DATA SHEET
DESCRIPTION
The NE68019 / 2SC5008 is an NPN epitaxial silicon transistor
designed for use in low noise and small signal amplifiers from VHF
band to L band. Low noise figure, high gain, and high current
capability achieve a very wide dynamic range and excellent linearity.
This is achieved by direct nitride passivated base s urface, process
(NEST2 process) which is a proprietary fabrication technique.
FEATURES
• Low Voltage Use.
• High fT: 8.0 GHz TYP. (@ VCE = 3 V, IC = 5 mA, f = 2 GHz)
• Low Cre: 0.3 pF TYP. (@ VCE = 3 V, IE = 0, f = 1 MHz)
• Low NF: 1.9 dB TYP. (@ VCE = 3 V, IC = 5 mA, f = 2 GHz)
• High |S21e|2: 7.5 dB TYP. (@ VCE = 3 V, IC = 5 mA, f = 2 GHz)
• Ultra Super Mini Mold Package.
ORDERING INFORMATION
PART QUANTITY PACKING STYLE
NUMBER
NE68019-A
2SC5008-A
50 pcs./Unit
NE68019-T-A
2SC5008-T-A 3 kpcs./Reel
*To order evaluation samples, please contact your nearby sales office.
Unit sample quantity shall be 50 pcs.
ABSOLUTE MAXIMUM RATINGS (TA = 25 ˚C)
Collector to Base Voltage VCBO 20 V
Collector to Emitter Voltage VCEO 10 V
Emitter to Base Voltage VEBO 1.5 V
Collector Current IC35 mA
Total Power Dissipation PT125 mW
Junction Temperature Tj150 ˚ C
Storage Temperature Tstg –65 to + 150 ˚ C
SILICON TRANSISTOR
Document No. P10387EJ2V0DS00 (2nd edition)
(Previous No. TD-2433)
Date Published July 1995 P
NE68019 / 2SC5008
NPN SILICON EPITAXIAL TRANSISTOR
3 PINS ULTRA SUPER MINI MOLD
Embossed tape 8 mm wide.
Pin3 (Collector) face to perforation side
of the tape.
1.6 ± 0.1
0.8 ± 0.1
1.6 ± 0.1
1.0
0.5 0.5 0.2
+0.1
–0
0.3
+0.1
–0
2
1
3
0.75 ± 0.05
0.6
0 to 0.1
0.15
+0.1
–0.05
PACKAGE DIMENSIONS
in millimeters
1. Emitter
2. Base
3. Collector
JEITA
Part No.
PHASE-OUT
NE68019 / 2SC5008
2
ELECTRICAL CHARACTERISTICS (TA = 25 ˚C)
CHARACTERISTICSYMBOL MIN. TYP.MAX.UNIT TEST CONDITIONS
Collector Cutoff Current ICBO 1.0
μ
A VCB = 10 V, IE = 0
Emitter Cutoff Current IEBO1.0
μ
A VEB = 1 V, IC = 0
hniaG tnerruC CD FE 80 160 VCE = 3 V, IC = 5 mA*1
Gain Bandwidth Product fT5.5 8.0 GHz VCE = 3 V, IC = 5 mA
Feed-back Capacitance Cre 0.3 0.7 pF VCB = 3 V, IE = 0, f = 1 MHz*2
Insertion Power Gain |S21e|25.5 7.5 dB VCE = 3 V, IC = 5 mA, f = 2 GHz
VBd2.39.1FNerugiF esioN CE = 3 V, IC = 5 mA, f = 2 GHz
*1 Pulse Measurement PW ≤ 350
μ
s, Duty Cycle ≤ 2 %
*2 The emitter terminal and the case shall be connected to the guard terminal of the three-terminal capacitance
bridge.
hFE Classification
RANK FB
Marking 44
hFE 80 to 160
PHASE-OUT
3
TYPICAL CHARACTERISTICS (TA = 25 ˚C)
20
0
10
1.00.5
150
0
50
15010050
100
200
0.5
10
505
25
05 10
20
15
10
5
VCE = 3 V
IB = 160 A
μ
140 A
μ
120 A
μ
100 A
μ
80 A
μ
60 A
μ
40 A
μ
20 A
μ
201021
100
20
50
VCE = 3 V
0.5
0
505
12
0
0.5
8
6
4
2
201021
6
2
4
VCE = 3 V
f = 2 GHZ
50201051 2
8
10
12
VCE = 3 V
f = 2 GHZ
10
TOTAL POWER DISSIPATION vs.
