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THN5601SF
NPN SiGe RF POWER TRANSISTOR
a DESCRIPTION
The THN5601SF is a low cost, NPN medium power SiGe HBT(Hetero-Junction Bipolar Transistor) encapsulated in a plastic SOT-23F SMD package. The THN5601SF can be used as a driver device or an output device, depending on the specific application.
SOT-23F
a
FEATURES
o 4.8 Volt operation o P1dB 26dBm @f=900MHz o Power gain 9.0 dB @f=900MHz Unit : mm PIN CONFIGURATION
a
APPLICATIONS
o Hand-help radio equipment in common emitter class-AB operation in 900MHz communication band.
PIN NO 1 2 3
SYMBOL b e c
DESCRIPTION base emitter collector
a a
MARKING : AM1 MAXIMUM RATINGS
SYMBOL VCBO VCEO VEBO Ic PT TSTG TJ PARAMETER Collector-Base Voltage Collector-Emitter Voltage Emitter-Base Voltage Collector Current (DC) Total Power Dissipation Storage Temperature Operating Junction Temperature Ts = 60E CONDITION Open Emitter Open Base Open Collector VALUE 20 8 2.5 250 800 -65 ~ 150 E E 150 UNIT V V V mA mW
www.tachyonics.co.kr
-1/11-
Sep-2003 Rev 1.1
THN5601SF
a
THERMAL CHARACTERISTICS
SYMBOL Rth j-s PARAMETER thermal resistance from junction to soldering point CONDITION Ts=70E ;note1 VALUE 250 Unit K/W
* Note 1. Ts is temperature at the soldering point of the collector pin.
a
QUICK REFERENCE DATA
Mode of Operation CW, class-AB
f [MHz] 900
VCE [V] 4.8(Icq=5mA)
PL [dBm] 26
GP [dB] c A 8.0
C
[%]
A 50
a
DC CHARACTERISTICS
Tj=25 E unless otherwise specified PARAMETER
collector-base breakdown voltage collector-emitter breakdown voltage emitter-base breakdown voltage collector leakage current DC current gain transition frequency collector capacitance
Vce=4.8V, Icc=200mA, f=500MHz
SYMBOL BVCBO BVCEO BVEBO IS hFE fT CCB
CONDITION
open emitte open base open collector
MIN. 20 8 2.5 10 60 7
MAX.
UNIT V V V uA
200 GHz 3 pF
Vcb=10V, f=1MHz
www.tachyonics.co.kr
-2/11-
Sep-2003 Rev 1.1
THN5601SF
a
DC CHARACTERISTICS
Tj=25 E
200 180 160 C-B Capacitance [pF] 1 Ic [mA] 100 140 hfe 120 100 80 60 40 2.5 4
unless otherwise specified
5
4.5
3.5
3
2 0 5 10 Vcb [V] 15 20
Fig 1. DC Current gain v.s Collector current
Fig 2. Collector-base capacitance v.s Collector-
(Vce=4.8V)
10 9 8 7 6 Ft [GHz] 5 4 3 Ic [mA]
base voltage (f=1MHz)
250 Ib=2.0mA 200
Ib=1.6mA
150
Ib=1.2mA
100
Ib=800uA
Ib=400uA 2 1 0 0 50 100 150 200 250 Ic [mA] 0 0 1 2 Vce [V] 3 4 5 50
Fig 3. Ft v.s Icc, Ib (Vce=4.8V, f=500MHz)
Fig 4. Vce v.s Ic
www.tachyonics.co.kr
-3/11-
Sep-2003 Rev 1.1
THN5601SF
a
APPLICATION INFORMATION (I)
RF performance at Ts 60 E Mode of Operation CW, class-AB
11
in common emitter test circuit VCE [V] 4.8 (Icq=5mA)
100%
f [MHz] 900
PL [dBm] 26
GP [dB] c Typ 9.0
C
[%]
50
Note2: When the RF output Power Auto Tunning System is Used
35 30 25 Pout [dBm] 7 Gp [dB] 60% c C [%] 20 15 10 3 20% 5 1 8 12 16 20 POUT [dBm] 24 28 32 0% 0 0 5 10 15 20 25 Pin [dBm] 7 6 13 12 11 10 9 8
