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EPA018A 参数 Datasheet PDF下载

EPA018A图片预览
型号: EPA018A
PDF下载: 下载PDF文件 查看货源
内容描述: 高效异质结功率FET [High Efficiency Heterojunction Power FET]
分类和应用:
文件页数/大小: 2 页 / 34 K
品牌: EXCELICS [ EXCELICS SEMICONDUCTOR, INC. ]
 浏览型号EPA018A的Datasheet PDF文件第1页  
EPA018A  
DATA SHEET  
High Efficiency Heterojunction Power FET  
S-PARAMETERS  
S-PARAMETERS  
2V, 15mA  
6V, 1/2 Idss  
FREQ --- S11 ---  
--- S21 ---  
--- S12 ---  
--- S22 ---  
FREQ --- S11 ---  
--- S21 ---  
--- S12 ---  
--- S22 ---  
(GHz) MAG ANG MAG ANG MAG ANG MAG ANG  
1.0 1.000 -11.0 5.013 170.5 0.017 79.9 0.631 -6.1  
(GHz) MAG ANG MAG ANG MAG ANG MAG ANG  
1.0 0.980 -13.0 4.681 169.2 0.010 77.2 0.837  
2.0 0.969 -25.7 4.581 160.2 0.020 71.8 0.830  
-3.5  
-7.2  
2.0 0.990 -21.5 4.947 162.8 0.032 73.8 0.622 -12.6  
3.0 0.976 -32.1 4.862 154.8 0.047 69.2 0.609 -19.0  
4.0 0.962 -42.6 4.759 146.8 0.061 62.5 0.590 -25.7  
5.0 0.941 -53.4 4.643 138.3 0.073 56.0 0.558 -33.1  
6.0 0.922 -63.6 4.479 130.6 0.084 49.9 0.535 -39.9  
7.0 0.905 -73.1 4.298 123.1 0.094 43.9 0.511 -46.9  
8.0 0.883 -82.0 4.112 116.0 0.103 38.2 0.490 -53.5  
9.0 0.864 -90.4 3.938 109.3 0.108 32.9 0.469 -60.0  
10.0 0.846 -97.9 3.753 103.1 0.114 27.6 0.450 -65.4  
11.0 0.829 -105.3 3.615 97.0 0.120 23.1 0.436 -70.8  
12.0 0.819 -112.4 3.472 91.3 0.124 18.8 0.422 -75.4  
13.0 0.804 -120.0 3.360 85.4 0.130 14.1 0.400 -80.2  
14.0 0.792 -128.0 3.274 79.7 0.134 9.6 0.379 -84.5  
15.0 0.784 -136.3 3.181 74.0 0.139 5.0 0.357 -89.3  
16.0 0.777 -145.0 3.116 67.7 0.144 0.6 0.330 -95.2  
17.0 0.770 -155.2 3.019 61.0 0.148 -4.3 0.297 -102.0  
18.0 0.773 -165.3 2.932 54.4 0.153 -9.5 0.260 -111.1  
19.0 0.770 -175.2 2.813 47.7 0.155 -14.3 0.226 -121.2  
20.0 0.771 175.3 2.696 41.0 0.156 -18.8 0.201 -135.4  
21.0 0.780 169.2 2.466 35.3 0.150 -22.9 0.204 -156.1  
22.0 0.777 163.2 2.327 30.2 0.149 -26.0 0.209 -168.6  
23.0 0.793 157.9 2.206 25.0 0.147 -29.1 0.225 -177.7  
24.0 0.789 154.9 2.096 20.6 0.145 -31.6 0.240 176.0  
25.0 0.796 151.5 2.025 16.6 0.144 -34.3 0.260 172.7  
26.0 0.804 149.6 1.928 12.1 0.145 -36.0 0.272 169.4  
3.0 0.953 -38.3 4.476 151.2 0.030 67.3 0.819 -10.8  
4.0 0.933 -50.7 4.339 142.0 0.037 61.9 0.803 -14.8  
5.0 0.908 -63.2 4.206 132.9 0.044 54.3 0.783 -18.9  
6.0 0.888 -74.6 4.017 124.3 0.050 48.5 0.765 -22.7  
7.0 0.868 -84.9 3.825 116.2 0.054 42.9 0.748 -26.8  
8.0 0.850 -94.8 3.635 108.5 0.058 37.9 0.734 -30.6  
9.0 0.833 -103.7 3.440 101.2 0.061 32.3 0.720 -34.4  
10.0 0.815 -111.8 3.260 94.4 0.062 28.2 0.708 -37.7  
