 12.0 -20.47 0.09 -29 13.0 -21.49 0.08 -43 14.0 -23.65 0.07 -59 15.0 -28.02 0.04 -81 16.0 -39.49 0.01 -131 17.0 -31.18 0.03 86 18.0 -24.21 0.06 60 19.0 -20.93 0.09 38 20.0 -18.20 0.12 13 21.0 -17.48 0.13 -17 22.0 -17.43 0.13 -46 23.0 -17.77 0.13 -81 24.0 -18.27 0.12 -119 25.0 -18.66 0.12 -161 26.0 -18.56 0.12 156 27.0 -18.60 0.12 112 28.0 -19.07 0.11 66 29.0 -19.79 0.10 9 30.0 -18.63 0.12 -59 31.0 -15.62 0.17 -116 32.0 -13.40 0.21 -161 33.0 -12.69 0.23 161 34.0 -14.73 0.18 127 35.0 -26.00 0.05 120 36.0 -14.82 0.18 -157 37.0 -10.01 0.32 172 38.0 -9.81 0.32 161 39.0 -6.40 0.48 157 40 ...
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... AMMC-5026 Typical Scattering Parameters (T = 25° 150 mA) chuck dd dd Freq GHz dB Mag Ang 2.0 -24.88 0.06 -57 3.0 -26.86 0.05 -19 4.0 -25.30 0.05 -2 5.0 -23.94 0.06 2 6.0 -23.17 0.07 2 7.0 -22.72 0.07 1 8.0 -22.09 0.08 1 9.0 -21.42 0.08 -3 10.0 -20.79 0.09 -7 11.0 -20.42 0.10 -17 12.0 -20.68 0.09 -30 13.0 -21.76 0.08 -44 14.0 -24.04 0.06 -61 15.0 -28.68 0.04 -83 16.0 -40.72 0.01 -151 17.0 -30.52 0.03 86 18.0 -24.07 0.06 58 19.0 -21.00 0.09 36 20.0 -18.37 0.12 12 21.0 -17.78 0.13 -18 22.0 -17.89 0.13 -49 23.0 -18.34 0.12 -84 24.0 -18.89 0.11 -123 25.0 -19.20 0.11 -166 26.0 -19.05 0.11 151 27.0 -19.12 0.11 108 28.0 -19.87 0.10 62 29.0 -20.78 0.09 3 30.0 -19.42 0.11 -67 31.0 -16.18 0.16 -123 32.0 -13.92 0.20 -166 33.0 -13.31 0.22 158 34.0 -15.52 0.17 129 35.0 -23.72 0.07 144 36.0 -14.68 0.18 -169 37.0 -10.47 0.30 166 38.0 -9.72 0.33 159 39.0 -6.77 0.46 152 40 ...
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... Biasing and Operation AMMC-5026 is biased with a single positive drain supply (V ) and a negative gate supply ( bias conditions for the AMMC-5026 is V 150 mA for best overall performance. Open circuit is the default setting for the V biasing. g2 Figure 17 shows a typical bonding configuration for the GHz operations. In this case, auxiliary drain and V capacitors (> ...
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... Vd) 505 840 (±10 µm) 252 89 (RF Input Pad) Figure 16. AMMC-5026 Bonding Pad Locations. (dimensions in micrometers) 1.5 mil dia.Gold Wire Bond Feedthru 4 nH Inductor (1.0 mil Gold Wire Bond with length of 200 mils AMMC-5026 IN 2.0 mil nom. gap 0.7 mil dia. Gold Bond Wire (Length Not important) Figure 17 ...