9
80%
5
40%
Fig 5. Pin vs Gp, C (Vce=4.8V, Icq=5mA, 900MHz)
Fig 6. Pin vs Pout, Gp (Vce=4.8V, Icq=5mA, 900MHz)
Zload =11.50-j4.98 Zsource =11.13-j1.49
Vce = 4.8V, Icq = 5mA, PL = 26dBm, 900MHz
Fig 7. Input impedence as function of frequency
Vce = 4.8V, Icq = 5mA, PL = 26dBm, 900MHz
Fig 8. Output impedence as function of frequency
www.tachyonics.co.kr
-4/11-
Sep-2003 Rev 1.1
Gp [dB]
THN5601SF
a
APPLICATION INFORMATION (II)
RF performance at Ts 60 E Mode of Operation CW, class-A in common emitter test circuit VCE [V] 4.8 (Icq=95mA) PL [dBm] 26 GP [dB] c Typ 9.5
C
f [MHz] 900
[%]
40
Note3: When the RF output Power Auto Tunning System is Used
12 100% 32 28 10 80% 24 20 Pout [dBm] 16 12 8 4 20% 4 2 8 12 16 20 POUT [dBm] 24 28 32 0% 0 0 4 8 12 Pin [dBm] 16 20 24 8 7 13 12 11 10 9 Gp [dB] 15 14
8 Gp [dB]
60%
6
40%
Fig 9. Pin vs Gp, C (Vce=4.8V, Icq=95mA, 900MHz)
c C [] %
Fig 10. Pin vs Gp, C (Vce=4.8V, Icq=95mA, 900MHz)
Zsource =11.50-j4.98
Zload =11.20-j0.32
Vce = 4.8V, Icq = 95mA, P L = 26dBm, 900MHz
Fig 11. Input impedence as function of frequency
Vce = 4.8V, Icq = 95mA, P L = 26dBm, 900MHz
Fig 12. Output impedence as function of frequency
www.tachyonics.co.kr
-5/11-
Sep-2003 Rev 1.1
THN5601SF
a
APPLICATION INFORMATION (III)
RF performance at Ts 60 E Mode of Operation CW, class-AB in common emitter test circuit VCE [V] 4.5 (Icq=5mA)
90 14 80 70 60 10 Pout [dBm] Gp [dB] 50 40 30 20 4 10 0 10 12 14 16 18 20 22 24 26 28 30 POUT [dBm] c C [] % 8 30 28 26 24 22 20 18 16 14 12 10 0 4 8 Pin [dBm] 12 16 20 4 0 Gp [dB] 16 12 8 28 24 20
f [MHz] 465
PL [dBm] 27
GP [dB] c Typ 13
C
[%]
60
12
6
2
Fig 13. POUT vs Gp, C (Vce=4.5V, Icq=5mA, 465MHz)Fig 14. Pin vs Gp, POUT (Vce=4.5V, Icq=5mA, 465MHz)
R R1 R=1 kOhm Port Vcc
BJT _NPN T HN6501U
C C8 C=1 uF
C C9 C=1 nF
C C10 C=470 pF
C C11 C=470 pF
C C12 C=1 nF
C C13 C=1 uF
L L5
L L6 C C7 C=470 pF C C5 C=8 pF
C C1 C=470 pF
L L1 L=6.8 nH C C2 C=15 pF C C3 C=15 pF BJT _NPN T HN5601
L L2
L L3 C C4 C=13 pF
Port RF_OUT
Port RF_IN
Note : L5 and L6 are 8Turn/2.0mm, Air Coil Inductors. L2 is 2 turn/1.0mm, Air Coil Inductors. L3 is 5 turn/1.0mm, Air Coil Inductors. C1 ~ C13, L1 : 1608 size
Fig 15. Freq = 465MHZ Test Schematic
www.tachyonics.co.kr
-6/11-
Sep-2003 Rev 1.1
THN5601SF
THN5601SF Typical Scattering Parameters, Common Emitter, Z o = 50U Vce = 4.8V, Ic = 3mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.828 / -167.639 0.802 / -177.399 0.814 / 175.099 0.823 / 168.232 0.841 / 162.029 0.848 / 155.903 0.855 / 150.220 0.859 / 144.979 0.864 / 140.157 0.858 / 134.883 0.861 / 130.178 0.859 / 125.750 0.844 / 121.321 0.849 / 119.655 S(2,1) 1.681 / 66.971 1.167 / 53.056 0.894 / 41.858 0.712 / 33.611 0.594 / 27.109 0.502 / 23.132 0.438 / 21.055 0.395 / 20.326 0.366 / 21.200 0.350 / 22.293 0.346 / 23.548 0.344 / 24.424 0.350 / 25.635 0.356 / 25.710 S(1,2) 0.133 / 3.003 0.115 / 1.142 0.099 / 6.153 0.088 / 19.549 0.093 / 33.607 0.111 / 46.079 0.135 / 52.012 0.164 / 54.260 0.193 / 53.963 0.218 / 52.964 0.247 / 51.050 0.272 / 48.372 0.294 / 45.594 0.306 / 44.473 S(2,2) 0.430 / -109.456 0.492 / -123.810 0.558 / -134.021 0.608 / -141.747 0.669 / -149.372 0.707 / -156.231 0.746 / -162.577 0.771 / -168.415 0.791 / -173.641 0.809 / -177.960 0.823 / 177.233 0.821 / 173.696 0.832 / 170.662 0.836 / 168.371
