DATA SHEET GaAs MES FET NE713 L to Ku BAND LOW NOISE AMPLIFIER N-CHANNEL GaAs MES FET FEATURES x Low noise figure NF = 0.6 dB TYP. at f = 4 GHz x High associated gain Ga = 14 dB TYP. at f = 4 GHz x Gate width: Wg = 280 Pm x Gate Length: Lg = 0.3 Pm ORDERING INFORMATION PART NUMBER I DSS (mA) PACKAGE CODE NE71300-N 20 to 50 00 (CHIP) NE71300-M 50 to 80 NE71300-L 80 to 120 NE71383B 20 to 120 83B ABSOLUTE MAXIMUM RATINGS (TA = 25 °C) Drain to Source Voltage VDS 5.0 V Gate to Source Voltage VGSO ð5.0 V Gate to Drain Voltage VGDO ð6.0 V Drain Current ID IDSS mA Total Power Dissipation Ptot 270 mW [NE71383B] 400 mW [NE71300] Channel Temperature Tch 175 °C Storage Temperature Tstg ð65 to +175 °C RECOMMENDED OPERATING CONDITION (TA = 25 °C) CHARACTERISTIC TYP. MAX. Unit VDS 3 4 V Drain Current ID 10 30 mA Input Power Pin 15 dBm Drain to Source Voltage Document No. P11691EJ2V0DS00 (2nd edition) Date Published February 1997 N Printed in Japan SYMBOL MIN. © 1996 NE713 ELECTRICAL CHARACTERISTICS (TA = 25 °C) CHARACTERISTIC SYMBOL MIN. TYP. MAX. UNIT Gate to Source Leak Current IGSO − 1.0 10 µA VGS = −5 V Saturated Drain Current IDSS 20 40 120 mA VDS = 3 V, VGS = 0 V VGS (off) −0.5 −1.1 −3.5 V VDS = 3 V, ID = 100 µA Transconductance gm 20 50 − mS VDS = 3 V, ID = 10 mA Noise Figure NF 0.6 0.7 dB f = 4 GHz Associated Gain Ga Noise Figure NF Associated Gain Ga Gate to Source Cut off Voltage Output Power at 1 dB Gain 11.5 14.0 dB 1.6 8.0 Po (1 dB) TEST CONDITIONS 1.8 dB 9.5 dB 14.5 dBm ID = 10 mA f = 12 GHz f = 12 GHz Compression Point Thermal Resistance VDS = 3 V ID = 30 mA Rth 190 °C/W NE71300 450 °C/W NE71383B PACKAGE DIMENSIONS (Unit : mm) [NE71383B] 1.88 ± 0.3 4.0 MIN. 1 4 0.5 ± 0.1 4.0 MIN. 2 4.0 MIN. 1.88 ± 0.3 4.0 MIN. 1. 2. 3. 4. Source Drain Source Gate 0.1 +0.07 −0.03 1.0 ± 0.1 1.45 MAX. 3 2 VDS = 3 V Channel to case NE713 CHIP DIMENSIONS (Unit: µm) [NE71300] 450 64 76 60 Drain Gate Gate 120 118 40 400 Drain 52 54 122 123 Source 70 67 Source 18 57 56 48 44 52 Thickness = 140 µm : BONDING AREA 3 NE713 TYPICAL CHARACTERISTICS (TA = 25 °C) TOTAL POWER DISSIPATION vs. AMBIENT TEMPERATURE DRAIN CURRENT vs. DRAIN TO SOURCE VOLTAGE 400 40 00 713 NE 200 ID − Drain Current − mA 300 3B 38 71 NE 100 0 50 100 150 200 −0.2 V 30 20 −0.4 V 10 −0.6 V 0 TA − Ambient Temperature − °C 1 2 3 4 5 VDS − Drain to Source Voltage − V DRAIN CURRENT vs. GATE TO SOURCE VOLTAGE NOISE FIGURE, ASSOCIATED GAIN vs. FREQUENCY 24 50 VDS = 3 V ID = 10 mA VDS = 3 V 20 NF − Noise Figure − dB ID − Drain Current − mA 40 30 20 16 3.0 Ga 2.0 12 1.0 8 10 0 −2.0 −1.0 VGS − Gate to Source Voltage − V 0 NF 0 1 2 4 6 8 10 14 f − Frequency − GHz 4 4 20 30 Ga - Associated Gain - dB Ptot − Total Power