Datasheet 2SC5455 Datasheet (NEC)

PRELIMINARY DATA SHEET

SILICON TRANSISTOR

NPN EPITAXIAL SILICON TRANSISTOR

4-PIN MINI MOLD

2SC5455

FEATURE

• Ideal for medium-output applications

• High gain, low noise

• Small reverse transfer capacitance

PACKAGE DIMENSIONS (in mm)

+0.2

2.8

–0.3

+0.1

–0.05

0.4

+0.2

1.5

–0.1

2

+0.1

–0.05

0.4

3

• Can operate at low voltage

0.950.85

ABSOLUTE MAXIMUM RATINGS (TA = 25 °C)

PARAMETER SYMBOL RATING UNIT

Collector to Base Voltage VCBO 9V

(1.8)

2.9 ± 0.2

+0.1

–0.05

0.6

1

5° 5°

Collector to Emitter Voltage VCEO 6V

+0.2

Emitter to Base Voltage VEBO 2V

–0.1

1.1

0.8

Collector Current IC 100 mA
Total Power Dissipation PT 200 mW
Junction Temperature Tj 150 °C
Storage Temperature Tstg –65 to +150 °C

PIN CONNECTIONS

5° 5°

to 0.1

1: Collector
2: Emitter
3: Base

ELECTRICAL CHARACTERISTICS (TA = 25 °C)

4: Emitter

PARAMETER SYMBOL TEST CONDITIONS MIN. TYP. MAX. UNIT
Collector Cut-off Current ICBO VCB = 5 V, IE = 0 0.1
Emitter Cut-off Current IEBO VEB = 1 V, IC = 0 0.1
DC Current Gain hFE VCE = 3 V, IC = 30 mA

Note 1

75 150
Gain Bandwidth Product fT VCE = 3 V, IC = 30 mA, f = 2 GHz 12.0 GHz
Reverse Transfer Capacitance Cre VCB = 3 V, IE = 0, f = 1 MHz
Insertion Power Gain |S21e|

2

VCE = 3 V, IC = 30 mA, f = 2 GHz 8.0 10.0 dB

Note 2

0.5 0.7 pF

Noise Figure NF VCE = 3 V, IC = 7 mA, f = 2 GHz 1.5 2.5 dB

(1.9)

4

+0.1

–0.05

0.4

+0.1

–0.06

0.16

µ

A

µ

A

Notes 1. Pulse measurement PW ≤ 350 µs, duty cycle ≤ 2 %

2. Collector to base capacitance measured by capacitance meter (automatic balance bridge method) when

emitter pin is connected to the guard pin.

Because this product uses high-frequency process, avoid excessive input of static electricity, etc.

Document No. P13081EJ1V0DS00 (1st edition)
Date Published February 1998 N CP(K)
Printed in Japan

The information in this document is subject to change without notice.

©

1998

hFE CLASSIFICATION

RANK FB

Marking R55

hFE 75 to 150

TYPICAL CHARACTERISTICS (TA = 25 °C)

