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1 MRFG35010 motorola rf device data the rf gaas line rf power field effect transistor designed for wll/mmds or umts driver applications with frequencies from 1.8 to 3.6 ghz. device is unmatched and is suitable for use in class ab or class a linear base station applications. ? typical w?cdma performance: ?42 dbc acpr, 3.55 ghz, 12 volts, i dq = 180 ma, 5 mhz offset/3.84 mhz bw, 64 dpch (8.5 db p/a @ 0.01% probability) output power ? 1 watt power gain ? 10 db efficiency ? 30% ? 10 watts p1db @ 3.55 ghz ? excellent phase linearity and group delay characteristics ? high gain, high efficiency and high linearity maximum ratings rating symbol value unit drain?source voltage v dss 15 vdc gate?source voltage v gs ?5 vdc rf input power p in 33 dbm storage temperature range t stg ? 40 to +175 c channel temperature (1) t ch 175 c operating case temperature range t c ? 20 to +90 c thermal characteristics characteristic symbol max unit thermal resistance, junction to case class a class ab r jc 5.3 4.8 c/w (1) for reliable operation, the operating channel temperature should not exceed 150 c. order this document by MRFG35010/d semiconductor technical data 3.5 ghz, 10 w, 12 v power fet gaas phemt case 360d?02, style 1 ni?360hf ? motorola, inc. 2002 rev 1
MRFG35010 2 motorola rf device data electrical characteristics (t c = 25 c unless otherwise noted) characteristic symbol min typ max unit saturated drain current (v ds = 3.5 vdc, v gs = 0 vdc) i dss ? 2.9 ? adc off state leakage current (v gs = ?0.4 vdc, v ds = 0 vdc) i gss ? < 1.0 100 adc off state drain current (v ds = 12 vdc, v gs = ?1.9 vdc) i dso ? 0.09 1.0 madc off state current (v ds = 28.5 vdc, v gs = ?2.5 vdc) i dsx ? 5.0 15 madc gate?source cut?off voltage (v ds = 3.5 vdc, i ds = 15 ma) v gs(th) ?1.2 ?0.8 ?0.7 vdc quiescent gate voltage (v ds = 12 vdc, i d = 180 ma) v gs(q) ?1.0 ?0.7 ?0.5 vdc power gain (v dd = 12 vdc, i dq = 180 ma, f = 3.55 ghz) g ps 9.0 10 ? db output power, 1 db compression point (v dd = 12 vdc, i dq = 900 ma, f = 3.55 ghz) p1db ? 10 ? w drain efficiency (v dd = 12 vdc, i dq = 180 ma, p out = 1.0 w avg., f = 3.55 ghz) d 23 30 ? % adjacent channel power ratio (v dd = 12 vdc, p out = 1.0 w avg., i dq = 180 ma, f = 3.55 ghz, w?cdma, 8.5 p/a @ 0.01% probability, 64 ch, 3.84 mcps) acpr ? ?42 ?40 dbc
3 MRFG35010 motorola rf device data figure 1. 3.4 ? 3.6 ghz test circuit schematic c1, c21 6.8 pf chip capacitors, a case, atc c2, c20 10 pf chip capacitors, a case, atc c3, c19 100 pf chip capacitors, a case, atc c4, c18 100 pf chip capacitors, b case, atc c5, c10, c16 1000 pf chip capacitors, b case, atc c6, c11, c12, c15, c17 0.1 f chip capacitors, b case, atc c7, c14 39k chip capacitors, b case, atc c8, c13 22 f tantalum chip capacitors c9 6.8 f tantalum chip capacitor d1 5.1 v zener diode, ma8051ct?nd r1 22.1 k ?, 1/4 w 1%, chip resistor r2 5k trim pot, #3224w?1?502e r3 12 k ?, 1/4 w 1%, chip resistor r4 100 k ?, 1/4 w 1%, chip resistor r5 39 k ?, 1/4 w 1%, chip resistor r6 10 ?, 1/4 w 1%, chip resistor r7 2.2 k ?, 1/4 w 1%, chip resistor r8, r9 50 k ?, 1/4 w 1%, chip resistors u1 voltage converter, ltc 1261 q1 switch, mtp23p06v
MRFG35010 4 motorola rf device data figure 2. 3.4 ? 3.6 ghz test circuit component layout MRFG35010 cut out area
5 MRFG35010 motorola rf device data typical characteristics note: all data is referenced to package lead interface. s and l are the impedances presented to the dut. all data is generated from load pull, not from the test circuit shown. figure 3. power gain and drain efficiency versus output power figure 4. w?cdma acpr and input return loss versus output power figure 5. w?cdma output power and drain efficiency versus input power
MRFG35010 6 motorola rf device data f mhz z source ? z load ? 3500 3550 3600 4.3 ? j16.3 4.1 ? j15.8 4.2 ? j16.0 5.7 ? j7.0 5.7 ? j6.8 5.7 ? j6.6 figure 6. series equivalent input and output impedance ? z source = test circuit impedance as measured from gate to ground. z load = test circuit impedance as measured from drain to ground.