11.0 0.807 -119.7 3.108 87.9 0.065 23.9 0.700 -41.1  
12.0 0.793 -127.2 2.963 81.8 0.066 20.3 0.691 -43.8  
13.0 0.785 -135.1 2.852 75.6 0.067 16.4 0.683 -46.4  
14.0 0.775 -143.2 2.749 69.6 0.069 12.9 0.676 -48.4  
15.0 0.768 -151.8 2.663 63.4 0.070 9.5 0.664 -50.6  
16.0 0.763 -161.0 2.585 57.1 0.071 6.7 0.655 -52.6  
17.0 0.762 -170.3 2.515 50.6 0.074 3.4 0.641 -54.7  
18.0 0.757 180.0 2.423 44.1 0.076 0.2 0.626 -56.7  
19.0 0.765 170.4 2.341 37.4 0.079 -2.4 0.604 -59.5  
20.0 0.767 162.2 2.254 30.8 0.081 -6.3 0.587 -63.0  
21.0 0.780 155.3 2.138 24.4 0.080 -8.7 0.563 -69.3  
22.0 0.791 148.7 2.031 18.3 0.081 -12.2 0.547 -74.8  
23.0 0.795 143.4 1.918 12.1 0.080 -14.7 0.541 -81.1  
24.0 0.804 138.9 1.824  
25.0 0.811 136.3 1.743  
26.0 0.807 134.9 1.676  
27.0 0.817 133.7 1.603  
6.4 0.079 -15.9 0.543 -87.9  
1.5 0.078 -16.3 0.553 -94.0  
-3.1 0.077 -17.8 0.564 -100.7  
-7.8 0.076 -17.2 0.580 -106.7  
27.0 0.786 147.6 1.868  
28.0 0.788 146.0 1.811  
29.0 0.779 144.4 1.790  
30.0 0.777 140.9 1.758  
31.0 0.769 137.1 1.723  
8.6 0.142 -37.7 0.282 168.5  
5.0 0.143 -39.3 0.287 166.7  
1.1 0.143 -41.4 0.293 164.7  
-3.4 0.145 -44.5 0.294 162.2  
-7.6 0.145 -46.8 0.292 157.2  
28.0 0.816 131.8 1.544 -12.8 0.078 -16.7 0.592 -113.0  
29.0 0.806 130.5 1.520 -17.2 0.078 -16.7 0.611 -117.6  
30.0 0.804 128.8 1.494 -22.0 0.079 -17.3 0.618 -123.0  
31.0 0.797 125.3 1.461 -27.2 0.081 -20.4 0.622 -127.6  
32.0 0.795 121.1 1.435 -32.1 0.081 -20.9 0.615 -133.0  
33.0 0.785 115.8 1.388 -38.3 0.080 -25.9 0.609 -138.5  
34.0 0.787 110.2 1.351 -44.9 0.077 -27.8 0.592 -145.1  
35.0 0.813 103.3 1.322 -51.4 0.077 -29.9 0.585 -152.5  
36.0 0.830 97.4 1.263 -58.0 0.078 -34.9 0.578 -160.7  
37.0 0.865 88.9 1.218 -65.3 0.076 -38.4 0.587 -170.1  
38.0 0.886 84.5 1.144 -72.1 0.079 -43.6 0.599 -178.7  
39.0 0.897 78.4 1.064 -79.8 0.079 -51.9 0.625 172.4  
40.0 0.905 74.8 0.975 -86.4 0.078 -60.4 0.651 165.4  
32.0 0.770 131.7 1.683 -12.6 0.145 -51.5 0.290 151.7  
33.0 0.758 126.2 1.606 -17.8 0.142 -55.4 0.287 143.1  
34.0 0.764 120.0 1.541 -22.6 0.140 -61.1 0.293 134.7  
35.0 0.777 114.3 1.497 -27.1 0.136 -64.6 0.311 122.2  
36.0 0.799 107.4 1.414 -31.6 0.134 -70.1 0.345 114.2  
37.0 0.824 101.9 1.339 -37.1 0.134 -75.6 0.384 104.6  
38.0 0.856 97.2 1.277 -41.9 0.130 -82.7 0.431 98.0  
39.0 0.877 92.4 1.196 -47.5 0.126 -87.6 0.478 93.3  
40.0 0.884 89.0 1.100 -52.6 0.123 -92.6 0.517 91.0  
Note:  
The data included 0.7 mils diameter Au bonding wires:  
1 gate wire, 15 mils each; 1 drain wire, 20 mils each; 6 source wires, 8 mils each.