2SC5455

TOTAL POWER DISSIPATION
vs. AMBIENT TEMPERATURE

Free Air

200

100

- Total Power Dissipation - mW

T

P

0

A

- Ambient Temperature - °C

T

COLLECTOR CURRENT vs.
COLLECTOR TO EMITTER VOLTAGE

40
35

µ

30
25
20
15

- Collector Current - mA

10

C

I

5

200 A

µ

180 A

µ

160 A

µ

140 A

µ

120 A

µ

100 A

µ

80 A

µ

60 A

µ

40 A

µ

IB = 20 A

01234567

V

CE

- Collector to Emitter Voltage - V

COLLECTOR CURRENT vs. DC BASE VOLTAGE

60

VCE = 3 V

50

25

- Collector Current - mA

C

I

15010050

0

1.00.5

VBE - DC Base Voltage - V

DC CURRENT GAIN vs. COLLECTOR CURRENT

200

VCE = 3 V

FE

100

DC Current Gain - h

0

20100.1 0.2 0.5 1 2 5

10050

IC - Collector Current - mA

2

Preliminary Data Sheet

2SC5455

GAIN BANDWIDTH PRODUCT
vs. COLLECTOR CURRENT

16

VCE = 3 V
f = 2 GHz

14
12

10

8
6
4

fT - Gain Bandwidth Product - GHz

2

0

IC - Collector Current - mA IC - Collector Current - mA

GAIN WITH MINIMUM NF/NOISE FIGURE
vs. COLLECTOR CURRENT

16

VCE = 3 V

14

f = 2 GHz

12

INSERTION POWER GAIN
vs. COLLECTOR CURRENT

16

VCE = 3 V
f = 2 GHz

14
12

10

8
6

- Insertion Power Gain - dB

2

4

|S21e|

2

10020 50512 10

0

10020 50512 10

REVERSE TRANSFER CAPACITANCE
vs. COLLECTOR TO BASE VOLTAGE

1

f = 1 MH

Z

0.8

10

8
6
4

- Gain with Minimum NF - dB

a

G

NF - Noise Figure - dB

2
0

110

IC - Collector Current - mA

Ga

NF

100

0.6

0.4

0.2

- Reverse Transfer Capacitance - pF

re

C

0

1

10 100

VCB - Collector to Base Voltage - V

Preliminary Data Sheet

3

2SC5455

MAXIMUM AVAILABLE GAIN/
MAXIMUM STABLE GAIN/INSERTION
POWER GAIN vs. FREQUENCY

30

MSG

20

- Insertion Power Gain - dB

2

|

10

21e

MAG - Maximum Available Gain - dB

MSG - Maximum Stable Gain - dB

|S

0

0.1
f - Frequency - GHz

24

OUTPUT POWER vs. INPUT POWER

20
16
12

MAG

|S21e|

1

OUTPUT POWER vs. INPUT POWER

VCE = 3 V
I

C = 30 mA

24
20
16
12

8
4

- Output Power - dB
0

OUT

2

10

P

–4
–8

–20 –16 –10

–4

VCE = 3 V

Q = 5 mA

I
f = 1 GHz

10 1604

PIN - Input Power - dB

8
4

- Output Power - dB
0

OUT

P

–4
–8

–20 –16 –10

–4

PIN - Input Power - dB

VCE = 3 V
I

Q = 5 mA

f = 2 GHz

10 1604

4

Preliminary Data Sheet

2SC5455

2SC5455 S PARAMETER

VCE = 3.0 V, IC = 5.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.849 –29.2 14.200 159.5 0.026 74.3 0.948 –16.9

