HSG1002 Renesas Electronics Corporation., HSG1002 Datasheet
HSG1002
Related parts for HSG1002
HSG1002 Summary of contents
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... HSG1002 SiGeHBT High Frequency Low Noise Amplifier Features High power gain and low noise figure ; MSG = 21 dB typ 0.7 dB typ MSG = 20 dB typ 0.8 dB typ MSG = 16 dB typ 1.2 dB typ Transition Frequency GHz typ GHz 3.5 V CEO Ideal for 2 ...
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... HSG1002 Electrical Characteristics Item Symbol DC current transfer ratio h FE Reverse Transfer Capacitance C Transition Frequency f T Insertion power gain |S21| note1 Maximum Stable Gain MSG Power Gain PG Noise figure NF note2 Maximum Available Gain MAG Notes: 1. MSG = | MAG = | |(K-( Rev.1.00, Apr.12.2004, page ...
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... HSG1002 Main Characteristics Collector Power Dissipation Curve 500 Value on PCB (FR- 1.6 mm 400 Double side) 300 200 100 0 50 100 Ambient Temperature DC Current Transfer Ratio vs. Collector Current 300 250 VCE=3V 200 VCE=2V 150 100 50 0 0.1 1 Collector Current Gain Bandwidth Product vs. ...
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... HSG1002 ,MSG,MAG vs. Collector Current =1V CE f=2.4GHz 25 MSG Collector Current ,MSG vs. Collector Current =2V CE f=1.8GHz 25 MSG Collector Current ,MSG,MAG vs. Collector Current =2V CE f=5.8GHz MSG Collector Current Rev.1.00, Apr.12.2004, page ...
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... HSG1002 ,MSG,MAG vs. Collector Current =3V CE f=2.4GHz 25 MSG Collector Current ,MSG,MAG vs Frequency = =10mV 40 MSG 0.1 Frequency f (GHz ,MSG,MAG vs Frequency = =10mA 40 35 MSG ...
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... HSG1002 Power Gain vs. Collector Current = Collector Current Power Gain vs. Collector Current 24 22 f=1.8GHz V = Collector Current Power Gain vs. Collector Current 24 f=1.8GHz ...
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... HSG1002 3rd. Order Intercept Point (IP3 -10 -20 -30 -40 -30 -20 -10 -40 Input Power P 3rd. Order Intercept Point (IP3 5.8 GHz fud = 5.801 GHz 0 -10 -20 -30 -40 -30 -20 -10 -40 Input Power P 3rd. Order Intercept Point (IP3 -10 -20 -30 ...
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... HSG1002 3rd. Order Intercept Point (IP3 -10 -20 -30 -40 -30 -20 -10 -40 Input Power P 3rd. Order Intercept Point (IP3 5.8 GHz fud = 5.801 GHz 0 -10 -20 -30 -40 -30 -20 -10 -40 Input Power P Rev.1.00, Apr.12.2004, page Fundamental 0 -10 ...
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... HSG1002 S Parameter vs. Frequency 1.5 0 –.2 –.4 –.6 –.8 –1 Condition: VCE = Ω 100 to 1000 MHz (100 MHz step) 1000 to 2000 MHz (200 MHz step) 2000 to 6000 MHz (400 MHz step ...
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... HSG1002 S Parameter vs. Frequency 1.5 0 –.2 –.4 –.6 –.8 –1 Condition: VCE = Ω 100 to 1000 MHz (100 MHz step) 1000 to 2000 MHz (200 MHz step) 2000 to 6000 MHz (400 MHz step ...
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... HSG1002 S Parameter vs. Frequency 1.5 0 –.2 –.4 –.6 –.8 –1 Condition: VCE = Ω 100 to 1000 MHz (100 MHz step) 1000 to 2000 MHz (200 MHz step) 2000 to 6000 MHz (400 MHz step ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.982 -4.8 200 0.981 -8.9 300 0.976 -12.9 400 0.974 -17.7 500 0.969 -22.1 600 0.963 -26.4 700 0.960 -30.7 800 0.953 -35.0 900 0.948 -39.5 1000 0.940 -43.8 1100 0.930 -48.1 1200 0.921 -52.5 1300 0.913 -56.7 1400 0.905 -60.9 1500 0.896 -65.2 1600 0.885 -69.5 1700 0.877 -73.7 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.951 -6.4 200 0.948 -13.2 300 0.934 -19.1 400 0.927 -26.0 500 0.915 -32.4 600 0.900 -38.7 700 0.887 -44.7 800 0.872 -50.6 900 0.859 -56.8 1000 0.841 -62.6 1100 0.825 -68.2 1200 0.805 -74.1 1300 0.790 -79.3 1400 0.776 -84.5 1500 0.761 -89.7 