Vce = 4.8V, Ic = 5mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.813 / -172.966 0.787 / 178.375 0.793 / 171.710 0.800 / 165.556 0.816 / 160.020 0.821 / 154.418 0.828 / 149.140 0.835 / 144.300 0.840 / 139.615 0.835 / 134.640 0.842 / 130.105 0.842 / 125.855 0.830 / 121.468 0.833 / 119.764 S(2,1) 2.115 / 70.244 1.486 / 58.467 1.149 / 48.426 0.932 / 40.281 0.790 / 33.302 0.675 / 28.046 0.595 / 24.278 0.533 / 21.371 0.488 / 19.881 0.454 / 18.924 0.434 / 18.726 0.417 / 18.764 0.410 / 19.137 0.409 / 18.860 S(1,2) 0.113 / 12.963 0.106 / 15.650 0.100 / 22.478 0.104 / 31.352 0.116 / 38.911 0.131 / 44.622 0.152 / 48.713 0.175 / 49.928 0.199 / 50.128 0.224 / 49.266 0.251 / 47.419 0.272 / 45.737 0.294 / 43.542 0.305 / 42.696 S(2,2) 0.389 / -132.952 0.443 / -143.359 0.498 / -149.237 0.539 / -153.600 0.592 / -158.303 0.631 / -163.151 0.671 / -167.722 0.698 / -172.218 0.725 / -176.518 0.748 / 179.935 0.765 / 175.764 0.771 / 172.709 0.786 / 169.776 0.793 / 167.663
Vce = 4.8V, Ic = 10mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.816 / -179.572 0.781 / 173.396 0.784 / 167.517 0.782 / 161.834 0.793 / 156.788 0.794 / 151.742 0.799 / 146.759 0.803 / 142.577 0.808 / 138.339 0.804 / 133.545 0.812 / 129.493 0.810 / 125.366 0.801 / 121.239 0.807 / 119.517 S(2,1) 2.608 / 73.510 1.847 / 63.995 1.445 / 55.680 1.193 / 48.327 1.026 / 41.748 0.894 / 36.040 0.800 / 31.299 0.723 / 26.953 0.667 / 23.744 0.616 / 20.931 0.583 / 18.808 0.552 / 16.882 0.528 / 15.876 0.522 / 15.198 S(1,2) 0.091 / 27.831 0.100 / 32.653 0.112 / 37.185 0.125 / 42.124 0.141 / 45.060 0.159 / 46.303 0.177 / 47.028 0.198 / 46.914 0.219 / 46.133 0.239 / 45.110 0.258 / 43.599 0.279 / 41.981 0.299 / 40.119 0.308 / 39.039 S(2,2) 0.443 / -158.935 0.491 / -166.270 0.516 / -169.738 0.533 / -171.927 0.563 / -173.895 0.587 / -176.500 0.616 / -178.964 0.633 / 178.401 0.656 / 175.673 0.677 / 173.525 0.694 / 170.425 0.701 / 168.435 0.718 / 166.377 0.727 / 164.620
Typical Performance
15 15 15
10
10
10
MAG
)) ))
5 5
MAG
(( (( ))
5
MAG
((
0
IS21I2
-5
0
IS21I2
0
-5
-5
IS21I2
-10 0.5 1.0 1.5 2.0 2.5 3.0
-10 0.5 1.0 1.5 2.0 2.5 3.0
-10 0.5 1.0 1.5 2.0 2.5 3.0
freq, GHz
freq, GHz
freq, GHz
Figure16. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 3mA
Figure17. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 5mA
Figure18. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 10mA
www.tachyonics.co.kr
-7/11-
Sep-2003 Rev 1.1
THN5601SF