200.00 0.792 –55.4 12.643 142.7 0.046 60.0 0.849 –32.0

300.00 0.732 –78.7 11.179 128.9 0.060 49.1 0.742 –43.3

400.00 0.688 –97.0 9.470 118.4 0.069 41.5 0.644 –52.7

500.00 0.640 –113.2 8.319 107.7 0.074 36.6 0.569 –58.6

600.00 0.613 –127.0 7.339 100.0 0.078 32.3 0.511 –64.0

700.00 0.594 –137.9 6.450 93.3 0.080 30.4 0.462 –69.0

800.00 0.581 –147.8 5.764 87.3 0.082 28.7 0.427 –73.1

900.00 0.574 –156.2 5.176 82.2 0.083 26.9 0.395 –77.0

1000.00 0.570 –163.6 4.717 77.3 0.084 26.3 0.374 –80.9

1100.00 0.569 –170.1 4.318 72.9 0.085 25.4 0.358 –84.8

1200.00 0.570 –176.2 3.974 68.7 0.086 25.9 0.343 –88.1

1300.00 0.574 178.4 3.673 64.7 0.086 26.2 0.334 –92.4

1400.00 0.577 173.4 3.429 60.7 0.087 26.3 0.326 –96.2

1500.00 0.583 168.7 3.202 57.1 0.089 26.8 0.322 –100.4

1600.00 0.589 164.5 2.984 53.5 0.090 27.3 0.321 –103.9

1700.00 0.596 160.5 2.831 49.9 0.091 28.1 0.316 –108.7

1800.00 0.603 156.8 2.669 46.5 0.093 29.2 0.319 –111.9

1900.00 0.610 153.0 2.523 42.7 0.095 29.7 0.319 –117.2

2000.00 0.617 149.9 2.396 39.6 0.097 30.6 0.323 –119.9

2100.00 0.624 146.4 2.268 36.1 0.099 31.2 0.328 –125.4

2200.00 0.632 143.5 2.162 32.9 0.102 31.6 0.333 –127.0

2300.00 0.637 140.5 2.044 29.9 0.104 32.7 0.341 –133.3

2400.00 0.645 137.6 1.952 26.7 0.108 33.4 0.346 –133.8

2500.00 0.646 135.1 1.870 24.4 0.111 34.1 0.357 –139.6

2600.00 0.654 132.4 1.773 21.2 0.115 34.6 0.369 –140.4

2700.00 0.660 130.3 1.712 18.2 0.120 35.2 0.384 –145.9

2800.00 0.666 127.7 1.632 15.9 0.124 34.7 0.393 –148.1

2900.00 0.673 125.7 1.561 12.6 0.129 34.5 0.412 –152.4

3000.00 0.676 123.3 1.494 10.7 0.133 34.3 0.418 –155.2

VCE = 3.0 V, IC = 10.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.741 –41.6 23.253 153.2 0.023 69.0 0.898 –25.2

200.00 0.668 –75.4 19.107 132.8 0.039 55.1 0.737 –44.8

300.00 0.612 –101.6 15.604 118.6 0.048 46.1 0.597 –58.1

400.00 0.576 –120.4 12.659 108.8 0.053 41.7 0.496 –68.0

500.00 0.553 –135.2 10.612 99.9 0.057 39.5 0.423 –74.5

600.00 0.541 –147.0 9.108 93.3 0.060 38.6 0.375 –80.4

700.00 0.535 –156.6 7.906 87.8 0.063 38.2 0.332 –86.3

800.00 0.532 –164.6 6.994 82.9 0.066 38.1 0.307 –90.7

900.00 0.531 –171.5 6.238 78.4 0.069 38.4 0.285 –95.6

1000.00 0.533 –177.6 5.639 74.3 0.072 38.8 0.269 –100.2

1100.00 0.536 177.0 5.148 70.6 0.075 38.8 0.257 –105.1

1200.00 0.540 171.9 4.726 66.9 0.079 39.4 0.249 –109.3

1300.00 0.546 167.6 4.367 63.6 0.082 39.9 0.244 –114.2

1400.00 0.551 163.4 4.060 59.9 0.085 40.0 0.241 –118.1

1500.00 0.558 159.6 3.788 56.9 0.089 39.9 0.240 –123.1

1600.00 0.565 156.0 3.543 53.5 0.092 39.9 0.243 –126.5

1700.00 0.572 152.6 3.333 50.3 0.096 40.1 0.244 –131.6

1800.00 0.579 149.5 3.146 47.4 0.100 40.1 0.248 –134.7

1900.00 0.587 146.3 2.975 44.0 0.103 39.8 0.251 –140.5

2000.00 0.592 143.8 2.819 41.1 0.107 40.0 0.255 –142.2

2100.00 0.603 140.6 2.680 38.1 0.111 39.6 0.266 –148.0

2200.00 0.611 138.1 2.548 35.1 0.115 39.1 0.268 –148.5

2300.00 0.614 135.5 2.409 32.4 0.118 39.0 0.281 –154.5

2400.00 0.624 133.0 2.300 29.6 0.122 38.7 0.283 –154.0

2500.00 0.625 130.7 2.203 27.4 0.126 38.7 0.299 –159.2

2600.00 0.635 128.3 2.097 24.8 0.131 38.1 0.306 –159.4

2700.00 0.639 126.5 2.028 21.8 0.136 37.6 0.326 –164.0

2800.00 0.647 124.1 1.934 19.7 0.140 36.8 0.332 –165.3

2900.00 0.655 122.2 1.856 16.9 0.146 35.8 0.350 –168.9

3000.00 0.658 120.0 1.783 15.0 0.149 35.3 0.356 –171.0

Preliminary Data Sheet

5

2SC5455 S PARAMETER

VCE = 3.0 V, IC = 20.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.608 –59.0 33.348 145.2 0.020 65.2 0.820 –35.6