Dissipation − mW VGS = 0 V NE713 S-PARAMETER [NE71383B] VDS = 3 V, ID = 10 mA START 500 MHz, STOP 18 GHz, STEP 500 MHz S11 1.0 0.5 2.0 5 0 ∞ 4 Marker 1 : 2 GHz 2 : 4 GHz 3 : 8 GHz 4 : 12 GHz 5 : 16 GHz 3 1 − 0.5 − 2.0 2 − 1.0 S22 1.0 0.5 2.0 5 ∞ 0 1 4 2 3 − 0.5 − 2.0 − 1.0 5 NE713 MAG. AND ANG. [NE71383B] VDS = 3 V, ID = 10 mA FREQUENCY S11 S21 ANG. MAG. ANG. MAG. S22 MAG. 500 .992 −11.4 3.091 169.6 .011 81.8 .729 −6.9 1000 .961 −21.7 3.045 159.3 .022 74.6 .721 −14.0 1500 .985 −32.1 3.029 150.2 .032 67.1 .714 −21.0 2000 .960 −42.5 2.941 141.1 .041 59.8 .709 −27.6 2500 .930 −53.1 2.914 130.6 .049 53.3 .696 −34.1 3000 .934 −61.7 2.795 123.1 .056 46.5 .687 −40.4 3500 .885 −70.6 2.662 113.5 .062 39.6 .672 −47.1 4000 .855 −81.8 2.568 104.4 .068 34.7 .657 −53.6 4500 .876 −89.4 2.537 95.5 .071 29.3 .651 −59.9 5000 .830 −97.3 2.436 88.7 .076 23.4 .637 −66.3 5500 .818 −106.0 2.333 80.9 .077 17.6 .630 −72.4 6000 .817 −111.4 2.251 74.2 .080 14.0 .623 −78.6 6500 .786 −120.2 2.132 66.2 .080 9.3 .613 −84.7 7000 .781 −126.4 2.100 59.2 .081 5.9 .619 −90.5 7500 .772 −133.0 2.028 52.6 .081 1.6 .616 −96.0 8000 .763 −140.2 1.988 44.9 .079 −2.1 .614 −101.6 8500 .752 −145.6 1.929 39.3 .082 −4.4 .619 −106.8 9000 .734 −152.9 1.854 31.6 .080 −7.0 .621 −112.3 9500 .716 −158.2 1.815 25.8 .079 −9.8 .620 −117.7 10000 .695 −164.0 1.758 20.0 .081 −11.3 .618 −122.7 10500 .685 −169.5 1.714 14.1 .079 −14.2 .628 −127.7 11000 .672 −174.5 1.666 7.7 .079 −16.6 .624 −133.5 11500 .661 179.4 1.657 1.2 .080 −18.3 .624 −138.4 12000 .649 174.4 1.624 −4.5 .080 −19.6 .633 −143.9 12500 .633 169.1 1.597 −11.4 .080 −21.6 .629 −149.3 13000 .614 162.3 1.577 −17.3 .082 −24.0 .638 −153.9 13500 .594 156.9 1.542 −24.1 .082 −24.4 .646 −159.1 14000 .567 151.1 1.500 −30.0 .085 −27.7 .651 −164.0 14500 .543 143.5 1.483 −36.1 .088 −28.7 .662 −168.7 15000 .536 138.2 1.462 −41.9 .089 −31.6 .668 −174.0 15500 .512 131.0 1.455 −47.9 .094 −34.7 .670 −178.5 16000 .489 123.7 1.451 −54.1 .097 −37.3 .679 176.3 16500 .465 116.9 1.433 −60.5 .100 −40.8 .681 172.0 17000 .451 108.3 1.441 −67.5 .102 −44.1 .688 167.4 17500 .418 100.7 1.408 −74.6 .106 −48.5 .686 162.6 18000 .387 91.9 1.404 −81.6 .115 −52.0 .690 158.2 (deg.) 6 S12 MHz (deg.) ANG. MAG. (deg.) ANG. (deg.) NE713 AMP. PARAMETERS [NE71383B] VDS = 3 V, ID = 10 mA FREQUENCY GUmax GAmax |S21|2 |S12|2 MHz dB dB dB dB 500 31.25 9.80 −39.45 1000 23.98 9.67 −33.21 K Delay Mason's U G1 G2 ns dB dB dB .13 .057 32.031 18.15 3.29 .32 .057 24.912 11.11 3.19 15.23 3.10 11.06 3.03 1500 27.96 9.63 −29.94 .12 .051 2000 23.47 9.37 −27.78 .21 .051 27.872 2500 20.85 9.29 −26.16 .30 .058 25.493 8.69 2.88 3000 20.66 8.93 −25.08 .27 .042 27.620 8.96 2.78 3500 17.75 8.50 −24.21 .44 .053 21.291 6.64 2.60 4000 16.36 8.19 −23.38 .48 .050 21.446 5.72 2.45 4500 16.80 8.09 −22.98 .42 .050 29.940 6.32 2.40 5000 15.07 7.73 −22.42 .54 .038 21.087 5.08 2.26 5500 14.37 7.36 −22.24 .58 .043 20.508 4.81 2.20 6000 13.97 7.05 −21.99 .58 .037 21.963 4.78 2.13 6500 12.80 6.57 −21.94 .70 .044 19.246 4.17 2.05 7000 12.63 6.44 −21.87 .70 .039 21.050 4.09 2.10 7500 12.14 6.14 −21.86 .74 .036 20.299 3.93 2.07 8000 11.82 5.97 −22.01 .78 .043 20.634 3.80 2.05 8500 11.42 5.71 −21.69 .78 .031 22.545 3.62 2.10 9000 10.84 5.36 −21.92 .87 .043 20.735 3.36 2.12 9500 10.41 5.18 −22.00 .95 .032 18.958 3.12 2.10 10000 9.86 12.83 4.90 −21.82 1.01 .033 18.153 2.87 2.09 10500 9.60 11.85 4.68 −22.06 1.06 .033 17.406 2.75 2.17 11000 9.18 11.00 4.43 −22.04 1.13 .036 16.357 2.60 2.14 11500 9.02 10.83 4.39 −21.95 1.15 .036 16.626 2.49 2.14 12000 8.80 10.63 4.21 −21.91 1.16 .032 16.712 2.37 2.22 12500 8.48 10.04 4.07 −21.96 1.24 .038 15.425 2.22 2.19 13000 8.28 9.88 3.96 −21.73 1.24 .033 15.408 2.05 2.27 13500 8.00 9.53 3.76 −21.70 1.28 .038 14.697 1.89 2.35 14000 7.60 8.99 3.52 −21.46 1.34 .033 13.629 1.69 2.39 14500 7.44 8.95 3.42 −21.11 1.31 .034 13.749 1.52 2.50 15000 7.33 8.87 3.30 −21.03 1.30 .032 13.588 1.47 2.56 15500 7.16 8.74 3.26 −20.54 1.28 .033 13.516 1.32 2.58 16000 7.10 8.79 3.23 −20.23 1.24 .034 13.671 1.19 2.68 16500 6.89 8.45 3.13 −20.02 1.27 .036 12.826 1.06 2.70 17000 6.95 8.67 3.17 −19.79 1.22 .039 13.129 .99 2.79 17500 6.57 8.05 2.97 −19.50 1.28 .040 11.786 .83 2.77 18000 6.46 8.06 2.95 −18.80 1.22 .039 11.808 .71 2.80 7 NE713 MAG. AND ANG. [NE71383B] VDS = 3 V, ID = 20 mA FREQUENCY S11 S21 ANG. MAG. ANG. MAG. S22 MAG. 500 .999 −10.8 3.834 169.5 .010 82.5 .685 −6.8 1000 .998 −21.9 3.746 160.0 .020 73.6 .680 −13.8 1500 .996 −33.4 3.694 149.1 .029 66.4 .667 −20.9 2000 .987 −43.8 3.630 140.2 .037 59.9 .663 −27.4 2500 .968 −54.5 3.552 130.3 .045 54.1 .651 −33.8 3000 .948 −63.8 3.417 121.7 .052 47.6 .638 −40.2 3500 .923 −73.4 3.265 112.5 .056 43.2 .627 −46.7 4000 .890 −84.3 3.107 103.1 .062 36.6 .612 −52.9 4500 .885 −93.2 3.067 93.9 .065 30.5 .605 −59.3 5000 .860 −100.9 2.929 87.3 .067 26.0 .592 −65.4 5500 .840 −109.0 2.804 79.6 .070 21.3 .586 −71.3 6000 .828 −115.7 2.694 72.9 .071 18.9 .580 −77.6 6500 .811 −123.8 2.538 64.7 .073 13.5 .572 −83.4 7000 .797 −130.5 2.500 57.9 .073 10.6 .578 −88.9 7500 .776 −137.6 2.399 51.1 .073 8.4 .575 −94.2 8000 .780 −144.3 2.349 43.6 .074 5.4 .575 −99.8 8500 .754 −150.5 2.271 38.0 .075 2.8 .581 −104.8 9000 .738 −157.3 2.175 29.9 .075 .5 .584 −110.1 9500 .720 −162.7 2.129 24.7 .077 −1.9 .582 −115.2 10000 .693 −169.1 2.050 18.5 .078 −3.4 .585 −120.0 10500 .677 −174.1 1.999 12.7 .077 −5.5 .591 −125.0 11000 .661 −179.3 