THN5601SF Typical Scattering Parameters, Common Emitter, Z o = 50U Vce = 4.8V, Ic = 20mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.823 / 176.187 0.785 / 169.667 0.785 / 164.239 0.780 / 158.837 0.788 / 153.967 0.784 / 149.055 0.786 / 144.376 0.788 / 140.205 0.789 / 136.286 0.782 / 131.704 0.790 / 127.903 0.787 / 123.974 0.778 / 120.114 0.782 / 118.468 S(2,1) 2.969 / 75.840 2.110 / 68.107 1.663 / 60.912 1.383 / 54.663 1.200 / 48.645 1.059 / 43.350 0.958 / 38.595 0.876 / 34.100 0.815 / 30.364 0.760 / 26.732 0.724 / 23.501 0.686 / 20.649 0.657 / 18.582 0.650 / 17.366 S(1,2) 0.084 / 42.748 0.100 / 47.287 0.121 / 49.275 0.139 / 50.059 0.161 / 49.288 0.180 / 48.447 0.200 / 47.722 0.220 / 46.533 0.239 / 44.996 0.258 / 42.982 0.279 / 41.137 0.294 / 39.242 0.313 / 37.612 0.322 / 36.425 S(2,2) 0.537 / -172.302 0.583 / -178.504 0.594 / 177.960 0.594 / 175.846 0.609 / 173.934 0.617 / 172.014 0.632 / 170.151 0.634 / 167.948 0.646 / 166.110 0.657 / 164.756 0.666 / 162.495 0.667 / 161.233 0.678 / 159.833 0.685 / 158.531
Vce = 4.8V, Ic = 30mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.827 / 174.382 0.789 / 168.320 0.787 / 163.044 0.784 / 157.393 0.787 / 152.707 0.784 / 147.720 0.782 / 143.154 0.782 / 139.160 0.783 / 135.125 0.775 / 130.673 0.779 / 126.862 0.779 / 123.207 0.767 / 119.245 0.771 / 117.634 S(2,1) 3.114 / 76.768 2.218 / 69.811 1.750 / 63.246 1.460 / 57.399 1.270 / 51.705 1.124 / 46.763 1.021 / 42.203 0.938 / 37.759 0.878 / 33.963 0.822 / 30.265 0.785 / 26.775 0.746 / 23.735 0.715 / 21.294 0.709 / 20.006 S(1,2) 0.083 / 49.423 0.100 / 52.705 0.124 / 52.864 0.146 / 53.668 0.168 / 51.882 0.189 / 50.911 0.210 / 49.026 0.231 / 46.904 0.251 / 44.974 0.268 / 42.761 0.287 / 40.256 0.305 / 38.703 0.321 / 36.471 0.329 / 35.149 S(2,2) 0.585 / -176.148 0.632 / 177.804 0.640 / 174.393 0.636 / 171.887 0.644 / 169.849 0.647 / 167.618 0.657 / 165.993 0.655 / 163.549 0.660 / 161.717 0.668 / 160.436 0.672 / 158.259 0.668 / 157.180 0.678 / 156.105 0.681 / 154.929
Vce = 4.8V, Ic = 40mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.830 / 173.325 0.792 / 167.545 0.791 / 162.232 0.785 / 156.710 0.789 / 152.003 0.783 / 147.224 0.783 / 142.457 0.782 / 138.413 0.782 / 134.586 0.774 / 130.034 0.777 / 126.018 0.774 / 122.378 0.762 / 118.535 0.765 / 116.902 S(2,1) 3.192 / 77.333 2.274 / 70.719 1.793 / 64.416 1.498 / 58.861 1.304 / 53.413 1.156 / 48.633 1.053 / 44.105 0.969 / 39.741 0.908 / 36.045 0.853 / 32.346 0.818 / 28.819 0.779 / 25.616 0.747 / 23.063 0.741 / 21.698 S(1,2) 0.080 / 53.071 0.102 / 55.844 0.124 / 56.538 0.149 / 55.316 0.172 / 53.022 0.193 / 51.230 0.214 / 49.433 0.236 / 47.485 0.255 / 45.093 0.274 / 42.835 0.296 / 40.553 0.309 / 38.530 0.327 / 36.266 0.333 / 35.272 S(2,2) 0.612 / -177.924 0.660 / 176.382 0.668 / 172.875 0.663 / 170.133 0.669 / 167.864 0.668 / 165.698 0.676 / 163.678 0.672 / 161.501 0.675 / 159.508 0.680 / 158.208 0.683 / 156.054 0.675 / 154.888 0.683 / 153.644 0.684 / 152.550
