CFY67-08

C FY67 HiRel K-Band GaAs Super Low Noise HEMT        HiRel Discrete and Microwave Semiconductor Pseudo-morphic AlGaAs/InGaAs/GaAs HEMT For professional super low-noise amplifiers For frequencies from 500 MHz to > 20 GHz Hermetically sealed microwave package Super low noise figure, high associated gain Space Qualified ESA/SCC Detail Spec. No.: 5613/004, Type Variant No.s 01 to 04, 05 foreseen (tbc.) 4 3 1 2 ESD: Electrostatic discharge sensitive device, observe handling precautions! Type Marking Ordering Code Pin Configuration 1 2 S 3 D 4 S Package CFY67-06 (ql) CFY67-08 (ql) CFY67-08P (ql) CFY67-10 (ql) CFY67-10P (ql) - see below G Micro-X CFY67-nnl: specifies gain and output power levels (see electrical characteristics) (ql) Quality Level: P: Professional Quality H: High Rel Quality S: Space Quality ES: ESA Space Quality (see order instructions for ordering example) I FAG IMM RPD D HIR 1 of 8 V 2, February 2011 C FY67 Maximum Ratings Parameter Drain-source voltage Drain-gate voltage Gate-source voltage (reverse / forward) Drain current Gate forward current RF Input Power, C- and X-Band 1) Junction temperature Storage temperature range Total power dissipation 2) Soldering temperature 3) Thermal Resistance Junction-soldering point Notes.: Symbol VDS VDG VGS ID IG PRF,in TJ Tstg Ptot Tsol Values 3.5 4.5 - 3... + 0.5 60 2 + 10 150 - 65... + 150 200 230 Unit V V V mA mA dBm C C mW °C Rth JS  515 (tbc.) K/W 1) For VDS  2 V. For VDS > 2 V, derating is required. 2) At TS = + 47 °C. For TS > + 47 °C derating is required. 3) During 15 sec. maximum. The same terminal shall not be resoldered until 3 minutes have elapsed. I FAG IMM RPD D HIR 2 of 8 V 2, February 2011 C FY67 Electrical Characteristics (at TA=25°C; unless otherwise specified) Parameter Symbol min. Values typ. max. Unit DC Characteristics Drain-source saturation current VDS = 2 V, VGS = 0 V Gate threshold voltage VDS = 2 V, ID = 1 mA Drain current at pinch-off VDS = 1.5 V, VGS = - 3 V Gate leakage current at pinch-off VDS = 1.5 V, VGS = - 3 V Transconductance VDS = 2 V, ID = 15 mA Gate leakage current at operation VDS = 2 V, ID = 15 mA Thermal resistance junction to soldering point IDss 15 30 60 mA -VGth 0.2 0.7 2.0 V IDp - < 50 - µA -IGp - < 50 200 µA gm15 50 65 - mS -IG15 - < 0.5 2 µA Rth JS - 450 - K/W I FAG IMM RPD D HIR 3 of 8 V 2, February 2011 C FY67 Electrical Characteristics (continued) Parameter Symbol min. Values typ. max. Unit AC Characteristics Noise figure VDS = 2 V, ID = 15 mA, f = 12 GHz CFY67-06 CFY67-08, -08P CFY67-10, 10P Associated gain. 1) VDS = 2 V, ID = 15 mA, f = 12 GHz CFY67-06 CFY67-08, -08P CFY67-10, 10P Output power at 1 dB gain compression 2) P1dB VDS = 2 V, ID = 20 mA, f = 12 GHz CFY67-06, -08, -10 CFY67-08P, -10P Notes.: 1) Noise figure / sssociated gain characteristics given for minimum noise figure matching conditions (fixed generic matching, no fine-tuning). 