1600 0.746 -94.8 1700 0.734 -99.6 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.928 -8.7 200 0.916 -17.1 300 0.897 -25.0 400 0.882 -33.4 500 0.861 -41.4 600 0.840 -49.2 700 0.820 -56.3 800 0.798 -63.5 900 0.779 -71.0 1000 0.757 -77.5 1100 0.736 -83.7 1200 0.716 -90.2 1300 0.699 -95.8 1400 0.685 -101.4 1500 0.670 -106.7 1600 0.656 -112.0 1700 0 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.907 -10.4 200 0.884 -20.6 300 0.861 -30.2 400 0.837 -40.1 500 0.813 -49.5 600 0.786 -58.4 700 0.761 -66.5 800 0.735 -74.5 900 0.712 -82.5 1000 0.690 -89.5 1100 0.671 -96.1 1200 0.651 -102.7 1300 0.635 -108.4 1400 0.623 -113.8 1500 0.610 -119.3 1600 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.862 -13.3 200 0.841 -26.0 300 0.811 -37.8 400 0.779 -49.3 500 0.747 -60.2 600 0.716 -70.5 700 0.688 -79.6 800 0.661 -88.2 900 0.638 -96.5 1000 0.619 -103.7 1100 0.602 -110.2 1200 0.586 -116.8 1300 0.574 -122.2 1400 0.565 -127.5 1500 0.556 -132 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.732 -21.9 200 0.701 -41.8 300 0.665 -59.5 400 0.633 -74.7 500 0.598 -88.3 600 0.573 -99.8 700 0.551 -109.5 800 0.536 -118.0 900 0.523 -125.4 1000 0.514 -131.9 1100 0.508 -137.6 1200 0.502 -143.0 1300 0.497 -147.5 1400 0.496 -151 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.589 -31.0 200 0.583 -58.7 300 0.561 -80.2 400 0.545 -97.1 500 0.531 -111.0 600 0.518 -121.5 700 0.509 -130.1 800 0.502 -137.2 900 0.496 -143.2 1000 0.495 -148.6 1100 0.493 -153.3 1200 0.491 -157.4 1300 0.490 -161.0 1400 0 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.982 -4.2 200 0.982 -8.6 300 0.977 -12.5 400 0.976 -17.0 500 0.973 -21.2 600 0.967 -25.5 700 0.961 -29.7 800 0.956 -33.8 900 0.951 -38.2 1000 0.944 -42.5 1100 0.936 -46.6 1200 0.927 -50.9 1300 0.918 -55.0 1400 0.912 -59.1 1500 0.902 -63.3 1600 0.892 -67.5 1700 0.884 -71.5 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.950 -6.1 200 0.949 -12.5 300 0.940 -18.2 400 0.930 -24.7 500 0.920 -30.8 600 0.908 -36.9 700 0.895 -42.5 800 0.879 -48.3 900 0.867 -54.4 1000 0.850 -59.9 1100 0.833 -65.3 1200 0.815 -71.0 1300 0.799 -76.1 1400 0.785 -81.1 1500 0.770 -86.3 1600 0.755 -91.3 1700 0.742 -96.0 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.933 -8.1 200 0.920 -15.9 300 0.903 -23.4 400 0.890 -31.4 500 0.870 -39.0 600 0.850 -46.5 700 0.830 -53.3 800 0.809 -60.2 900 0.789 -67.3 1000 0.767 -73.7 1100 0.747 -79.8 1200 0.725 -86.1 1300 0.707 -91.6 1400 0.691 -97.0 1500 0.676 -102.4 1600 0.662 -107.6 1700 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.905 -9.6 200 0.893 -19.2 300 0.868 -28.3 400 0.848 -37.4 500 0.822 -46.3 600 0.797 -54.9 700 0.772 -62.6 800 0.747 -70.3 900 0.724 -78.1 1000 0.700 -84.9 1100 0.679 -91.4 1200 0.657 -97.9 1300 0.639 -103.7 1400 0.626 -109.0 1500 0.612 -114.4 1600 0.600 -119 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.869 -11.9 200 0.849 -23.7 300 0.822 -34.8 400 0.792 -45.7 500 0.759 -56.1 600 0.728 -65.9 700 0.700 -74.6 800 0.672 -83.0 900 0.647 -91.3 1000 0.623 -98.3 1100 0.605 -104.9 1200 0.587 -111.3 1300 0.573 -116.9 1400 0.562 -122.2 1500 0.552 -127.4 1600 0 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.768 -18.6 200 0.735 -36.6 300 0.689 -52.9 400 0.650 -67.6 500 0.610 -80.7 600 0.578 -92.1 700 0.553 -101.8 800 0.532 -110.6 900 0.517 -118.4 1000 0.503 -125.1 1100 0.493 -131.1 1200 0.486 -136.9 1300 0.480 -141.6 1400 0.476 -146 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.674 -24.0 200 0.634 -47.8 300 0.592 -67.1 400 0.558 -83.9 500 0.528 -97.6 600 0.504 -109.2 700 0.488 -118.5 800 0.477 -126.6 900 0.468 -133.6 1000 0.463 -139.8 1100 0.459 -145.0 1200 0.456 -149.8 1300 0.453 -153.9 1400 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.983 -4.3 200 0.982 -8.7 300 0.978 -12.6 400 0.976 -17.2 500 0.972 -21.5 600 0.967 -25.7 700 0.962 -30.0 800 0.956 -34.2 