AMBIENT TEMPERATURE
PT – Total Power Dissipation – mW
TA – Ambient Temperature – °C
COLLECTOR CURRENT vs.
BASE TO EMITTER VOLTAGE
COLLECTOR CURRENT vs.
COLLECTOR TO EMITTER VOLTAGE
DC CURRENT GAIN vs.
COLLECTOR CURRENT
GAIN BANDWIDTH PRODUCT vs.
COLLECTOR CURRENT
INSERTION POWER GAIN vs.
COLLECTOR CURRENT
IC – Collector Current – mAhFE – DC Current Gain
fT – Gain Bandwidth Product – GHz
|S21e|2 – Insertion Power Gain – dB
IC – Collector Current – mA
VBE – Base to Emitter Voltage – V
IC – Collector Current – mAIC – Collector Current – mA
VCE IV – egatloV rettimE ot rotcelloC – C – Collector Current – mA
Free Air
NE68019 / 2SC5008
PHASE-OUT
4
25
0
5.00.5
3
0
1
502
2
2.0
1052
1.0
0.5
0.2
0.1
V
CE
= 3 V
I
C
= 5 mA
2010510.5
20
15
10
5
0.1 0.2 1.0 2.0
MAG
|S
21e
|
2
5 10 20
f = 1 MH
Z
V
CE
= 3 V
f = 2 GH
Z
C
re
– Feed-back Capacitance – pF
FEED-BACK CAPACITANCE vs.
COLLECTOR TO BASE VOLTAGE
NF – Noise Figure – dB
V
CB
– Collector to Base Voltage – V
I
C
– Collector Current – mA
NOISE FIGURE vs. COLLECTOR CURRENT
MAXIMUM AVAILABLE GAIN, INSERTION
POWER GAIN vs. FREQUENCY
MAG – Maximum Available Gain – dB
|S
21e
|
2
– Insertion Power Gain – dB
f – Frequency – GHz
NE68019 / 2SC5008
PHASE-OUT
5
S-PARAMETER
VCE = 3 V, IC = 10 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .739–23.1 15.190151.5 .01674.9 .922–13.6
200.00 .617–45.5 13.966131.9 .02763.0 .804–22.2
300.00 .507–64.6 12.474115.9 .03557.3 .699–25.8
400.00 .414–81.0 10.826102.7 .04251.8 .632–27.3
500.00 .344–94.7 9.42191.8 .04949.7 .583–28.1
600.00 .296–105.9 8.14782.9 .05547.0 .550–28.1
700.00 .260–116.6 7.21174.9 .06244.4 .525–28.3
800.00 .236–126.3 6.43467.7 .06841.8 .506–28.7
900.00 .218–136.2 5.80660.9 .07539.1 .490–28.9
1000.00 .205–144.8 5.28854.6 .08336.4 .477–29.6
1100.00 .199–153.1 4.86448.6 .08933.4 .466–29.9
1200.00 .194–161.6 4.50042.7 .09630.2 .457–31.0
1300.00 .193–168.9 4.19137.0 .10227.7 .449–31.7
1400.00 .194–175.6 3.90831.4 .11124.2 .441–32.8
1500.00 .196178.7 3.68026.2 .11821.0 .435–33.9
1600.00 .202173.5 3.48920.7 .12517.6 .429–35.5
1700.00 .214167.9 3.31715.0 .13312.6 .417–37.2
1800.00 .222161.7 3.154 9.6 .139 9.4 .406–38.2
1900.00 .229156.3 2.994 4.2 .145 6.0 .397–39.4
2000.00 .237151.7 2.857–1.0 .152 2.6 .390–40.5
2100.00 .246147.5 2.748–6.1 .159 –.9 .381–42.1
2200.00 .253144.6 2.626–11.1 .167–4.6 .374–43.6
2300.00 .263140.9 2.539–16.2 .174–8.0 .366–45.2
2400.00 .271137.9 2.445–21.3 .182–11.6 .357–46.8
2500.00 .283134.8 2.363–26.3 .190–15.2 .347–48.4
2600.00 .292132.0 2.288–31.4 .197–19.2 .338–50.6
2700.00 .303129.7 2.218–36.4 .204–22.9 .328–52.5
2800.00 .315127.4 2.147–41.4 .211–26.7 .318–54.8
2900.00 .326125.0 2.085–46.3 .220–30.8 .309–56.9
3000.00 .339122.7 2.032–51.2 .227–34.2 .299–59.5