7 MRFG35010 motorola rf device data table 1. class a common source s?parameters at v ds = 12 vdc, i dq = 1000 ma f s 11 s 21 s 12 s 22 f ghz |s 11 | ? |s 21 | ? |s 12 | ? |s 22 | ? 0.50 0.956 ?177.95 5.591 79.60 0.007 15.64 0.741 179.71 0.60 0.957 ?179.86 4.668 76.30 0.007 23.81 0.739 179.15 0.70 0.956 178.44 4.007 73.21 0.008 23.84 0.736 178.75 0.80 0.956 177.05 3.520 70.18 0.008 26.09 0.736 178.29 0.90 0.954 175.83 3.138 67.20 0.009 30.55 0.735 177.85 1.00 0.955 174.61 2.842 64.30 0.010 28.91 0.735 177.42 1.10 0.954 173.42 2.604 61.65 0.009 31.64 0.734 176.95 1.20 0.952 172.29 2.402 58.87 0.011 31.90 0.735 176.52 1.30 0.952 171.25 2.236 56.13 0.011 36.06 0.735 175.97 1.40 0.950 170.02 2.098 53.34 0.011 33.99 0.736 175.52 1.50 0.950 168.36 2.054 50.41 0.011 32.65 0.725 174.86 1.60 0.948 167.24 1.944 47.63 0.012 32.47 0.725 174.31 1.70 0.946 166.01 1.850 44.77 0.013 37.07 0.725 173.70 1.80 0.944 164.67 1.769 42.06 0.014 34.40 0.725 172.90 1.90 0.943 163.59 1.698 39.29 0.015 35.71 0.725 172.32 2.00 0.942 162.31 1.638 36.53 0.015 37.47 0.724 171.58 2.10 0.940 161.09 1.580 33.69 0.016 35.82 0.724 170.75 2.20 0.938 159.66 1.532 30.84 0.017 35.69 0.722 169.89 2.30 0.937 158.30 1.491 28.03 0.017 35.43 0.721 169.04 2.40 0.935 156.86 1.454 25.19 0.019 34.19 0.720 168.15 2.50 0.934 155.35 1.422 22.38 0.020 34.10 0.718 167.32 2.60 0.932 153.83 1.396 19.54 0.021 35.51 0.718 166.38 2.70 0.928 152.26 1.375 16.68 0.022 33.15 0.716 165.61 2.80 0.926 150.58 1.356 13.80 0.023 30.84 0.714 164.67 2.90 0.923 148.97 1.342 10.91 0.025 31.00 0.711 163.77 3.00 0.920 147.18 1.332 7.87 0.027 29.11 0.708 162.89 3.10 0.917 145.27 1.328 4.88 0.028 28.98 0.704 161.96 3.20 0.913 143.23 1.326 1.73 0.030 27.36 0.699 161.08 3.30 0.908 141.12 1.329 ?1.48 0.032 25.93 0.694 160.09 3.40 0.903 138.91 1.335 ?4.80 0.034 24.33 0.687 159.09 3.50 0.897 136.46 1.346 ?8.26 0.036 22.30 0.679 158.02 3.60 0.893 133.77 1.360 ?11.89 0.039 19.80 0.670 156.93 3.70 0.884 130.86 1.375 ?15.61 0.042 17.46 0.659 155.90 3.80 0.875 127.58 1.393 ?19.50 0.045 15.22 0.648 154.96 3.90 0.866 124.06 1.417 ?23.55 0.048 13.31 0.636 154.06 4.00 0.851 120.13 1.443 ?27.75 0.052 10.27 0.626 153.16 4.10 0.833 115.98 1.472 ?32.06 0.056 7.36 0.618 152.14 4.20 0.814 111.48 1.505 ?36.63 0.060 4.18 0.609 151.13 4.30 0.793 106.69 1.541 ?41.44 0.065 1.13 0.602 149.84 4.40 0.771 101.44 1.581 ?46.57 0.071 ?3.19 0.592 148.47 4.50 0.748 95.69 1.622 ?51.82 0.076 ?7.50 0.582 147.06 4.60 0.723 89.38 1.668 ?57.33 0.082 ?11.79 0.575 145.72 4.70 0.697 82.41 1.721 ?63.32 0.089 ?16.57 0.568 144.03 4.80 0.672 74.51 1.771 ?69.70 0.096 ?22.28 0.559 142.02 4.90 0.647 65.82 1.818 ?76.56 0.103 ?28.04 0.549 139.82 5.00 0.622 56.14 1.860 ?83.67 0.110 ?33.91 0.539 137.39