200.00 0.556 –99.3 24.680 123.3 0.031 52.4 0.613 –58.4

300.00 0.527 –124.7 18.769 110.1 0.038 48.1 0.470 –73.0

400.00 0.505 –142.0 14.726 101.4 0.042 46.0 0.382 –83.6

500.00 0.510 –153.8 12.083 94.2 0.047 46.7 0.322 –91.6

600.00 0.508 –163.0 10.226 88.7 0.051 47.5 0.287 –98.7

700.00 0.509 –170.7 8.816 83.9 0.055 48.0 0.256 –105.3

800.00 0.512 –177.0 7.760 79.8 0.059 48.4 0.241 –111.0

900.00 0.516 177.7 6.889 76.2 0.064 49.2 0.227 –116.8

1000.00 0.521 172.7 6.214 72.4 0.068 49.1 0.218 –121.8

1100.00 0.525 168.4 5.654 68.9 0.073 49.0 0.216 –127.6

1200.00 0.531 164.1 5.188 65.9 0.077 49.4 0.211 –131.7

1300.00 0.538 160.4 4.795 62.7 0.083 48.9 0.214 –136.8

1400.00 0.544 156.8 4.447 59.7 0.087 49.0 0.215 –140.8

1500.00 0.551 153.4 4.162 56.7 0.091 48.2 0.220 –146.1

1600.00 0.557 150.3 3.883 53.7 0.096 47.7 0.224 –148.7

1700.00 0.566 147.4 3.660 50.7 0.101 47.1 0.233 –153.2

1800.00 0.571 144.6 3.453 47.8 0.106 46.5 0.236 –156.3

1900.00 0.580 141.8 3.253 44.8 0.110 45.5 0.245 –161.2

2000.00 0.586 139.6 3.086 42.1 0.115 45.0 0.247 –162.1

2100.00 0.594 136.7 2.917 39.2 0.119 44.3 0.261 –166.9

2200.00 0.602 134.6 2.784 36.5 0.124 43.3 0.260 –167.6

2300.00 0.607 132.0 2.638 34.1 0.128 42.6 0.279 –172.6

2400.00 0.617 129.8 2.509 31.5 0.132 41.5 0.274 –172.3

2500.00 0.617 127.7 2.409 29.4 0.136 41.2 0.296 –175.9

2600.00 0.628 125.5 2.287 27.0 0.142 40.3 0.298 –175.6

2700.00 0.633 123.9 2.216 24.3 0.147 39.3 0.318 –179.5

2800.00 0.641 121.5 2.119 22.4 0.151 38.2 0.323 179.6

2900.00 0.647 119.9 2.033 19.8 0.156 36.9 0.341 177.1

3000.00 0.651 117.7 1.959 18.0 0.160 36.0 0.347 175.1

2SC5455

VCE = 3.0 V, IC = 30.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.540 –70.7 38.305 140.7 0.019 63.3 0.773 –41.2