VCE = 3 V, IC = 7 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHz MAGANGMAGANGMAGANGMAGANG
100.00 .815–17.7 11.972155.6 .01677.0 .947–11.5
200.00 .732–34.0 11.228138.4 .02963.4 .855–20.4
300.00 .634–50.1 10.480123.5 .03956.1 .757–25.1
400.00 .539–64.9 9.549110.7 .04751.8 .687–27.9
500.00 .455–78.9 8.72299.0 .05447.4 .630–29.6
600.00 .392–89.6 7.70389.1 .06044.0 .589–30.5
700.00 .336–100.4 6.95180.3 .06641.4 .557–30.9
800.00 .297–110.0 6.26572.2 .07338.5 .532–31.5
900.00 .268–119.5 5.70064.9 .07935.8 .511–31.9
1000.00 .244–128.0 5.22158.3 .08632.7 .494–32.5
1100.00 .228–136.6 4.80251.8 .09229.7 .480–32.9
1200.00 .216–145.2 4.47945.5 .09827.4 .468–33.8
1300.00 .208–153.4 4.16939.6 .10624.0 .459–34.4
1400.00 .203–160.8 3.90033.9 .11321.1 .449–35.6
1500.00 .202–167.7 3.67428.2 .12117.5 .440–36.6
1600.00 .205–173.8 3.47822.7 .12814.3 .433–37.8
1700.00 .214179.6 3.31617.3 .13510.2 .421–39.7
1800.00 .219172.5 3.15311.6 .141 6.4 .409–40.7
1900.00 .223165.7 3.001 6.0 .146 3.5 .399–41.7
2000.00 .230160.0 2.874 .7 .153 0.0 .391–43.0
2100.00 .236155.4 2.753–4.6 .160–3.2 .382–44.4
2200.00 .244151.6 2.631–9.6 .167–6.9 .374–45.7
2300.00 .254147.1 2.548–14.9 .174–10.4 .365–47.2
2400.00 .262143.5 2.453–20.0 .181–13.8 .356–49.0
2500.00 .273140.2 2.370–25.0 .189–17.4 .346–50.5
2600.00 .281137.1 2.295–30.2 .196–21.0 .337–52.7
2700.00 .293134.1 2.228–35.2 .203–24.9 .328–54.6
2800.00 .303131.4 2.156–40.2 .211–28.3 .317–56.7
2900.00 .315128.6 2.092–45.2 .218–32.3 .307–58.8
3000.00 .326126.2 2.040–50.1 .227–36.1 .298–61.4
NE68019 / 2SC5008
PHASE-OUT
6
S-PARAMETER
VCE = 3 V, IC = 5 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .870–13.9 9.067158.8 .01776.2 .964–9.7
200.00 .809–27.3 8.687143.1 .03165.8 .897–17.8
300.00 .733–40.3 8.368129.3 .04258.0 .814–23.3
400.00 .661–53.0 7.864117.5 .05251.2 .748–27.0
500.00 .575–66.1 7.479106.3 .05945.9 .687–29.5
600.00 .510–76.2 6.76596.3 .06641.4 .643–31.2
700.00 .440–87.2 6.29786.6 .07238.2 .604–32.3
800.00 .387–96.8 5.81277.7 .07834.7 .574–33.3
900.00 .345–106.1 5.36569.7 .08332.7 .547–33.9
1000.00 .309–114.9 4.96462.4 .09029.2 .527–34.7
1100.00 .283–123.3 4.61655.4 .09625.9 .509–35.2
1200.00 .261–131.9 4.29849.0 .10123.0 .493–36.1
1300.00 .246–139.7 4.03242.4 .10720.4 .481–36.7
1400.00 .234–147.4 3.78436.7 .11517.1 .471–37.8
1500.00 .227–154.7 3.56830.8 .12214.2 .460–38.9
1600.00 .227–161.3 3.38525.0 .12911.2 .450–40.2
1700.00 .231–168.9 3.23019.1 .137 7.1 .438–41.9
1800.00 .231–176.7 3.06913.5 .141 3.4 .425–42.8
1900.00 .233176.3 2.929 7.8 .148 .7 .413–44.0
2000.00 .237169.5 2.802 2.3 .153–2.4 .405–45.2
2100.00 .242163.9 2.690–3.0 .159–6.1 .396–46.5
2200.00 .247159.4 2.583–8.3 .166–9.3 .387–48.0