20
Typical Performance
16 14
18 16 14 12
15
12 10
))
))
))
10
((
((
((
MAG
8 6 4 2
MAG
10 8 6 4
MAG
5
0
IS21I
0.5 1.0
2
0 -2 -4 1.5 2.0 2.5 3.0 0.5
IS21I
1.0
2
2 0 -2 -4 1.5 2.0 2.5 3.0 0.5 1.0 1.5 2.0 2.5 3.0
IS21I2
-5
freq, GHz
freq, GHz
freq, GHz
Figure19. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 20mA
Figure20. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 30mA
Figure21. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 40mA
www.tachyonics.co.kr
-8/11-
Sep-2003 Rev 1.1
THN5601SF
THN5601SF Typical Scattering Parameters, Common Emitter, Z o = 50U Vce = 4.8V, Ic = 50mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.833 / 172.822 0.795 / 167.006 0.789 / 161.645 0.787 / 156.318 0.789 / 151.615 0.786 / 146.725 0.784 / 142.038 0.783 / 137.962 0.781 / 134.104 0.772 / 129.613 0.777 / 125.863 0.774 / 121.956 0.760 / 118.186 0.762 / 116.615 S(2,1) 3.238 / 77.634 2.307 / 71.298 1.822 / 65.246 1.521 / 59.887 1.326 / 54.579 1.177 / 49.885 1.073 / 45.502 0.989 / 41.183 0.927 / 37.502 0.871 / 33.769 0.837 / 30.332 0.797 / 27.000 0.766 / 24.427 0.762 / 23.157 S(1,2) 0.079 / 56.294 0.104 / 57.275 0.126 / 57.058 0.148 / 55.646 0.176 / 54.032 0.196 / 52.263 0.218 / 50.176 0.240 / 47.420 0.261 / 45.361 0.279 / 42.829 0.297 / 40.518 0.314 / 38.167 0.330 / 35.949 0.338 / 34.721 S(2,2) 0.631 / -179.041 0.679 / 175.398 0.686 / 171.824 0.679 / 168.956 0.685 / 166.787 0.685 / 164.543 0.690 / 162.610 0.685 / 160.232 0.687 / 158.250 0.691 / 156.813 0.692 / 154.518 0.682 / 153.535 0.689 / 152.320 0.689 / 151.041
Vce = 4.8V, Ic = 60mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.836 / 172.403 0.796 / 166.652 0.794 / 161.463 0.788 / 156.128 0.790 / 151.293 0.786 / 146.434 0.784 / 141.746 0.781 / 137.643 0.780 / 133.798 0.773 / 129.269 0.775 / 125.425 0.772 / 121.642 0.759 / 118.018 0.763 / 116.176 S(2,1) 3.271 / 77.862 2.327 / 71.729 1.839 / 65.768 1.537 / 60.529 1.342 / 55.305 1.191 / 50.682 1.084 / 46.414 1.002 / 42.100 0.939 / 38.432 0.885 / 34.752 0.848 / 31.227 0.812 / 28.053 0.780 / 25.431 0.772 / 23.910 S(1,2) 0.081 / 58.119 0.105 / 58.470 0.127 / 57.345 0.152 / 57.134 0.177 / 54.368 0.198 / 52.480 0.220 / 50.415 0.242 / 47.687 0.261 / 45.484 0.282 / 43.019 0.300 / 40.297 0.317 / 38.001 0.334 / 35.609 0.343 / 34.481 S(2,2) 0.646 / -179.829 0.693 / 174.860 0.699 / 170.996 0.691 / 168.420 0.697 / 166.109 0.695 / 163.871 0.702 / 161.747 0.695 / 159.359 0.696 / 157.276 0.698 / 155.855 0.697 / 153.698 0.690 / 152.484 0.694 / 151.288 0.696 / 150.251
