electrical characteristics (t c = 25 c) part number ne650103m package outline 3m symbols characteristics units min typ max test conditions p 1db power out at 1db gain compression dbm 39.0 40.0 g l linear gain (at pin 23 dbm) db 10.0 11.0 add power added efficiency % 45 i dss saturated drain current a 2.0 5.0 7.0 v ds = 2.5 v; v gs = 0 v v p pinch-off voltage v -4.0 -2.5 -1.0 v ds = 2.5 v; i ds = 23 ma r th thermal resistance c/w 4.0 4.5 channel to case nec' s 10 w l & s-band power gaas mesfet features ? low cost plastic package ? usable to 2.7 ghz: pcs, w-cdma, wll, satellite uplink, bwa ? high output power: 40 dbm typ ? high power added efficiency: 45 % typ at 2.3 ghz ? low thermal resistance: 4.0 c/w ? lead-free ne650103m description nec's ne650103m is a 10 w gaas mesfet designed for pcs, w-cdma, wll transmitter applications. it is capable of delivering 10 watts of output power with high linear gain, high efficiency and excellent linearity. reliability and performance uniformity are assured by nec's stringent quality and control procedures outline dimensions (units in mm) package outline 3m functional characteristics electrical dc characteristics f = 2.3 ghz, v ds = 10.0 v rg = 100 ? i dsq 1.5 a (rf off) california eastern laboratories gate drain source 20.32 0.15 8.54 0.2 0.15 0.05 2.04 0.3 4.2 0.4 13.8 0.35 5.84 0.2 1.8 0.3 2- 3.3 0.3 14.27 0.15 3.5 0.2
absolute maximum ratings 1 (t c = 25 c) symbols parameters units ratings v ds drain to source voltage v 15 v gd gate to drain voltage v -18 v gs gate to source voltage v -7.0 i ds drain current a 5 i gf gate current ma 45 p t total power dissipation w 33 t ch channel temperature c 175 t stg storage temperature c -65 to +150 recommended operating limits symbols parameters units typ max v ds drain to source voltage v 10.0 10.0 t ch channel temperature c150 g comp gain compression db 3.0 r g gate resistance ? 100 note: 1. operation in excess of any one of these parameters may result in permanent damage. ne650103m NE650103M-A 3m part number package ordering information typical performance curves (t a = 25 c) total power dissipation, p d (w) total power dissipation vs. case temperature case temperature, t c ( c) 33 w 18 43 35 30 25 20 15 10 0 150 200 175 100 50 0 absol ute maximu m recommended v gs = 0 v i ds = 1 a/div v ds = 0.5 v/div v gs = -0.5 v v gs = -2.5 v 0 1 0 3 2 5 4 7 6 8 10 9 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 v gs = -1.5 v v gs = -1.0 v v gs = -0.5 v v gs = -2.0 v drain current, (a) drain current vs. drain to source voltage drain to source voltage, (v)