2300.00 .256154.3 2.495–13.6 .173–12.8 .377–49.5
2400.00 .264150.1 2.404–18.8 .179–16.2 .367–51.1
2500.00 .274146.2 2.324–23.9 .187–19.3 .358–52.7
2600.00 .282142.3 2.251–29.2 .194–23.3 .348–54.8
2700.00 .292139.2 2.188–34.3 .200–26.9 .339–56.8
2800.00 .303135.9 2.117–39.4 .207–30.2 .328–59.0
2900.00 .313132.9 2.056–44.5 .215–34.1 .319–60.9
3000.00 .325130.0 2.003–49.5 .223–37.5 .309–63.5
VCE = 3 V, IC = 3 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .936–10.5 5.612163.6 .01779.6 .981–7.1
200.00 .892–20.4 5.628148.9 .03469.7 .944–14.0
300.00 .842–30.5 5.602136.8 .04860.6 .887–19.3
400.00 .785–41.2 5.393126.0 .06053.2 .837–23.7
500.00 .732–50.8 5.328116.2 .06946.4 .782–27.2
600.00 .681–59.2 4.924106.6 .07740.6 .740–29.9
700.00 .618–68.7 4.76797.2 .08435.8 .698–32.0
800.00 .564–77.9 4.57588.0 .09031.0 .663–33.9
900.00 .510–86.9 4.36579.4 .09427.0 .627–35.2
1000.00 .459–96.0 4.19170.9 .10023.5 .599–36.5
1100.00 .413–104.8 3.99162.9 .10619.8 .577–37.5
1200.00 .375–113.0 3.79055.7 .11017.1 .558–38.5
1300.00 .350–120.8 3.58848.7 .11614.2 .542–39.6
1400.00 .325–128.3 3.41042.0 .12111.1 .525–40.8
1500.00 .307–135.8 3.23435.7 .126 7.8 .513–41.8
1600.00 .295–142.9 3.08629.5 .134 4.9 .499–43.2
1700.00 .289–150.9 2.96023.3 .140 1.0 .486–44.8
1800.00 .283–158.6 2.83017.0 .143–2.7 .471–46.0
1900.00 .276–166.4 2.70711.2 .148–5.6 .457–47.1
2000.00 .273–174.1 2.597 5.4 .153–8.5 .448–48.4
2100.00 .273179.6 2.504 –.3 .159–11.6 .435–49.8
2200.00 .275174.0 2.405–5.9 .164–14.4 .428–51.3
2300.00 .280167.8 2.332–11.5 .170–17.9 .417–52.7
2400.00 .284162.6 2.248–16.9 .176–20.9 .406–54.2
2500.00 .292157.7 2.177–22.2 .182–23.8 .396–55.9
2600.00 .298152.8 2.109–27.6 .187–27.3 .386–57.9
2700.00 .307148.7 2.051–32.9 .194–30.7 .376–59.9
2800.00 .316144.7 1.988–38.1 .200–33.8 .366–61.8
2900.00 .326140.9 1.934–43.4 .207–37.3 .356–64.0
3000.00 .337137.3 1.885–48.6 .214–40.5 .346–66.6
NE68019 / 2SC5008
PHASE-OUT
7
S-PARAMETER
VCE = 3 V, IC = 1 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .986–6.4 1.963167.5 .01982.2 .996–4.0
200.00 .971–13.0 2.022157.2 .03673.4 .987–8.1
300.00 .958–19.5 2.075147.4 .05366.7 .966–11.8
400.00 .936–26.5 2.082137.6 .07058.7 .953–15.4
500.00 .914–32.8 2.114129.5 .08452.1 .929–18.7
600.00 .890–39.0 2.011120.8 .09845.0 .909–22.0
700.00 .859–45.3 1.993112.4 .10938.5 .883–24.9
800.00 .833–51.7 1.967103.7 .12032.1 .859–27.7
900.00 .801–58.0 1.91695.7 .12725.8 .830–30.5
1000.00 .769–65.2 1.95288.0 .13720.2 .803–33.0
1100.00 .732–72.5 1.97279.8 .14314.4 .776–35.0
1200.00 .693–80.0 1.98772.4 .148 9.7 .754–37.1
1300.00 .663–86.7 1.94564.6 .154 4.5 .734–39.0
1400.00 .626–93.9 1.93657.2 .157 –.1 .712–41.1
1500.00 .596–100.5 1.89349.6 .162–4.4 .693–42.9