Vce = 4.8V, Ic = 70mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.837 / 172.052 0.796 / 166.435 0.795 / 161.281 0.790 / 155.713 0.791 / 151.036 0.786 / 146.200 0.784 / 141.458 0.781 / 137.390 0.781 / 133.517 0.773 / 129.026 0.775 / 125.325 0.771 / 121.340 0.757 / 117.545 0.759 / 115.965 S(2,1) 3.290 / 78.081 2.344 / 72.015 1.852 / 66.185 1.546 / 61.002 1.350 / 55.864 1.199 / 51.293 1.093 / 47.065 1.010 / 42.872 0.947 / 39.250 0.892 / 35.529 0.857 / 31.951 0.819 / 28.752 0.788 / 26.076 0.782 / 24.645 S(1,2) 0.080 / 59.586 0.103 / 59.960 0.125 / 58.453 0.152 / 57.354 0.179 / 54.011 0.201 / 52.908 0.221 / 50.343 0.242 / 48.024 0.264 / 45.468 0.283 / 42.932 0.300 / 40.421 0.319 / 37.777 0.335 / 35.688 0.344 / 34.580 S(2,2) 0.654 / 179.941 0.704 / 174.473 0.706 / 170.833 0.701 / 167.970 0.706 / 165.684 0.703 / 163.325 0.708 / 161.233 0.702 / 158.728 0.703 / 156.659 0.705 / 155.319 0.705 / 152.975 0.695 / 151.668 0.700 / 150.670 0.702 / 149.490
18 16 14 12 10
Typical Performance
18 16 14 12 10
18 16 14 12 10
))
))
8
((
((
6 4 2 0 -2 -4 0.5 1.0 1.5 2.0 2.5 3.0
6 4 2
((
MAG
))
8
MAG
8 6 4 2
MAG
IS21I
2
0 -2 -4 0.5
IS21I
1.0
2
0 -2 -4
IS21I2
1.5
2.0
2.5
3.0
0.5
1.0
1.5
2.0
2.5
3.0
freq, GHz
freq, GHz
freq, GHz
Figure22. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 50mA
Figure23. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 60mA
Figure24. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 70mA
www.tachyonics.co.kr
-9/11-
Sep-2003 Rev 1.1
THN5601SF
THN5601SF Typical Scattering Parameters, Common Emitter, Z o = 50U Vce = 4.8V, Ic = 80mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.836 / 171.841 0.796 / 166.353 0.796 / 160.987 0.788 / 155.718 0.793 / 150.895 0.786 / 145.947 0.785 / 141.288 0.783 / 137.204 0.780 / 133.368 0.771 / 128.864 0.774 / 125.139 0.772 / 121.250 0.757 / 117.384 0.760 / 115.810 S(2,1) 3.303 / 78.149 2.353 / 72.198 1.860 / 66.429 1.554 / 61.419 1.357 / 56.248 1.206 / 51.758 1.100 / 47.528 1.015 / 43.370 0.953 / 39.738 0.898 / 36.098 0.864 / 32.653 0.825 / 29.323 0.794 / 26.656 0.788 / 25.254 S(1,2) 0.081 / 60.328 0.102 / 60.227 0.128 / 58.418 0.155 / 57.563 0.179 / 55.001 0.201 / 53.296 0.223 / 50.341 0.245 / 47.829 0.266 / 45.650 0.283 / 43.018 0.303 / 40.761 0.320 / 38.243 0.337 / 35.859 0.346 / 34.694 S(2,2) 0.661 / 179.614 0.711 / 174.259 0.719 / 170.329 0.710 / 167.652 0.712 / 165.410 0.710 / 162.995 0.716 / 160.850 0.708 / 158.278 0.709 / 156.211 0.709 / 154.810 0.709 / 152.619 0.698 / 151.232 0.702 / 150.087 0.704 / 148.894
Vce = 4.8V, Ic = 90mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.843 / 171.623 0.799 / 166.088 0.796 / 160.880 0.790 / 155.558 0.793 / 150.747 0.786 / 145.971 0.784 / 141.162 0.782 / 137.047 0.782 / 133.132 0.771 / 128.595 0.773 / 124.934 0.772 / 121.212 0.756 / 117.156 0.762 / 115.652 S(2,1) 3.313 / 78.262 2.360 / 72.436 1.865 / 66.708 1.559 / 61.602 1.362 / 56.621 1.209 / 52.212 1.104 / 47.937 1.020 / 43.788 0.958 / 40.201 0.902 / 36.488 0.868 / 33.105 0.828 / 29.845 0.798 / 27.175 0.794 / 25.804 S(1,2) 0.083 / 59.709 0.104 / 61.188 0.129 / 60.548 0.155 / 57.668 0.180 / 55.417 0.202 / 53.313 0.225 / 50.410 0.247 / 48.102 0.266 / 45.476 0.284 / 42.974 0.306 / 40.255 0.320 / 38.065 0.338 / 35.676 0.347 / 34.521 S(2,2) 0.669 / 179.218 0.717 / 173.900 0.721 / 170.039 0.714 / 167.353 0.717 / 165.007 0.714 / 162.561 0.721 / 160.444 0.714 / 157.952 0.712 / 155.912 0.713 / 154.505 0.714 / 152.235 0.701 / 150.947 0.706 / 149.668 0.709 / 148.516