2) Output power characteristics given for optimum output power matching conditions (fixed generic matching, no fine-tuning). 10.0 11.0 11.0 Ga 11.5 11.0 10.5 12.5 11.5 11.0 dBm 1) NF dB - 0.5 0.7 0.9 0.6 0.8 1.0 dB I FAG IMM RPD D HIR 4 of 8 V 2, February 2011 C FY67 Typical Common Source S-Parameters f |S11| [ GHz] [ magn] 0 ,5 0 ,963 1 ,0 0 ,938 1 ,5 0 ,913 2 ,0 0 ,889 2 ,5 0 ,865 3 ,0 0 ,844 3 ,5 0 ,823 4 ,0 0 ,800 4 ,5 0 ,779 5 ,0 0 ,761 5 ,5 0 ,743 6 ,0 0 ,725 6 ,5 0 ,708 7 ,0 0 ,690 7 ,5 0 ,673 8 ,0 0 ,656 8 ,5 0 ,640 9 ,0 0 ,625 9 ,5 0 ,611 1 0,0 0 ,597 1 0,5 0 ,586 1 1,0 0 ,576 1 1,5 0 ,564 1 2,0 0 ,554 1 2,5 0 ,547 1 3,0 0 ,536 1 3,5 0 ,529 1 4,0 0 ,522 1 4,5 0 ,517 1 5,0 0 ,510 1 5,5 0 ,505 1 6,0 0 ,502 1 6,5 0 ,499 1 7,0 0 ,498 1 7,5 0 ,498 1 8,0 0 ,498 < S11 [ angle] - 15 - 23 - 33 - 42 - 52 - 62 - 72 - 81 - 91 - 100 - 109 - 117 - 125 - 132 - 139 - 146 - 153 - 160 - 168 - 175 1 77 1 69 1 61 1 54 1 46 1 39 1 31 1 24 1 16 1 08 99 91 82 74 68 62 C FY67 - 08: V DS = 2 V , I D = 1 5 mA, Z o |S21| < S21 |S12| < S12 |S22| < S22 k - Fact. S 21 /S 12 M AG [ magn] [ angle] [ magn] [ angle] [ magn] [ angle] [ magn] [ dB] [ dB] 5 ,315 1 65 0 ,0111 74 0 ,655 - 14 0 ,40 2 6,8 5 ,182 1 59 0 ,0225 68 0 ,639 - 18 0 ,39 2 3,6 5 ,060 1 50 0 ,0317 62 0 ,625 - 23 0 ,42 2 2,0 4 ,940 1 42 0 ,0411 57 0 ,611 - 28 0 ,43 2 0,8 4 ,824 1 33 0 ,0509 53 0 ,596 - 35 0 ,43 1 9,8 4 ,715 1 24 0 ,0585 46 0 ,582 - 41 0 ,45 1 9,1 4 ,591 1 15 0 ,0650 41 0 ,567 - 47 0 ,47 1 8,5 4 ,450 1 07 0 ,0714 36 0 ,552 - 53 0 ,50 1 7,9 4 ,319 99 0 ,0768 31 0 ,534 - 60 0 ,52 1 7,5 4 ,183 91 0 ,0811 25 0 ,520 - 66 0 ,54 1 7,1 4 ,043 83 0 ,0850 20 0 ,500 - 72 0 ,58 1 6,8 3 ,906 75 0 ,0885 15 0 ,490 - 77 0 ,60 1 6,4 3 ,769 68 0 ,0917 11 0 ,477 - 83 0 ,63 1 6,1 3 ,640 61 0 ,0942 7 0 ,467 - 88 0 ,67 1 5,9 3 ,529 54 0 ,0962 3 0 ,455 - 93 0 ,71 1 5,6 3 ,427 48 0 ,0978 -1 0 ,442 - 97 0 ,76 1 5,4 3 ,344 41 0 ,0998 -5 0 ,430 - 101 0 ,79 1 5,3 3 ,271 34 0 ,1010 -9 0 ,417 - 104 0 ,84 1 5,1 3 ,202 28 0 ,1027 - 12 0 ,406 - 108 0 ,87 1 4,9 3 ,143 21 0 ,1033 - 16 0 ,393 - 113 0 ,91 1 4,8 3 ,089 15 0 ,1044 - 20 0 ,381 - 118 0 ,94 1 4,7 3 ,041 8 0 ,1056 - 24 0 ,370 - 123 0 ,96 1 4,6 3 ,002 1 0 ,1068 - 28 0 ,358 - 129 0 ,98 1 4,5 2 ,960 -5 0 ,1070 - 32 0 ,351 - 134 1 ,01 1 4,4 1 3,8 2 ,923 - 12 0 ,1076 - 36 0 ,343 - 140 1 ,03 1 4,3 1 3,3 2 ,886 - 19 0 ,1076 - 41 0 ,336 - 146 1 ,06 1 4,3 1 2,7 2 ,848 - 26 0 ,1081 - 45 0 ,330 - 151 1 ,09 1 4,2 1 2,4 2 ,815 - 33 0 ,1087 - 50 0 ,325 - 156 1 ,11 1 4,1 1 2,1 2 ,787 - 40 0 ,1087 - 55 0 ,320 - 161 1 ,13 1 4,1 1 1,9 2 ,765 - 46 0 ,1093 - 60 0 ,315 - 167 1 ,14 1 4,0 1 1,7 2 ,751 - 54 0 ,1090 - 65 0 ,311 - 172 1 ,16 1 4,0 1 1,6 2 ,735 - 61 0 ,1090 - 71 0 ,305 - 177 1 ,18 1 4,0 1 1,4 2 ,719 - 68 0 ,1091 - 77 0 ,301 1 77 1 ,19 1 4,0 1 1,3 2 ,722 - 75 0 ,1097 - 82 0 ,297 1 72 1 ,19 1 3,9 1 1,3 2 ,741 - 80 0 ,1103 - 87 0 ,294 1 68 1 ,18 1 4,0 1 1,4 2 ,760 - 84 0 ,1107 - 90 0 ,290 1 65 1 ,17 1 4,0 1 1,5 I FAG IMM RPD D HIR 5 of 8 V 2, February 2011 C FY67 Typical Common Source S-Parameters (continued) f [ GHz] 0 ,5 1 ,0 1 ,5 2 ,0 2 ,5 3 ,0 3 ,5 4 ,0 4 ,5 5 ,0 5 ,5 6 ,0 6 ,5 7 ,0 7 ,5 8 ,0 8 ,5 9 ,0 9 ,5 1 0,0 1 0,5 1 1,0 1 1,5 1 2,0 1 2,5 1 3,0 1 3,5 1 4,0 1 4,5 1 5,0 1 5,5 1 6,0 1 6,5 1 7,0 1 7,5 1 8,0 |S11| [ mag] 0 ,962 0 ,937 0 ,913 0 ,889 0 ,860 0 ,834 0 ,810 0 ,784 0 ,761 0 ,740 0 ,720 0 ,701 0 ,682 0 ,663 0 ,644 0 ,627 0 ,611 0 ,595 0 ,581 0 ,567 0 ,556 0 ,546 0 ,537 0 ,528 0 ,520 0 ,513 0 ,506 0 ,498 0 ,492 0 ,489 0 ,484 0 ,485 0 ,485 0 ,485 0 ,487 0 ,490 < S11 [ ang] - 13 - 22 - 33 - 41 - 51 - 61 - 71 - 80 - 90 - 99 - 107 - 116 - 124 - 131 - 139 - 148 - 157 - 165 - 173 1 78 1 70 1 63 1 55 1 49 1 42 1 35 1 28 1 21 1 13 1 06 98 91 83 75 69 64 C FY67 - 06: V DS = 2 V , I D = 1 5 |S21| < S21 |S12| < S12 [ mag] [ ang] [ mag] [ ang] 6 ,112 1 66 0 ,0111 76 5 ,956 1 59 0 ,0211 69 5 ,810 1 50 0 ,0302 64 5 ,690 1 42 0 ,0394 58 5 ,522 1 33 0 ,0484 53 5 ,386 1 24 0 ,0567 48 5 ,236 1 16 0 ,0637 43 5 ,067 1 07 0 ,0702 38 4 ,911 99 0 ,0760 33 4 ,752 91 0 ,0809 28 4 ,586 84 0 ,0851 24 4 ,420 76 0 ,0889 19 4 ,260 69 0 ,0918 15 4 ,107 62 0 ,0941 11 3 ,974 55 0 ,0962 7 3 ,852 49 0 ,0980 3 3 ,747 42 0 ,0995 -1 3 ,659 35 0 ,1008 -5 3 ,571 29 0 ,1022 -9 3 ,497 22 0 ,1039 - 13 3 ,430 16 0 ,1049 - 17 3 ,368 9 0 ,1064 - 21 3 ,317 3 0 ,1078 - 26 3 ,265 -4 0 ,1093 - 30 3 ,216 - 10 0 ,1105 - 35 3 ,169 - 17 0 ,1116 - 39 3 ,120 - 24 0 ,1126 - 44 3 ,080 - 30 0 ,1137 - 49 3 ,044 - 37 0 ,1151 - 54 3 ,014 - 44 0 ,1160 - 59 2 ,990 - 51 0 ,1171 - 65 2 ,967 - 58 0 ,1185 - 71 2 ,945 - 65 0 ,1197 - 77 2 ,947 - 71 0 ,1206 - 82 2 ,961 - 77 0 ,1215 - 87 2 ,979 - 81 0 ,1230 - 90 mA, Z o |S22| < S22 k - Fact. S 21 /S 12 M AG [ mag] [ ang] [ mag] [ dB] [ dB] 0 ,539 - 15 0 ,42 2 7,4 0 ,525 - 19 0 ,42 2 4,5 0 ,511 - 24 0 ,44 2 2,8 0 ,498 - 30 0 ,46 2 1,6 0 ,484 - 36 0 ,48 2 0,6 0 ,469 - 43 0 ,50 1 9,8 0 ,456 - 49 0 ,52 1 9,1 0 ,440 - 55 0 ,55 1 8,6 0 ,423 - 61 0 ,58 1 8,1 0 ,410 - 67 0 ,60 1 7,7 0 ,397 - 73 0 ,63 1 7,3 0 ,385 - 79 0 ,66 1 7,0 0 ,373 - 84 0 ,69 1 6,7 0 ,362 - 89 0 ,73 1 6,4 0 ,351 - 93 0 ,77 1 6,2 0 ,343 - 98 0 ,80 1 5,9 0 ,333 - 102 0 ,83 1 5,8 0 ,323 - 107 0 ,86 1 5,6 0 ,313 - 112 0 ,90 1 5,4 0 ,303 - 116 0 ,92 