200.00 0.512 –112.4 26.801 118.8 0.028 51.9 0.547 –65.8

300.00 0.500 –136.0 19.773 106.5 0.033 49.4 0.415 –80.8

400.00 0.503 –150.9 15.344 98.5 0.037 51.0 0.337 –92.0

500.00 0.500 –161.7 12.506 91.8 0.043 51.3 0.285 –100.3

600.00 0.502 –169.8 10.529 86.8 0.048 52.1 0.256 –107.8

700.00 0.508 –176.6 9.061 82.3 0.053 52.6 0.234 –114.9

800.00 0.511 177.8 7.950 78.4 0.057 52.8 0.222 –120.7

900.00 0.516 172.6 7.064 74.9 0.062 53.0 0.213 –126.9

1000.00 0.521 168.2 6.367 71.5 0.068 53.6 0.208 –132.0

1100.00 0.526 164.3 5.804 68.3 0.073 53.1 0.207 –137.8

1200.00 0.533 160.3 5.306 65.2 0.078 53.2 0.207 –142.0

1300.00 0.539 156.9 4.899 62.2 0.083 52.2 0.211 –146.3

1400.00 0.545 153.5 4.553 59.2 0.088 51.8 0.213 –150.9

1500.00 0.553 150.6 4.263 56.4 0.093 51.2 0.221 –154.8

1600.00 0.559 147.5 3.967 53.5 0.098 50.8 0.226 –157.3

1700.00 0.567 144.8 3.744 50.4 0.104 49.5 0.233 –162.3

1800.00 0.572 142.2 3.528 47.8 0.108 48.2 0.241 –164.1

1900.00 0.582 139.6 3.334 44.8 0.113 47.4 0.251 –168.2

2000.00 0.587 137.4 3.161 42.3 0.118 46.6 0.251 –169.9

2100.00 0.594 134.7 2.992 39.4 0.123 45.5 0.268 –174.0

2200.00 0.603 132.7 2.847 36.8 0.128 44.4 0.265 –175.0

2300.00 0.607 130.3 2.695 34.4 0.132 43.5 0.285 –179.0

2400.00 0.618 128.1 2.564 31.8 0.136 42.9 0.280 –178.5

2500.00 0.617 126.1 2.459 29.9 0.140 42.0 0.302 177.6

2600.00 0.628 123.9 2.339 27.6 0.146 40.9 0.302 177.7

2700.00 0.633 122.5 2.263 24.8 0.150 40.0 0.326 174.6

2800.00 0.641 120.0 2.165 23.1 0.155 38.9 0.328 173.7

2900.00 0.648 118.6 2.077 20.5 0.160 37.4 0.346 171.5

3000.00 0.652 116.4 2.003 18.9 0.164 36.1 0.352 169.7

6

Preliminary Data Sheet

2SC5455

2SC5455 S PARAMETER

VCE = 5.0 V, IC = 5.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.858 –28.0 14.245 160.5 0.025 74.0 0.949 –16.1

200.00 0.800 –53.2 12.754 143.3 0.044 60.6 0.856 –30.3

300.00 0.739 –75.8 11.353 130.1 0.057 50.2 0.753 –41.4

400.00 0.691 –93.6 9.639 119.6 0.066 42.7 0.657 –50.2

500.00 0.642 –110.2 8.532 108.8 0.072 37.7 0.582 –56.0

600.00 0.611 –123.8 7.532 101.1 0.075 34.1 0.525 –61.3

700.00 0.590 –135.1 6.650 94.3 0.077 31.4 0.475 –66.2

800.00 0.575 –145.2 5.962 88.4 0.079 29.3 0.444 –69.7

900.00 0.567 –153.7 5.351 83.1 0.080 28.0 0.410 –73.9

1000.00 0.562 –161.3 4.876 78.0 0.081 27.5 0.388 –77.1

1100.00 0.561 –168.0 4.466 73.7 0.082 27.0 0.370 –81.0

1200.00 0.560 –174.2 4.115 69.4 0.083 26.6 0.356 –84.3

1300.00 0.565 –179.7 3.806 65.4 0.085 27.1 0.346 –88.2

1400.00 0.567 175.1 3.546 61.5 0.085 27.4 0.337 –91.9

1500.00 0.572 170.3 3.330 58.0 0.086 27.9 0.331 –96.0

1600.00 0.578 166.0 3.106 54.2 0.088 28.5 0.329 –99.5

1700.00 0.585 161.9 2.946 50.2 0.089 29.5 0.326 –104.1

1800.00 0.592 158.1 2.766 47.3 0.090 30.2 0.329 –107.4

1900.00 0.600 154.3 2.623 43.5 0.093 30.7 0.326 –112.9

2000.00 0.607 151.1 2.484 40.2 0.095 31.9 0.329 –115.1

2100.00 0.614 147.5 2.357 36.8 0.097 32.8 0.334 –121.1

2200.00 0.622 144.5 2.249 33.6 0.100 33.4 0.340 –122.7

2300.00 0.626 141.5 2.125 30.5 0.102 34.0 0.342 –128.6

2400.00 0.635 138.5 2.028 27.3 0.106 34.7 0.351 –129.8

2500.00 0.637 135.9 1.940 24.8 0.109 35.9 0.360 –135.2

2600.00 0.645 133.2 1.842 21.8 0.113 36.3 0.372 –136.4

2700.00 0.651 131.1 1.782 18.7 0.118 36.7 0.387 –142.2

2800.00 0.657 128.4 1.696 16.2 0.121 36.3 0.396 –144.2

2900.00 0.664 126.4 1.625 13.2 0.127 36.3 0.415 –148.4

3000.00 0.668 124.0 1.557 11.1 0.131 36.0 0.419 –151.6

VCE = 5.0 V, IC = 10.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.756 –39.2 23.248 154.1 0.022 70.0 0.899 –23.7