typical performance curves (t a = 25 c) ne650103m 0 15 20 25 30 35 40 45 -20 0 20 40 60 80 100 v ds = 10 v, i dsq = 1.5 a f = 880 mhz 5101520250 0 p out pae output power and power added efficiency output power, p out (dbm) input power, p in (dbm) power added efficiency, p ae (%) -20 -25 -30 -35 -40 -45 -50 -55 -60 20 25 30 35 4 0 v ds = 10 v, f1 = 1.9575 ghz f2 = 1.9575 ghz i dsq = 1 a i dsq = 1.5 a i dsq = 2 a third order intermodulation distortion vs. output power intermodulation distortion, im3 (dbc) 2-tone output power, p out (dbm) 45 40 35 30 25 20 10 15 20 25 30 35 0 20 40 60 80 100 v ds = 10 v, i dsq = 1.5 a rg = 100 ? f = 1.5 ghz output power and power added efficiency power added efficiency, p ae (%) output power, p out (dbm) input power, p in (dbm) 10 15 20 25 30 35 0 20 20 25 30 35 40 45 p out (i dsq = 1 a) p out (i dsq = 1.5 a) p out (i dsq = 2 a) pae (i dsq = 1 a) pae (i dsq = 1.5 a) pae (i dsq = 2 a) 60 80 100 40 f =1.96 ghz v ds = 10 v output power and power added efficiency power added efficiency, p ae (%) output power, p out (dbm) input power, p in (dbm) gate current, i g (ma) drain current, i ds (a) input power, p in (dbm) 10 0 1 2 3 4 15 20 25 30 35 -10 0 10 20 30 id ( dsq = 1 a) id ( dsq = 2 a) ig ( dsq = 1.5 a id ( dsq = 1.5 a) ig ( dsq = 1 a) ig ( dsq = 2 a) f =1.96 ghz v ds = 10 v
typical performance curves (t a = 25 c) ne650103m z source = impedance of the input circuit as seen by the gate z load = impedance of the output circuit as seen by the drain z source z load f (ghz) z source ( ? ? ? ? ? )z load ( ? ) ? ) ? ) ? ) ? ) 1.45 4.96 - j3.16 5.60 - j5.02 1.50 3.97 - j2.10 4.94 - j3.49 1.55 2.99 - j1.0 4.32 - j2.22 2.57 2.71 + j0.23 5.50 - j5.58 2.60 2.64 + j0.75 5.36 - j5.07 2.63 2.54 + j1.26 5.16 - j4.59 large signal impedances (v ds = 10 v, i dsq = 1.5 a) v ds = 10 v, i dsq = 1.5 a f1=2.2975 ghz f2=2.3025 ghz -10 -15 -20 -25 -30 -35 -40 -45 -50 -55 -60 -65 20 25 30 35 40 im3 im5 intermodulation distortion vs. output power intermodulation distortion, im (dbc) 2-tone p out (dbm) 45 40 35 30 25 20 15 20 25 30 35 40 100 80 60 40 20 0 v ds = 10 v, i dsq = 1.5 a rg = 100 ? f = 2.65 ghz output power and power added efficiency power added efficiency, p ae (%) output power, p out (dbm) input power, p in (dbm) 45 v ds = 10 v, i dsq = 1.5 a rg = 100 ? f = 2.3 ghz 40 35 30 25 20 10 10 20 25 30 35 0 20 40 60 80 100 output power and power added efficiency output power, p out (dbm) input power, p in (dbm) power added efficiency, p ae (%)
typical scattering parameters (t a = 25 c) frequency s 11 s 21 s 12 s 22 ghz mag ang mag ang mag ang mag ang ne650103m v ds = 10 v, i ds = 1.5 a 0.500 0.950 -166.801 3.606 95.956 0.012 37.157 0.793 177.824 0.550 0.948 -168.706 3.254 96.181 0.012 40.003 0.793 177.500 0.600 0.948 -170.446 2.975 94.737 0.012 40.653 0.792 176.943 0.650 0.949 -171.829 2.764 94.806 0.013 43.353 0.791 176.613 0.700 0.948 -173.218 2.567 93.386 0.013 44.351 0.791 176.249 0.750 0.948 -174.376 2.371 94.237 0.013 47.341 0.790 175.759 0.800 0.947 -175.359 2.237 92.721 0.013 47.348 0.791 175.507 0.850 0.946 -176.410 2.114 93.772 0.014 51.122 0.790 175.214 0.900 0.947 -177.310 1.946 91.986 0.014 50.382 0.789 174.632 0.950 0.946 -178.122 1.908 94.011 0.014 