Vce = 4.8V, Ic = 100mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.841 / 171.401 0.800 / 165.977 0.797 / 160.917 0.791 / 155.508 0.794 / 150.632 0.787 / 145.862 0.784 / 141.117 0.783 / 136.956 0.780 / 132.932 0.771 / 128.621 0.774 / 124.832 0.771 / 120.770 0.757 / 117.189 0.759 / 115.545 S(2,1) 3.319 / 78.333 2.365 / 72.557 1.868 / 66.860 1.562 / 61.871 1.364 / 56.839 1.212 / 52.501 1.106 / 48.256 1.023 / 44.126 0.961 / 40.574 0.906 / 36.860 0.870 / 33.332 0.833 / 30.046 0.802 / 27.532 0.797 / 26.089 S(1,2) 0.081 / 59.126 0.106 / 60.999 0.127 / 59.083 0.157 / 57.766 0.179 / 55.473 0.202 / 53.300 0.226 / 50.699 0.247 / 48.407 0.268 / 45.661 0.287 / 42.871 0.307 / 40.442 0.322 / 38.242 0.338 / 35.376 0.349 / 34.642 S(2,2) 0.676 / 179.058 0.722 / 173.767 0.727 / 169.924 0.719 / 167.111 0.724 / 164.910 0.720 / 162.472 0.724 / 160.268 0.717 / 157.763 0.716 / 155.622 0.717 / 154.136 0.716 / 151.750 0.706 / 150.500 0.709 / 149.368 0.708 / 148.148
18 16 14 12 10
Typical Performance
18 16 14 12
18 16 14 12
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IS21I
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IS21I2
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freq, GHz
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Figure25. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 80mA
Figure26. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 90mA
Figure27. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 100mA
www.tachyonics.co.kr
-10/11-
Sep-2003 Rev 1.1
THN5601SF
THN5601SF Typical Scattering Parameters, Common Emitter, Z o = 50U Vce = 4.8V, Ic = 120mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.839 / 171.377 0.800 / 165.825 0.797 / 160.790 0.789 / 155.427 0.793 / 150.474 0.787 / 145.706 0.784 / 141.009 0.782 / 136.847 0.780 / 132.869 0.772 / 128.330 0.774 / 124.543 0.769 / 120.674 0.754 / 116.984 0.758 / 115.326 S(2,1) 3.346 / 78.527 2.384 / 72.791 1.882 / 67.142 1.574 / 62.169 1.375 / 57.179 1.220 / 52.872 1.116 / 48.622 1.030 / 44.496 0.968 / 40.982 0.912 / 37.267 0.878 / 33.854 0.840 / 30.668 0.810 / 27.983 0.802 / 26.470 S(1,2) 0.079 / 62.372 0.104 / 61.624 0.131 / 59.771 0.155 / 58.592 0.180 / 55.635 0.203 / 53.291 0.226 / 51.003 0.248 / 48.202 0.269 / 45.677 0.288 / 42.926 0.308 / 40.536 0.325 / 38.103 0.342 / 35.683 0.349 / 34.449 S(2,2) 0.677 / 178.817 0.729 / 173.721 0.731 / 169.813 0.723 / 166.954 0.728 / 164.603 0.725 / 162.101 0.727 / 160.065 0.721 / 157.546 0.719 / 155.339 0.721 / 153.842 0.720 / 151.516 0.709 / 150.088 0.711 / 148.969 0.712 / 147.772