MRFG35010 8 motorola rf device data table 2. class ab common source s?parameters at v ds = 12 vdc, i dq = 180 ma f s 11 s 21 s 12 s 22 f ghz |s 11 | ? |s 21 | ? |s 12 | ? |s 22 | ? 0.50 0.936 ?175.05 5.292 80.70 0.014 3.73 0.735 ?178.66 0.60 0.936 ?177.28 4.422 77.20 0.014 3.63 0.735 ?179.61 0.70 0.935 ?179.21 3.803 74.02 0.015 3.78 0.735 179.80 0.80 0.935 179.21 3.341 70.87 0.014 7.22 0.736 179.20 0.90 0.935 177.77 2.983 67.85 0.014 5.83 0.738 178.58 1.00 0.934 176.46 2.701 64.80 0.015 7.03 0.738 178.09 1.10 0.934 175.26 2.473 62.00 0.015 7.15 0.738 177.54 1.20 0.933 174.05 2.284 59.24 0.014 6.85 0.739 177.01 1.30 0.933 172.86 2.124 56.47 0.015 6.90 0.740 176.42 1.40 0.933 171.71 1.991 53.70 0.015 8.93 0.739 175.92 1.50 0.929 170.06 1.948 50.73 0.016 7.81 0.730 175.22 1.60 0.930 168.89 1.845 47.88 0.016 8.58 0.731 174.51 1.70 0.927 167.73 1.757 44.99 0.016 8.16 0.731 173.88 1.80 0.926 166.37 1.678 42.32 0.016 10.00 0.730 173.09 1.90 0.925 165.33 1.610 39.48 0.017 9.25 0.732 172.45 2.00 0.923 164.05 1.551 36.70 0.018 11.89 0.731 171.71 2.10 0.921 162.82 1.498 33.90 0.018 10.06 0.731 170.85 2.20 0.920 161.49 1.451 31.07 0.018 10.11 0.730 170.01 2.30 0.918 160.17 1.411 28.22 0.019 10.86 0.729 169.14 2.40 0.916 158.74 1.376 25.43 0.020 9.05 0.728 168.25 2.50 0.916 157.35 1.347 22.58 0.020 8.57 0.727 167.43 2.60 0.913 155.97 1.321 19.80 0.021 9.64 0.727 166.51 2.70 0.912 154.45 1.300 16.98 0.022 10.23 0.725 165.61 2.80 0.909 152.83 1.280 14.05 0.023 9.68 0.723 164.76 2.90 0.907 151.25 1.268 11.14 0.024 10.24 0.719 163.70 3.00 0.904 149.54 1.257 8.18 0.026 7.35 0.717 162.83 3.10 0.901 147.76 1.253 5.20 0.026 9.11 0.714 161.86 3.20 0.896 145.88 1.253 2.11 0.028 6.33 0.709 160.85 3.30 0.893 143.83 1.255 ?1.10 0.030 7.09 0.704 159.82 3.40 0.887 141.78 1.260 ?4.43 0.031 5.16 0.697 158.76 3.50 0.882 139.43 1.268 ?7.81 0.033 4.74 0.690 157.60 3.60 0.876 136.99 1.281 ?11.29 0.035 4.34 0.682 156.46 3.70 0.870 134.24 1.295 ?14.96 0.038 1.64 0.672 155.26 3.80 0.863 131.29 1.311 ?18.72 0.040 0.43 0.660 154.16 3.90 0.853 127.96 1.334 ?22.68 0.042 ?2.33 0.650 153.12 4.00 0.840 124.33 1.354 ?26.85 0.046 ?4.01 0.639 152.16 4.10 0.825 120.40 1.386 ?31.01 0.049 ?6.67 0.632 150.97 4.20 0.807 116.26 1.414 ?35.40 0.053 ?9.06 0.624 149.72 4.30 0.787 111.78 1.453 ?40.01 0.057 ?11.29 0.617 148.33 4.40 0.767 106.97 1.492 ?44.83 0.061 ?14.79 0.608 146.78 4.50 0.745 101.74 1.537 ?49.99 0.066 ?18.66 0.599 145.00 4.60 0.721 95.90 1.579 ?55.50 0.071 ?22.20 0.589 143.33 4.70 0.697 89.39 1.633 ?61.25 0.077 ?26.02 0.580 141.41 4.80 0.674 82.09 1.685 ?67.46 0.084 ?30.63 0.569 139.21 4.90 0.647 73.93 1.740 ?74.01 0.090 ?35.78 0.557 136.94 5.00 0.622 64.84 1.790 ?81.02 0.097 ?41.70 0.545 134.20
9 MRFG35010 motorola rf device data notes
MRFG35010 10 motorola rf device data notes