54.063 0.790 174.326 1.000 0.945 -178.884 1.754 92.389 0.014 54.549 0.788 174.018 1.050 0.945 -179.680 1.726 93.634 0.015 56.452 0.790 173.560 1.100 0.944 179.680 1.619 92.849 0.015 58.370 0.788 173.352 1.150 0.946 179.018 1.587 93.493 0.015 59.352 0.788 172.912 1.200 0.944 178.494 1.520 92.255 0.016 60.851 0.789 172.696 1.250 0.946 177.696 1.474 93.864 0.016 63.069 0.789 172.332 1.300 0.945 177.377 1.418 90.651 0.016 63.459 0.788 172.058 1.350 0.943 176.713 1.372 93.609 0.017 66.542 0.789 171.750 1.400 0.946 176.203 1.314 90.644 0.016 66.628 0.788 171.399 1.450 0.945 175.694 1.305 92.051 0.017 68.207 0.790 171.112 1.500 0.946 175.206 1.232 90.661 0.017 71.154 0.789 170.825 1.550 0.943 174.704 1.197 90.751 0.018 71.630 0.789 170.545 1.600 0.944 174.267 1.171 90.113 0.018 73.962 0.791 170.233 1.650 0.947 173.803 1.116 91.168 0.018 75.812 0.790 169.870 1.700 0.945 173.482 1.099 88.995 0.018 75.292 0.790 169.605 1.750 0.941 173.181 1.057 90.847 0.020 79.421 0.787 169.410 1.800 0.942 172.614 0.984 90.126 0.018 78.550 0.788 168.907 1.850 0.943 172.143 1.064 91.207 0.021 80.963 0.790 168.664 1.900 0.943 171.848 0.946 89.272 0.019 83.259 0.787 168.308 1.950 0.941 171.587 0.954 90.467 0.021 83.928 0.789 167.842 2.000 0.941 170.947 0.938 91.322 0.021 84.768 0.787 167.763 2.050 0.941 170.731 0.926 90.115 0.022 87.503 0.787 167.195 2.100 0.940 170.251 0.867 88.345 0.022 84.489 0.788 166.953 2.150 0.943 169.966 0.889 94.627 0.024 90.596 0.788 166.278 2.200 0.940 169.653 0.850 87.056 0.023 85.732 0.789 166.119 2.250 0.937 169.091 0.861 93.588 0.025 91.344 0.787 165.605 2.300 0.941 168.801 0.800 87.432 0.023 87.688 0.788 165.134 2.350 0.940 168.429 0.811 92.862 0.025 91.528 0.789 164.845 2.400 0.938 167.943 0.804 90.651 0.025 89.490 0.788 164.526 2.450 0.936 167.735 0.774 92.677 0.025 95.790 0.789 164.073 2.500 0.934 167.016 0.798 86.676 0.026 88.876 0.790 163.916 2.550 0.936 166.910 0.717 97.704 0.026 99.096 0.787 163.497 2.600 0.931 166.433 0.810 84.892 0.025 90.685 0.788 162.977 2.650 0.932 165.903 0.714 93.323 0.028 99.262 0.787 162.952 2.700 0.933 165.503 0.722 87.855 0.025 96.290 0.788 162.439 2.750 0.928 165.138 0.729 91.627 0.028 98.301 0.787 162.298 2.800 0.931 164.518 0.718 88.300 0.027 100.075 0.785 161.656 2.850 0.929 164.260 0.654 90.099 0.027 101.006 0.787 161.336 2.900 0.926 163.713 0.726 88.885 0.028 100.851 0.783 161.071 2.950 0.926 163.395 0.628 91.463 0.028 107.334 0.782 160.580 3.000 0.919 162.849 0.673 87.232 0.027 102.471 0.781 160.196 ne650103m