1600.00 .570–107.2 1.85242.8 .165–8.3 .676–44.6
1700.00 .542–114.9 1.84535.3 .170–12.9 .660–46.5
1800.00 .523–121.5 1.78628.6 .172–17.5 .640–48.3
1900.00 .497–129.1 1.76621.5 .174–21.5 .622–49.9
2000.00 .471–137.3 1.74614.6 .174–25.3 .610–51.7
2100.00 .456–144.2 1.707 8.2 .174–28.5 .595–53.3
2200.00 .443–151.0 1.661 1.6 .176–31.9 .583–55.0
2300.00 .430–158.3 1.648–4.8 .177–35.1 .567–56.8
2400.00 .424–164.8 1.598–10.9 .178–38.1 .557–58.6
2500.00 .419–171.3 1.565–17.0 .180–40.5 .545–60.5
2600.00 .414–177.8 1.534–23.1 .182–43.6 .534–62.6
2700.00 .412176.4 1.504–29.1 .183–46.5 .523–64.6
2800.00 .413170.5 1.466–34.9 .186–48.7 .515–66.9
2900.00 .414164.7 1.442–40.6 .189–51.4 .504–69.2
3000.00 .419159.5 1.413–46.3 .191–53.5 .495–71.7
VCE = 1 V, IC = 5 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .849–19.1 8.397156.6 .02175.5 .949–11.9
200.00 .764–34.1 8.259139.2 .03763.8 .866–21.8
300.00 .681–49.1 7.901125.1 .05154.8 .767–28.2
400.00 .612–63.6 7.397113.1 .06048.4 .689–32.3
500.00 .534–78.0 7.006101.8 .06842.2 .623–35.2
600.00 .473–89.5 6.29791.7 .07638.7 .573–37.0
700.00 .414–101.5 5.83382.2 .08235.3 .531–38.1
800.00 .371–112.1 5.35273.6 .08931.9 .499–39.2
900.00 .339–122.2 4.92465.7 .09528.7 .472–39.9
1000.00 .314–131.4 4.55758.5 .10325.6 .448–40.9
1100.00 .295–140.2 4.21951.6 .10922.8 .429–41.2
1200.00 .283–148.3 3.93545.2 .11520.1 .414–42.2
1300.00 .275–156.2 3.67238.8 .12216.9 .398–42.8
1400.00 .270–163.3 3.44832.9 .12913.8 .385–44.0
1500.00 .267–170.3 3.24226.9 .13610.7 .374–45.0
1600.00 .268–176.4 3.08121.1 .143 7.5 .362–46.4
1700.00 .273177.8 2.92715.4 .153 3.9 .353–47.9
1800.00 .280172.2 2.783 9.6 .160 –.1 .340–49.5
1900.00 .288165.8 2.663 3.9 .165–3.8 .326–51.1
2000.00 .294160.1 2.540–1.7 .171–6.8 .316–52.2
2100.00 .301155.4 2.445–7.0 .177–10.1 .304–53.7
2200.00 .307151.6 2.347–12.4 .186–13.8 .293–55.4
2300.00 .317147.3 2.260–17.8 .192–17.2 .284–57.0
2400.00 324143.6 2.177–23.0 .199–20.8 .272–58.9
2500.00 .334140.2 2.105–28.2 .207–23.9 .261–60.8
2600.00 .345137.0 2.037–33.5 .214–27.8 .251–63.7
2700.00 .354134.0 1.977–38.6 .221–31.4 .241–65.9
2800.00 .365131.0 1.913–43.8 .228–35.3 .230–68.6
2900.00 .377128.2 1.856–48.9 .235–39.0 .220–71.2
3000.00 .387125.5 1.808–53.8 .244–42.9 .210–74.5
NE68019 / 2SC5008
PHASE-OUT
8
S-PARAMETER
VCE = 1 V, IC = 3 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .928–11.2 5.570160.2 .02278.7 .974–8.7
200.00 .876–22.9 5.562146.9 .04067.5 .928–16.9
300.00 .821–34.2 5.509134.3 .05757.4 .859–23.0
400.00 .758–45.7 5.289123.2 .07049.7 .798–28.0
500.00 .705–56.7 5.198113.1 .08143.3 .738–32.0
600.00 .652–66.1 4.787103.2 .08937.0 .689–35.2
700.00 .588–76.8 4.61793.6 .09731.9 .640–37.5