11 MRFG35010 motorola rf device data notes
MRFG35010 12 motorola rf device data package dimensions case 360d?02 issue b g e n (lid) c q 2 x !!! s (insulator) k 2 x b (flange) d 2 x b h r (lid) f t a a m (insulator) ni?360hf motorola reserves the right to make changes without further notice to any products herein. motorola makes no warranty, represen tation, or guarantee regarding the suitability of its products for any particular purpose, nor does motorola assume any liability arising out of the applicati on or use of any product or circuit, and specifically disclaims any and all liability, including without limitation consequential or incidental damages. ?typical? param eters can and do vary in different applications and actual performance may vary over time. all operating parameters, including ?typicals?, must be validated for e ach customer application by customer?s technical experts. motorola does not convey any license under its patent rights nor the rights of others. motorola p roducts are not designed, intended, or authorized for use as components in systems intended for surgical implant into the body, or other applications intended to s upport or sustain life, or for any other application in which the failure of the motorola product could create a situation where personal injury or death may occur. should buyer purch ase or use motorola products for any such unintended or unauthorized application, buyer shall indemnify and hold motorola and its officers, employe es, subsidiaries, affiliates, and distributors harmless against all claims, costs, damages, and expenses, and reasonable attorney fees arising out of, directly o r indirectly, any claim of personal injury or death associated with such unintended or unauthorized use, even if such claim alleges that motorola was negligent reg arding the design or manufacture of the part. motorola and the stylized m logo are registered in the us patent & trademark office. all other product or service names are the property of their respective owners. motorola, inc. is an equal opportunity/affirmative action employer. motorola, inc. 2002. how to reach us: usa/europe/locations not listed : motorola literature distribution; p.o. box 5405, denver, colorado 80217. 1?303?675?2140 or 1?800?441?2447 japan : motorola japan ltd.; sps, technical information center, 3?20?1, minami?az abu. minato?ku, tokyo 106?8573 japan. 8 1?3?3440?3569 asia/pacific : motorola semiconductors h.k. ltd.; silicon harbour centre, 2 da i king street, tai po industrial estate, tai po, n.t. hong kon g. 852?26668334 technical information center: 1?800?521?6274 home page : http://www .motorola.com/semiconductors/ MRFG35010/d ?

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