900 0.952 -38.5 1000 0.944 -42.9 1100 0.937 -47.0 1200 0.928 -51.3 1300 0.919 -55.3 1400 0.913 -59.5 1500 0.903 -63.7 1600 0.894 -67.9 1700 0.886 -71.9 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.960 -6.0 200 0.951 -12.3 300 0.942 -18.0 400 0.933 -24.4 500 0.921 -30.4 600 0.909 -36.3 700 0.898 -42.0 800 0.882 -47.6 900 0.870 -53.6 1000 0.853 -59.2 1100 0.837 -64.5 1200 0.819 -70.2 1300 0.803 -75.2 1400 0.789 -80.2 1500 0.774 -85.3 1600 0.758 -90.3 1700 0.746 -94.9 1800 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.932 -7.6 200 0.921 -15.6 300 0.904 -23.0 400 0.891 -30.8 500 0.872 -38.3 600 0.853 -45.6 700 0.833 -52.3 800 0.811 -59.2 900 0.792 -66.2 1000 0.771 -72.5 1100 0.750 -78.6 1200 0.728 -84.9 1300 0.710 -90.4 1400 0.694 -95.8 1500 0.678 -101.2 1600 0.663 -106.3 1700 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.901 -9.3 200 0.894 -18.8 300 0.870 -27.6 400 0.849 -36.6 500 0.825 -45.3 600 0.800 -53.8 700 0.775 -61.4 800 0.750 -69.0 900 0.726 -76.7 1000 0.701 -83.4 1100 0.680 -89.9 1200 0.659 -96.5 1300 0.641 -102.1 1400 0.627 -107.6 1500 0.612 -113.0 1600 0.600 -118 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.865 -11.6 200 0.849 -23.1 300 0.823 -33.9 400 0.795 -44.6 500 0.763 -54.8 600 0.730 -64.4 700 0.702 -73.0 800 0.674 -81.4 900 0.648 -89.4 1000 0.626 -96.5 1100 0.606 -103.2 1200 0.588 -109.6 1300 0.572 -115.3 1400 0.561 -120.6 1500 0.550 -125.7 1600 0 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.762 -18.1 200 0.731 -35.4 300 0.690 -51.2 400 0.650 -65.6 500 0.611 -78.6 600 0.577 -89.9 700 0.552 -99.5 800 0.531 -108.2 900 0.513 -116.0 1000 0.500 -122.9 1100 0.490 -129.0 1200 0.482 -134.7 1300 0.475 -139.5 1400 0.471 -144.3 1500 0 ...
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... HSG1002 S Parameter S11 f (MHz) MAG ANG 100 0.662 -23.2 200 0.639 -45.5 300 0.596 -64.6 400 0.559 -80.7 500 0.527 -94.4 600 0.503 -105.7 700 0.486 -115.3 800 0.472 -123.6 900 0.462 -130.7 1000 0.456 -136.8 1100 0.452 -142.4 1200 0.449 -147.3 1300 0.445 -151.6 1400 ...
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... HSG1002 HSG1002 5.8GHz Evaluation Board Evaluation Board Pattern Layout Circuit Rev.1.00, Apr.12.2004, page ohm 1000 pF 1000 OUT ...
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... HSG1002 Electrical Characteristics on Evaluation Board Item Noise Figure Power Gain Input Return Loss Output Return Loss 1dB Gain Compression Third order intercept point Rev.1.00, Apr.12.2004, page Symbol Data Unit NF 1. 12.0 dB RLin 8.1 dB RLout 14.0 dB P1dB 11 dBm OIP3 25 dBm (VCC = 2V 10mA 25°C) Test Condition ...
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... HSG1002 -10 -10 -15 -15 -20 -20 RLin RLin RLout RLout -25 -25 |S21| |S21| -30 - @VCE=2V @VCE=2V f=5.8GHz f=5.8GHz Rev.1.00, Apr.12.2004, page RLin, Rlout, |S21| RLin, Rlout, |S21 ...
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... HSG1002 @VCE=2V @VCE=2V IC=10mA IC=10mA fd=5.8GHz fd=5.8GHz fud=5.801GHz fud=5.801GHz 0 -10 -10 -20 -20 -30 -30 -40 -40 -40 -40 -30 -30 Rev.1.00, Apr.12.2004, page Pin-Pout, OIP3 Pin-Pout, OIP3 -20 -20 -10 -10 0 Pin (dBm) Pin (dBm) Pout Pout OIP3 OIP3 10 20 ...
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... A-A Section Ordering Information Part Name Quantity HSG1002VE- 10,000 pcs Note: For some grades, production may be terminated. Please contact the Renesas sales office to check the state of production before ordering the product. Rev.1.00, Apr.12.2004, page Lead Material 0.0016 Cu Alloy ...
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Sales Strategic Planning Div. Keep safety first in your circuit designs! 1. Renesas Technology Corp. puts the maximum effort into making semiconductor products better and more reliable, but there is always the possibility that trouble may occur with them. Trouble ...