1.943 6.6 .078 −6.6 .593 −131.1 11500 .649 174.6 1.923 .1 .080 −8.0 .593 −135.6 12000 .627 169.6 1.884 −5.8 .081 −10.2 .600 −141.0 12500 .608 163.6 1.850 −12.6 .083 −12.1 .603 −146.5 13000 .594 157.6 1.820 −18.5 .086 −14.1 .615 −150.9 13500 .563 151.3 1.778 −25.2 .087 −15.9 .621 −156.1 14000 .536 145.7 1.730 −31.3 .092 −19.1 .632 −160.9 14500 .513 138.3 1.708 −37.2 .095 −21.2 .641 −165.7 15000 .499 131.9 1.678 −43.1 .098 −24.1 .648 −170.8 15500 .467 125.3 1665 −49.4 .103 −27.5 .657 −175.2 16000 .456 117.8 1.654 −55.4 .105 −31.5 .666 179.2 16500 .426 109.8 1.636 −61.9 .111 −34.6 .668 175.0 17000 .401 101.8 1.631 −68.8 .114 −39.1 .683 170.1 17500 .373 92.7 1.599 −76.1 .118 −43.4 .679 165.3 18000 .344 82.3 1.595 −83.0 .125 −49.5 .691 160.4 (deg.) 8 S12 MHz (deg.) ANG. MAG. (deg.) ANG. (deg.) NE713 AMP. PARAMETERS [NE71383B] VDS = 3 V, ID = 20 mA FREQUENCY GUmax GAmax |S21|2 |S12|2 MHz dB dB dB dB K Delay Mason's U G1 G2 ns dB dB dB 500 11.67 −39.93 .00 .053 2.75 1000 11.47 −33.98 .00 .053 2.70 1500 34.72 11.35 −30.84 .08 .061 20.81 2.56 2000 29.65 11.20 −28.59 .10 .049 15.93 2.52 2500 25.48 11.01 −27.03 .16 .055 12.07 2.40 3000 22.86 10.67 −25.76 .23 .048 9.92 2.27 3500 20.76 10.28 −24.99 .28 .051 8.31 2.17 4000 18.70 9.85 −24.12 .37 .052 6.82 2.04 4500 18.37 9.73 −23.75 .38 .051 6.66 1.98 5000 17.05 9.33 −23.46 .44 .037 5.84 1.87 5500 16.09 8.96 −23.04 .49 .043 5.31 1.83 6000 15.42 8.61 −22.92 .51 .037 5.03 1.78 6500 14.45 8.09 −22.73 .59 .045 4.65 1.72 7000 14.11 7.96 −22.68 .61 .038 4.38 1.76 7500 13.34 7.60 −22.69 .68 .038 4.00 1.74 8000 13.24 7.42 −22.66 .67 .042 4.08 1.74 8500 12.56 7.12 −22.47 .73 .031 3.65 1.79 9000 11.97 6.75 −22.48 .80 .045 3.41 1.81 9500 11.53 6.56 −22.23 .83 .029 3.17 1.80 10000 10.89 6.23 −22.16 .92 .034 2.84 1.82 10500 10.54 6.02 −22.30 .99 .033 25.000 2.66 1.87 11000 10.15 13.04 5.77 −22.13 1.02 .034 23.743 2.50 1.88 11500 9.93 12.69 5.68 −21.93 1.03 .036 24.116 2.38 1.88 12000 9.61 11.95 5.50 −21.82 1.08 .033 21.165 2.17 1.94 12500 9.31 11.43 5.34 −21.66 1.12 .037 19.457 2.01 1.96 13000 9.15 11.48 5.20 −21.35 1.09 .033 20.295 1.89 2.06 13500 8.77 10.74 5.00 −21.19 1.15 .037 17.509 1.65 2.12 14000 8.45 10.42 4.76 −20.73 1.15 .034 16.961 1.47 2.21 14500 8.28 10.29 4.65 −20.47 1.14 .033 16.574 1.33 2.30 15000 8.11 10.24 4.49 −20.16 1.12 .032 16.461 1.24 2.37 15500 7.95 10.10 4.43 −19.73 1.11 .035 16.064 1.07 2.46 16000 7.93 10.30 4.37 −19.56 1.07 .033 16.400 1.01 2.55 16500 7.71 10.01 4.28 −19.09 1.08 .036 15.418 .87 2.56 17000 7.74 10.34 4.25 −18.87 1.04 .038 15.681 .76 2.73 17500 7.41 9.58 4.08 −18.56 1.08 .041 13.963 .65 2.69 18000 7.42 10.05 4.05 −18.08 1.03 .038 14.623 .55 2.82 9 NE713 MAG. AND ANG. [NE71383B] VDS = 3 V, ID = 30 mA FREQUENCY S11 S21 ANG. MAG. ANG. MAG. S22 MAG. 500 .999 −11.1 4.104 169.4 .009 80.0 .672 −6.7 1000 .998 −22.3 4.015 159.5 .019 75.6 .665 −13.7 1500 .991 −34.0 3.946 148.9 .026 68.0 .655 −20.9 2000 .977 −44.6 3.862 139.7 .035 60.4 .650 −27.2 2500 .962 −55.3 3.789 129.7 .042 54.8 .638 −33.7 3000 .937 −64.9 3.621 121.3 .048 47.9 .625 −39.7 3500 .909 −74.5 3.459 111.8 .053 42.5 .613 −46.4 4000 .878 −85.4 3.291 102.7 .057 38.0 .599 −52.3 4500 .870 −94.5 3.237 93.4 .060 31.2 .592 −58.8 5000 .845 −102.2 3.087 86.8 .062 26.8 .579 −64.8 5500 .824 −110.4 2.951 79.1 .066 24.1 .574 −70.7 6000 .814 −117.0 2.830 72.4 .066 21.3 .568 −76.8 6500 .793 −125.4 2.666 64.4 .067 16.6 .560 −82.6 7000 .780 −131.7 2.622 57.5 .069 14.3 .566 −88.0 7500 .759 −139.0 2.511 50.8 .069 11.4 .563 −93.2 8000 .759 −145.8 2.456 43.2 .069 9.2 .565 V98.7 8500 .738 −151.7 2.376 37.8 .070 6.5 .570 −103.8 9000 .718 −158.5 2.271 29.7 .070 5.1 .574 −109.1 9500 .702 −164.1 2.225 24.5 .073 3.0 .575 −114.2 10000 .676 −170.0 2.139 18.6 .073 2.6 .577 −119.0 10500 .663 −175.2 2.088 12.6 .073 −.1 .585 −123.7 11000 .644 179.6 2.029 6.4 .076 −.6 .586 −129.9 11500 .630 173.5 2.004 0.0 .078 −2.4 .584 −134.4 12000 .613 168.6 1.958 −5.8 .080 −4.6 .595 −139.9 12500 .594 162.7 1.930 −12.5 .081 −7.0 .599 −145.1 13000 .577 156.7 1.890 −18.3 .085 −7.6 .608 −149.7 13500 .549 150.2 1.850 −25.1 .088 −9.6 .616 −154.8 14000 .523 144.3 1.800 −31.0 .092 −13.3 .626 −159.8 14500 .496 137.0 1.772 −37.1 .096 −16.1 .638 −164.3 15000 .486 131.1 1.741 −42.9 .101 −19.4 .645 −169.7 15500 .455 123.6 1.733 −49.1 .106 −21.7 .653 −174.0 16000 .439 117.0 1.718 −55.1 .106 −26.2 .664 −179.3 16500 .416 108.5 1.693 −61.6 .113 −30.1 .668 176.2 17000 .390 100.0 1.697 −68.5 .118 −34.4 .684 171.5 (deg.) 10 S12 MHz (deg.) ANG. MAG. (deg.) ANG. (deg.) 17500 .364 92.3 1.654 −75.7 .123 −39.2 .679 166.8 18000 .337 80.6 1.652 −82.8 .129 −45.0 .692 162.0 NE713 AMP. PARAMETERS [NE71383B] VDS = 3 V, ID = 30 mA FREQUENCY GUmax GAmax |S21|2 |S12|2 MHz dB dB dB dB K Delay Mason's U G1 G2 ns dB dB dB 24.88 2.53 12.26 −40.73 .00 .055 39.48 12.07 −34.47 .04 .055 1500 31.92 11.92 −31.60 .08 .059 17.56 2.43 2000 27.60 11.74 −29.22 .14 .051 13.48 2.39 2500 25.13 11.57 −27.52 .18 .056 11.29 2.27 3000 22.46 11.18 −26.43 .26 .047 9.13 2.15 500 1000 2.61 3500 20.41 10.78 −25.54 .34 .053 7.59 2.05 4000 18.68 10.35 −24.91 .41 .051 6.40 1.93 4500 18.21 10.20 −24.45 .43 .051 5000 16.99 9.79 −24.14 .50 .037 5500 16.07 9.40 −23.64 .54 6000 15.45 9.04 −23.57 .56 6500 14.46 8.52 −23.44 7000 14.11 8.37 −23.28 6.14 1.87 5.42 1.77 .043 4.93 1.73 .037 4.72 1.69 .65 .045 4.30 1.63 .67 .038 4.06 1.68 39.309 7500 13.38 8.00 −23.27 .75 .037 3.72 1.66 