200.00 0.680 –71.6 19.314 134.2 0.038 56.1 0.751 –42.3

300.00 0.616 –97.0 15.939 120.0 0.046 47.1 0.615 –55.1

400.00 0.578 –116.3 12.974 110.2 0.052 42.9 0.515 –64.5

500.00 0.548 –131.4 10.940 101.0 0.056 40.6 0.440 –70.8

600.00 0.532 –143.4 9.424 94.4 0.059 39.4 0.388 –76.2

700.00 0.532 –153.4 8.187 88.8 0.062 38.7 0.344 –81.1

800.00 0.520 –161.6 7.256 83.8 0.065 38.5 0.318 –85.8

900.00 0.518 –168.8 6.480 79.4 0.068 38.7 0.294 –90.3

1000.00 0.520 –175.2 5.861 75.2 0.071 39.1 0.277 –94.3

1100.00 0.522 179.2 5.342 71.3 0.074 39.4 0.264 –98.9

1200.00 0.525 174.0 4.906 67.7 0.077 39.9 0.255 –102.7

1300.00 0.531 169.5 4.535 64.2 0.080 40.3 0.250 –107.3

1400.00 0.536 165.1 4.213 60.8 0.084 40.8 0.244 –111.7

1500.00 0.543 161.2 3.949 57.5 0.087 40.6 0.242 –116.3

1600.00 0.550 157.5 3.685 54.4 0.091 40.7 0.243 –120.2

1700.00 0.558 154.1 3.483 51.0 0.094 41.1 0.244 –125.0

1800.00 0.564 150.9 3.289 47.9 0.097 40.9 0.247 –128.5

1900.00 0.573 147.7 3.098 44.6 0.101 40.7 0.250 –134.3

2000.00 0.578 145.0 2.942 41.9 0.104 40.5 0.254 –136.1

2100.00 0.587 141.8 2.791 38.6 0.109 40.6 0.264 –141.7

2200.00 0.596 139.4 2.646 35.8 0.112 40.0 0.265 –142.7

2300.00 0.601 136.6 2.515 33.1 0.116 40.0 0.277 –149.1

2400.00 0.611 134.0 2.396 30.1 0.120 39.6 0.279 –148.5

2500.00 0.612 131.7 2.302 28.0 0.124 39.6 0.295 –153.8

2600.00 0.622 129.2 2.189 25.2 0.128 39.3 0.299 –154.0

2700.00 0.627 127.5 2.116 22.3 0.134 38.9 0.320 –159.2

2800.00 0.635 125.0 2.020 20.2 0.138 37.7 0.328 –160.8

2900.00 0.642 123.1 1.936 17.3 0.144 36.9 0.347 –164.3

3000.00 0.647 120.9 1.861 15.5 0.148 36.4 0.352 –166.7

Preliminary Data Sheet

7

2SC5455 S PARAMETER

VCE = 5.0 V, IC = 20.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.635 –54.4 33.512 146.5 0.020 66.2 0.830 –33.2