1 5,3 0 ,293 - 121 0 ,95 1 5,1 0 ,284 - 127 0 ,98 1 5,0 0 ,274 - 131 1 ,00 1 4,9 0 ,265 - 135 1 ,02 1 4,8 1 3,8 0 ,255 - 139 1 ,05 1 4,6 1 3,3 0 ,246 - 143 1 ,07 1 4,5 1 2,9 0 ,235 - 146 1 ,10 1 4,4 1 2,5 0 ,225 - 150 1 ,12 1 4,3 1 2,2 0 ,215 - 155 1 ,14 1 4,2 1 2,0 0 ,207 - 159 1 ,15 1 4,1 1 1,8 0 ,200 - 163 1 ,16 1 4,1 1 1,6 0 ,193 - 167 1 ,17 1 4,0 1 1,5 0 ,187 - 171 1 ,17 1 3,9 1 1,4 0 ,182 - 175 1 ,17 1 3,9 1 1,4 0 ,177 - 178 1 ,16 1 3,9 1 1,5 0 ,174 1 79 1 ,14 1 3,8 1 1,6 I FAG IMM RPD D HIR 6 of 8 V 2, February 2011 C FY67 Typical Common Source Noise-Parameters C FY67 - 08: f [ GHz] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 V DS = 2 V , I D = 1 5 mA, Z o N F min o pt | o pt [ dB] [ magn] [ angle] 0 ,29 0 ,756 14 0 ,30 0 ,690 28 0 ,34 0 ,643 43 0 ,38 0 ,606 58 0 ,41 0 ,578 73 0 ,46 0 ,553 87 0 ,50 0 ,534 1 02 0 ,55 0 ,518 1 16 0 ,60 0 ,505 1 31 0 ,64 0 ,495 1 45 0 ,69 0 ,486 1 59 0 ,73 0 ,476 1 73 0 ,78 0 ,467 - 173 0 ,84 0 ,455 - 160 0 ,88 0 ,443 - 146 0 ,93 0 ,428 - 132 0 ,99 0 ,412 - 118 1 ,05 0 ,394 - 103 Rn 1 5,60 1 4,65 1 3,56 1 2,10 1 0,53 8 ,86 7 ,16 5 ,62 4 ,29 3 ,23 2 ,53 2 ,22 2 ,37 2 ,96 4 ,01 5 ,47 7 ,26 9 ,61 I FAG IMM RPD D HIR 7 of 8 V 2, February 2011 C FY67 Micro-X Package Edition 2011-02 4 Published by 3 1 Infineon Technologies AG 85579 Neubiberg, Germany © Infineon Technologies AG 2011 All Rights Reserved. 2 Attention please! The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics (“Beschaffenheitsgarantie“). With respect to any examples or hints given herein, any typical values stated herein and/or any information regarding the application of the device, Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind, including without limitation warranties of non-infringement of intellectual property rights of an third party. Information For further information on technology, delivery terms and conditions and prices please contact your nearest Infineon Technologies Office (www.infineon.com). Warnings Due to technical requirements components may contain dangerous substances. For information on the types in question please contact your nearest Infineon Technologies Office. Infineon Technologies Components may only be used in life-support devices or systems with the express written approval of Infineon Technologies, if a failure of such components can reasonably be expected to cause the failure of that lif e-support device or system, or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body, or to support and/or maintain and sustain and/or protect human life. If they fail, it is reasonable to assume that the health of the user or other persons may be endangered. I FAG IMM RPD D HIR 8 of 8 V 2, February 2011