10
S-Parameter (Vdd = 5V, Vctrl = 5V, T=25°C,unmatched 50 ohm), with L4 = 100nH, C6 = 1nF
freq (GHz) S11 (dB) S11 (ang) S21 (dB)S21 (ang) S12 (dB)S12 (ang) S22 (dB)S22 (ang)
0.1 0.5555 10.29 35.34 174.2 0.01595 110.7 0.4953 -65.36
0.2 0.5652 -85.53 27.11 125.1 0.02909 57.57 0.5617 -125.6
0.3 0.5267 -124 18.44 106.2 0.03285 48.87 0.5286 -148
0.4 0.508 -144.3 13.83 95.53 0.03656 46.17 0.5126 -160.7
0.5 0.4988 -157.9 11.03 88.31 0.04119 45.19 0.5023 -168.4
0.6 0.4939 -168.1 9.165 82.26 0.04457 44.09 0.4972 -174.9
0.7 0.491 -176.3 7.837 77.29 0.04883 43.54 0.49 -179.7
0.8 0.4886 176.9 6.869 72.51 0.05316 42.65 0.4852 176.2
0.9 0.4882 170.7 6.104 68.36 0.05725 41.06 0.4794 172.2
1 0.4864 164.6 5.426 63.68 0.06378 39.49 0.474 168.2
1.5 0.4837 142.8 3.708 45.42 0.08746 30.28 0.4467 153.3
2 0.4758 124.9 2.815 27.12 0.1145 18.41 0.3984 138.4
2.5 0.4643 110.1 2.305 8.764 0.1405 3.984 0.3289 123.2
3 0.4577 97.19 1.953 -9.91 0.161 -10.33 0.2475 106.1
3.5 0.4543 83.77 1.654 -30 0.1863 -26.26 0.1208 86.57
4 0.4629 71.65 1.32 -49.22 0.1997 -44.31 0.03653 -178
4.5 0.5275 55.55 1.034 -60.21 0.1803 -56.57 0.1689 165.4
5 0.5184 35.23 1.154 -72.72 0.2383 -64.62 0.1434 60.22
5.5 0.5989 22.32 0.8585 -95.63 0.2059 -84.56 0.1319 130.6
6 0.657 5.12 0.7102 -103.2 0.2058 -88.56 0.303 76.52
6.5 0.6875 -8.43 0.6763 -112.5 0.228 -98.33 0.4378 37.31
7 0.7137 -18.74 0.6198 -123.6 0.2438 -109.7 0.5354 14.7
7.5 0.7241 -27.56 0.5931 -133.6 0.2581 -120.6 0.602 -4.645
8 0.718 -34.72 0.5767 -143.5 0.2772 -131.7 0.619 -19.73
8.5 0.691 -40.68 0.574 -156 0.2962 -145 0.5626 -31.17
9 0.681 -46.15 0.5259 -162 0.294 -151.2 0.597 -34.04
9.5 0.6393 -53.84 0.585 -170.5 0.347 -160.2 0.5657 -48.44
10 0.5788 -62.6 0.6443 176.5 0.4063 -172.9 0.4858 -60.16
10.5 0.5028 -72.36 0.6962 161.6 0.4677 171.4 0.3994 -71.89
11 0.4265 -84.11 0.7372 145.1 0.5198 155.6 0.3199 -85.13
11.5 0.3683 -97.04 0.7685 128.3 0.574 137.7 0.2552 -104.2
12 0.335 -117 0.7789 112.7 0.6045 120.7 0.2232 -123.8
12.5 0.291 -137.5 0.8156 95.6 0.6712 102.2 0.2332 -159.9
13 0.2902 -156.5 0.8394 77.54 0.7033 83.72 0.2479 164.5
13.5 0.2995 -175.6 0.8415 59.73 0.728 65.05 0.2676 137.2
14 0.2998 166.6 0.8388 42.03 0.7442 46.45 0.2708 117.2
14.5 0.2813 150.2 0.8378 24.27 0.7641 27.53 0.2565 102
15 0.2247 137 0.8449 5.782 0.7925 8.6 0.1958 85.32
15.5 0.1216 146.5 0.8498 -15 0.8132 -13.14 0.06727 93.91
16 0.1879 -152.9 0.8167 -38.64 0.7948 -37.8 0.1754 -166.3
16.5 0.4125 -159.5 0.7132 -62.79 0.711 -63.33 0.4122 -179
17 0.6075 -175.1 0.5777 -84.42 0.5747 -86.65 0.618 166.5
17.5 0.7305 170.5 0.4383 -100.8 0.4495 -104.4 0.7513 153.2
18 0.795 161.6 0.3427 -111.1 0.3447 -114.9 0.8168 144.9
18.5 0.8315 156 0.2809 -119.2 0.2901 -123.2 0.8596 139.9
19 0.8501 152.7 0.2379 -124.7 0.2442 -128.7 0.8821 136.6
19.5 0.8572 150.8 0.2114 -129.4 0.2222 -134.3 0.8914 134.5
20 0.8568 149.6 0.2022 -132.8 0.2114 -137.5 0.8967 133.1
Note: Circuit layout refer to Figure 17, with L4 = 100 nH, C6 = 1nF