8000 13.20 7.80 −23.21 .74 .042 3.72 1.67 8500 12.64 7.52 −23.09 .80 .030 3.42 1.71 9000 12.00 7.12 −23.10 .88 .044 3.15 1.73 9500 11.64 6.95 −22.73 .89 .029 2.94 1.74 10000 11.02 6.60 −22.71 .98 .033 28.158 2.66 1.76 10500 10.73 13.62 6.39 −22.69 1.02 .033 24.518 2.52 1.82 11000 10.30 12.92 6.15 −22.35 1.05 .034 23.530 2.33 1.82 11500 10.05 12.49 6.04 −22.12 1.07 .036 22.373 2.20 1.81 12000 9.79 12.12 5.84 −21.98 1.09 .032 21.192 2.05 1.90 12500 9.53 11.64 5.71 −21.85 1.12 .037 19.307 1.89 1.93 13000 9.29 11.60 5.53 −21.41 1.09 .033 19.599 1.76 2.00 13500 8.97 11.14 5.34 −21.09 1.12 .038 17.945 1.56 2.07 14000 8.65 10.69 5.10 −20.77 1.14 .032 16.843 1.39 2.16 14500 8.46 10.61 4.97 −20.32 1.11 .034 16.683 1.22 2.27 15000 8.32 10.77 4.82 −19.90 1.07 .032 17.092 1.17 2.33 15500 8.20 10.74 4.78 −19.51 1.05 .035 16.470 1.01 2.42 16000 8.16 10.70 4.70 −19.47 1.05 .033 16.143 .93 2.53 16500 7.96 10.68 4.57 −18.98 1.03 .036 15.714 .83 2.56 17000 8.05 4.59 −18.59 .97 .038 16.464 .72 2.73 17500 7.68 4.37 −18.17 1.01 .040 14.666 .62 2.69 18000 7.72 4.36 −17.80 .96 .039 15.178 .52 2.83 10.78 11 NE713 TYPICAL NOISE PARAMETERS (VDS = 3 V, ID = 10 mA) [NE71383B] 12 Γopt Freq. NFopt Ga (GHz) (dB) (dB) MAG. ANG. (deg.) 2.0 0.55 17.0 0.81 37 0.57 3.0 0.58 15.2 0.75 53 0.51 4.0 0.60 14.0 0.70 69 0.44 5.0 0.71 13.0 0.67 83 0.37 6.0 0.80 12.3 0.65 97 0.31 7.0 0.90 11.6 0.64 111 0.25 8.0 1.00 11.0 0.64 123 0.19 9.0 1.15 10.4 0.64 136 0.14 10.0 1.30 10.0 0.64 148 0.10 11.0 1.45 9.5 0.64 161 0.06 12.0 1.60 9.0 0.63 173 0.05 13.0 1.75 8.6 0.62 −173 0.05 14.0 1.90 8.2 0.60 −159 0.08 15.0 2.04 8.0 0.57 −145 0.15 16.0 2.25 7.6 0.53 −129 0.23 17.0 2.38 7.3 0.46 −113 0.34 18.0 2.55 7.0 0.38 −95 0.44 Rn/50 NE713 RECOMMENDED SOLDERING CONDITIONS The following conditions (see table below) must be met when soldering this product. Please consult with our sales offices in case other soldering process is used, or in case soldering is done under different conditions. <TYPES OF SURFACE MOUNT DEVICE> For more details, refer to our document "SEMICONDUCTOR DEVICE MOUNTING TECHNOLOGY MANUAL" (C10535E) [NE71383B] Soldering process Partial heating method Soldering conditions Symbol Terminal temperature: 230 °C or below, Flow time: 10 seconds or below, Exposure limit*: None *: Exposure limit before soldering after dry-pack package is opened. Storage conditions: 25 °C and relative humidity at 65 % or less. Note: Do not apply more than a single process at once, except for "Partial heating method." PRECAUTION: Avoid high static voltage and electric fields, because this device is Hetero Junction field effect transistor with shottky barrier gate. Caution The Great Care must be taken in dealing with the devices in this guide. The reason is that the material of the devices is GaAs (Gallium Arsenide), which is designated as harmful substance according to the law concerned. Keep the law concerned and so on, especially in case of removal. 