800.00 .535–87.1 4.40684.1 .10327.6 .601–39.4
900.00 .484–97.1 4.18775.5 .10823.9 .565–41.0
1000.00 .438–107.0 3.98667.1 .11520.3 .533–42.6
1100.00 .401–116.3 3.77159.1 .12016.5 .508–43.6
1200.00 .371–125.4 3.56651.8 .12513.4 .486–44.7
1300.00 .350–133.4 3.36244.8 .13110.3 .468–45.7
1400.00 .333–141.3 3.17738.3 .137 7.0 .449–47.2
1500.00 .320–148.7 3.01531.8 .143 4.1 .436–48.3
1600.00 .312–156.1 2.87225.8 .149 1.1 .421–49.7
1700.00 .310–162.9 2.74519.5 .157–2.5 .408–51.4
1800.00 .310–170.2 2.62313.4 .162–6.5 .391–52.9
1900.00 .309–177.5 2.514 7.3 .165–9.7 .377–54.2
2000.00 .310175.4 2.407 1.4 .171–12.7 .366–55.5
2100.00 .313169.8 2.318–4.2 .177–16.1 .351–57.2
2200.00 .317164.9 2.227–9.8 .182–19.1 .343–58.5
2300.00 .324159.5 2.157–15.4 .188–22.3 .330–60.4
2400.00 .331155.0 2.076–20.8 .194–25.6 .319–62.2
2500.00 .338150.6 2.012–26.2 .200–28.8 .307–64.1
2600.00 .346146.5 1.947–31.7 .207–32.4 .296–66.8
2700.00 .356142.6 1.894–36.9 .213–35.6 .285–69.0
2800.00 .365139.0 1.833–42.3 .220–39.1 .274–71.8
2900.00 .375135.7 1.782–47.5 .226–42.7 .265–74.3
3000.00 .386132.4 1.737–52.7 .234–46.1 .254–77.2
VCE = 1 V, IC = 1 mA, ZO = 50 Ω
22S21S12S11SYCNEUQERF
MHzMAGANGMAGANGMAGANGMAGANG
100.00 .983–6.8 1.986166.5 .02283.1 .993–4.6
200.00 .968–14.0 2.016156.0 .04473.1 .983–9.3
300.00 .952–21.0 2.067145.7 .06465.2 .959–13.6
400.00 .925–28.5 2.064135.9 .08356.7 .942–17.7
500.00 .904–35.3 2.096127.1 .10049.8 .913–21.6
600.00 .878–41.8 1.992118.1 .11642.7 .889–25.2
700.00 .844–48.6 1.971109.4 .12935.5 .859–28.5
800.00 .816–55.6 1.945100.6 .14128.7 .829–31.7
900.00 .782–62.3 1.90092.3 .15122.5 .795–34.8
1000.00 .749–69.9 1.92684.3 .15916.3 .765–37.4
1100.00 .709–77.8 1.94076.0 .16611.1 .736–39.7
1200.00 .673–85.8 1.95268.2 .172 5.8 .709–42.0
1300.00 .639–92.8 1.90460.4 .178 .8 .686–44.2
1400.00 .606–100.6 1.88952.8 .182–3.9 .661–46.3
1500.00 .578–107.5 1.83745.2 .185–8.9 .641–48.2
1600.00 .551–114.6 1.80138.0 .189–12.8 .621–50.2
1700.00 .526–122.6 1.78230.7 .195–17.6 .603–52.2
1800.00 .509–129.5 1.72723.8 .196–22.3 .582–54.4
1900.00 .487–137.3 1.70216.9 .196–26.3 .562–56.1
2000.00 .466–145.4 1.674 9.8 .198–30.1 .548–57.9
2100.00 .454–152.5 1.637 3.4 .198–33.7 .530–59.6
2200.00 .446–159.2 1.590–3.1 .199–36.9 .519–61.7
2300.00 .437–166.3 1.571–9.5 .200–40.5 .502–63.5
2400.00 .433–172.8 1.520–15.7 .201–43.8 .490–65.7
2500.00 .430–179.0 1.488–21.7 .201–46.5 .477–67.7
2600.00 .429174.8 1.459–27.8 .203–49.3 .466–70.0
2700.00 .429169.2 1.425–33.7 .204–52.3 .453–72.4
2800.00 .433163.8 1.390–39.5 .206–55.1 .443–75.1
2900.00 .437158.6 1.363–45.3 .208–57.9 .431–77.5
3000.00 .443153.5 1.336–50.9 .211–60.2 .421–80.5
NE68019 / 2SC5008
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