Vce = 4.8V, Ic = 150mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.841 / 171.094 0.800 / 165.466 0.797 / 160.520 0.791 / 154.981 0.793 / 150.319 0.788 / 145.409 0.784 / 140.748 0.782 / 136.698 0.780 / 132.643 0.770 / 128.245 0.772 / 124.389 0.768 / 120.544 0.753 / 116.648 0.757 / 115.129 S(2,1) 3.352 / 78.664 2.390 / 72.932 1.885 / 67.373 1.578 / 62.497 1.378 / 57.596 1.226 / 53.222 1.118 / 49.073 1.033 / 45.028 0.971 / 41.410 0.917 / 37.774 0.882 / 34.283 0.844 / 31.118 0.813 / 28.503 0.809 / 26.921 S(1,2) 0.081 / 60.551 0.104 / 62.216 0.129 / 60.520 0.159 / 58.809 0.182 / 56.075 0.204 / 53.703 0.227 / 51.266 0.250 / 48.337 0.270 / 45.709 0.289 / 43.148 0.308 / 40.234 0.324 / 37.920 0.340 / 35.221 0.351 / 34.433 S(2,2) 0.686 / 178.488 0.734 / 173.492 0.739 / 169.581 0.729 / 166.697 0.735 / 164.280 0.732 / 161.803 0.734 / 159.799 0.727 / 157.050 0.726 / 155.030 0.727 / 153.399 0.723 / 151.088 0.713 / 149.716 0.716 / 148.478 0.715 / 147.324
Vce = 4.8V, Ic = 200mA, Tc = 25E
freq 500.0MHz 700.0MHz 900.0MHz 1.100GHz 1.300GHz 1.500GHz 1.700GHz 1.900GHz 2.100GHz 2.300GHz 2.500GHz 2.700GHz 2.900GHz 3.000GHz S(1,1) 0.843 / 170.511 0.802 / 165.528 0.801 / 160.156 0.792 / 154.905 0.793 / 150.021 0.787 / 145.164 0.787 / 140.560 0.783 / 136.461 0.780 / 132.472 0.770 / 127.967 0.770 / 124.120 0.768 / 120.247 0.755 / 116.416 0.756 / 114.697 S(2,1) 3.346 / 78.748 2.386 / 73.162 1.886 / 67.570 1.576 / 62.830 1.380 / 57.815 1.225 / 53.606 1.119 / 49.500 1.036 / 45.380 0.974 / 41.916 0.919 / 38.211 0.884 / 34.866 0.846 / 31.452 0.817 / 28.879 0.811 / 27.372 S(1,2) 0.079 / 61.529 0.108 / 63.730 0.130 / 61.207 0.157 / 58.519 0.181 / 55.981 0.207 / 54.127 0.230 / 51.454 0.251 / 48.248 0.270 / 45.907 0.290 / 42.914 0.310 / 40.521 0.327 / 37.809 0.344 / 35.171 0.353 / 34.118 S(2,2) 0.695 / 178.449 0.743 / 173.298 0.745 / 169.280 0.736 / 166.529 0.744 / 163.975 0.738 / 161.435 0.742 / 159.349 0.733 / 156.742 0.732 / 154.518 0.731 / 152.978 0.729 / 150.624 0.718 / 149.207 0.720 / 147.865 0.721 / 146.720
18 16 14 12
Typical Performance
18 16 14 12
18 16 14 12
))
))
((
((
6 4 2 0 -2 0.5 1.0 1.5 2.0 2.5 3.0
6 4
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8
MAG
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10 8
10 8 6 4 2
MAG
MAG
IS21I
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2 0 -2 0.5 1.0 1.5 2.0 2.5 3.0
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freq, GHz
freq, GHz
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Figure28. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 120mA
Figure29. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 150mA
Figure30. Insertion Power Gain, MAG, nd MSG vs Frequency. a Vce=4.8V. Ic = 200mA
www.tachyonics.co.kr
-11/11-
Sep-2003 Rev 1.1

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