life support applications these nec products are not intended for use in life support devices, appliances, or systems where the malfunction of these prod ucts can reasonably be expected to result in personal injury. the customers of cel using or selling these products for use in such applications do so at their own risk and agree to fully indemnify cel for all damages resulting from such improper use or sale. a business partner of nec com p ound semiconductor devices, ltd . 07/28/2003 typical scattering parameters (t a = 25 c) frequency s 11 s 21 s 12 s 22 ghz mag ang mag ang mag ang mag ang ne650103m v ds = 12 v, i ds = 1.5 a 0.50 0.953 -165.8 3.860 95.8 0.010 31.4 0.754 179.0 0.55 0.954 -167.4 3.516 96.4 0.010 32.0 0.755 178.5 0.60 0.954 -168.9 3.201 94.9 0.010 34.3 0.756 178.2 0.65 0.954 -170.2 3.003 95.1 0.010 35.7 0.755 178.0 0.70 0.955 -171.3 2.775 93.8 0.011 37.5 0.754 177.7 0.75 0.953 -172.3 2.566 94.6 0.011 37.8 0.754 177.4 0.80 0.951 -173.3 2.442 92.9 0.011 40.9 0.755 177.2 0.85 0.953 -174.3 2.281 94.5 0.011 41.2 0.755 176.9 0.90 0.951 -175.0 2.132 92.1 0.011 43.1 0.755 176.6 0.95 0.952 -175.7 2.062 94.7 0.011 47.8 0.755 176.4 1.00 0.954 -176.2 1.932 92.5 0.011 46.6 0.756 176.1 1.05 0.953 -176.7 1.876 93.7 0.011 51.1 0.755 175.9 1.10 0.954 -177.4 1.797 93.2 0.011 50.5 0.756 175.8 1.15 0.952 -177.8 1.723 93.3 0.012 53.5 0.756 175.4 1.20 0.949 -178.4 1.675 92.4 0.012 54.7 0.756 175.4 1.25 0.952 -178.9 1.608 93.4 0.012 57.7 0.757 175.1 1.30 0.95 -179.2 1.559 90.8 0.012 56.6 0.758 174.8 1.35 0.952 -179.8 1.500 92.6 0.013 60.4 0.756 174.6 1.40 0.954 179.9 1.433 90.5 0.012 60.9 0.755 174.2 1.45 0.951 179.6 1.428 91.1 0.013 61.7 0.757 174.0 1.50 0.951 179.0 1.330 90.2 0.013 65.5 0.757 173.7 1.55 0.951 178.7 1.315 89.8 0.013 65.0 0.757 173.3 1.60 0.949 178.4 1.254 89.9 0.013 66.5 0.758 173.1 1.65 0.953 178.0 1.209 90.6 0.013 69.5 0.757 172.6 1.70 0.951 177.8 1.182 88.6 0.013 72.2 0.758 172.4 1.75 0.949 177.4 1.141 91.1 0.014 70.3 0.758 172.0 1.80 0.952 177.0 1.060 89.1 0.014 76.5 0.759 171.8 1.85 0.951 176.7 1.142 92.1 0.014 74.7 0.76 171.7 1.90 0.948 176.3 1.021 89.1 0.015 78.3 0.759 171.3 1.95 0.951 175.9 1.024 91.2 0.014 79.4 0.76 171.0 2.00 0.951 175.7 1.020 91.5 0.015 79.7 0.759 170.9 2.05 0.95 175.3 0.995 90.8 0.015 79.8 0.759 170.5 2.10 0.953 175.0 0.963 88.6 0.016 82.9 0.763 170.4 2.15 0.951 174.8 0.956 94.9 0.015 81.1 0.759 170.0 2.20 0.947 174.3 0.947 86.9 0.017 84.6 0.76 169.7 2.25 0.95 174.0 0.934 93.5 0.015 88.7 0.76 169.3 2.30 0.948 173.8 0.895 87.5 0.017 85.4 0.759 169.1 2.35 0.948 173.2 0.880 91.5 0.016 91.6 0.76 169.0 2.40 0.952 173.2 0.894 90.3 0.017 90.5 0.756 168.4 2.45 0.946 172.8 0.845 90.5 0.016 94.2 0.758 167.8 2.50 0.947 172.2 0.887 86.2 0.019 90.3 0.757 167.8 2.55 0.944 172.0 0.778 94.2 0.018 101.1 0.756 167.0 2.60 0.94 171.5 0.889 84.5 0.018 88.5 0.756 166.6 2.65 0.943 171.0 0.773 90.5 0.020 100.4 0.754 166.2 2.70 0.944 170.8 0.777 86.5 0.017 95.2 0.754 165.6 2.75 0.939 170.5 0.785 89.9 0.020 96.1 0.752 165.2 2.80 0.941 169.8 0.761 86.9 0.019 98.1 0.75 164.6 2.85 0.938 169.5 0.707 88.1 0.020 100.5 0.751 164.2 2.90 0.931 169.0 0.765 88.3 0.019 97.2 0.746 163.8 2.95 0.932 168.4 0.675 90.0 0.021 103.4 0.746 163.0 3.00 0.932 168.1 0.718 86.3 0.018 104.3 0.743 162.9 ne650103m
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