13 NE713 [MEMO] 14 NE713 [MEMO] 15 NE713 No part of this document may be copied or reproduced in any form or by any means without the prior written consent of NEC Corporation. NEC Corporation assumes no responsibility for any errors which may appear in this document. NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectual property rights of third parties by or arising from use of a device described herein or any other liability arising from use of such device. No license, either express, implied or otherwise, is granted under any patents, copyrights or other intellectual property rights of NEC Corporation or others. While NEC Corporation has been making continuous effort to enhance the reliability of its semiconductor devices, the possibility of defects cannot be eliminated entirely. To minimize risks of damage or injury to persons or property arising from a defect in an NEC semiconductor device, customers must incorporate sufficient safety measures in its design, such as redundancy, fire-containment, and anti-failure features. NEC devices are classified into the following three quality grades: "Standard", "Special", and "Specific". The Specific quality grade applies only to devices developed based on a customer designated "quality assurance program" for a specific application. The recommended applications of a device depend on its quality grade, as indicated below. Customers must check the quality grade of each device before using it in a particular application. Standard: Computers, office equipment, communications equipment, test and measurement equipment, audio and visual equipment, home electronic appliances, machine tools, personal electronic equipment and industrial robots Special: Transportation equipment (automobiles, trains, ships, etc.), traffic control systems, anti-disaster systems, anti-crime systems, safety equipment and medical equipment (not specifically designed for life support) Specific: Aircrafts, aerospace equipment, submersible repeaters, nuclear reactor control systems, life support systems or medical equipment for life support, etc. The quality grade of NEC devices is "Standard" unless otherwise specified in NEC's Data Sheets or Data Books. If customers intend to use NEC devices for applications other than those specified for Standard quality grade, they should contact an NEC sales representative in advance. Anti-radioactive design is not implemented in this product. M4 96. 5