200.00 0.566 –93.3 25.234 124.9 0.031 53.6 0.630 –55.1

300.00 0.526 –118.9 19.353 111.5 0.037 48.0 0.485 –69.0

400.00 0.505 –136.8 15.238 102.7 0.042 47.5 0.395 –79.0

500.00 0.498 –149.4 12.561 95.2 0.046 47.1 0.332 –86.2

600.00 0.493 –159.3 10.646 89.6 0.050 47.4 0.294 –92.5

700.00 0.492 –167.5 9.192 84.9 0.054 48.0 0.263 –98.6

800.00 0.494 –174.2 8.090 80.6 0.058 48.6 0.243 –103.6

900.00 0.497 179.8 7.203 76.9 0.062 49.0 0.229 –109.7

1000.00 0.501 174.5 6.487 73.1 0.068 49.6 0.219 –114.4

1100.00 0.505 170.0 5.907 69.8 0.072 49.5 0.213 –119.6

1200.00 0.511 165.6 5.426 66.6 0.076 49.2 0.208 –124.6

1300.00 0.518 161.8 5.010 63.5 0.081 48.9 0.209 –129.5

1400.00 0.524 158.1 4.651 60.3 0.086 49.0 0.208 –133.9

1500.00 0.531 154.7 4.343 57.4 0.090 48.4 0.211 –138.7

1600.00 0.537 151.5 4.071 54.4 0.095 48.0 0.216 –141.7

1700.00 0.546 148.7 3.819 51.4 0.099 47.6 0.221 –146.9

1800.00 0.552 145.9 3.607 48.5 0.103 46.7 0.224 –149.5

1900.00 0.561 143.0 3.402 45.5 0.108 46.2 0.234 –154.6

2000.00 0.567 140.7 3.235 42.9 0.112 45.3 0.236 –156.4

2100.00 0.576 137.8 3.060 40.1 0.117 44.8 0.249 –161.6

2200.00 0.585 135.7 2.916 37.2 0.121 43.7 0.250 –162.2

2300.00 0.589 133.1 2.763 34.7 0.126 43.2 0.266 –167.5

2400.00 0.600 130.8 2.631 32.0 0.130 42.4 0.264 –166.9

2500.00 0.601 128.7 2.524 30.0 0.134 41.7 0.284 –171.1

2600.00 0.611 126.5 2.407 27.7 0.139 41.1 0.285 –170.9

2700.00 0.616 124.9 2.325 24.8 0.144 40.3 0.308 –175.1

2800.00 0.625 122.4 2.226 22.9 0.149 39.0 0.314 –175.8

2900.00 0.632 120.9 2.135 20.2 0.154 37.8 0.331 –178.6

3000.00 0.636 118.6 2.057 18.5 0.158 36.8 0.337 179.3

2SC5455

VCE = 5.0 V, IC = 30.0 mA, Z0 = 50 Ω

FREQUENCY S11 S21 S12 S22

MHz MAG ANG MAG ANG MAG ANG MAG ANG

100.00 0.572 –64.3 38.635 142.3 0.018 64.8 0.780 –38.5

200.00 0.521 –105.1 27.544 120.4 0.028 53.5 0.567 –61.5

300.00 0.496 –129.7 20.521 107.8 0.033 50.0 0.427 –75.6

400.00 0.487 –146.1 15.977 99.8 0.038 50.1 0.346 –86.2

500.00 0.485 –157.1 13.055 92.9 0.043 50.5 0.291 –94.3

600.00 0.484 –166.1 11.019 87.8 0.047 51.4 0.260 –100.7

700.00 0.486 –173.3 9.493 83.2 0.052 52.7 0.235 –107.4

800.00 0.489 –179.3 8.343 79.4 0.057 52.8 0.219 –113.0

900.00 0.493 175.2 7.411 75.8 0.062 53.3 0.210 –119.7

1000.00 0.499 170.5 6.670 72.2 0.067 53.1 0.205 –124.6

1100.00 0.504 166.5 6.077 69.0 0.072 53.2 0.200 –130.2

1200.00 0.510 162.3 5.575 66.0 0.077 52.6 0.199 –135.0

1300.00 0.516 158.9 5.148 63.1 0.082 52.7 0.203 –139.3

1400.00 0.522 155.3 4.785 60.0 0.086 51.9 0.204 –143.3

1500.00 0.529 152.2 4.465 57.2 0.092 51.1 0.209 –147.8

1600.00 0.536 149.2 4.169 54.4 0.097 50.6 0.213 –151.5

1700.00 0.544 146.4 3.928 51.4 0.101 49.8 0.221 –155.4

1800.00 0.551 143.8 3.715 48.6 0.106 48.9 0.224 –158.4

1900.00 0.560 141.0 3.496 45.7 0.111 47.9 0.235 –163.5

2000.00 0.565 138.9 3.326 43.0 0.115 47.1 0.239 –164.2

2100.00 0.574 136.0 3.136 40.2 0.120 46.4 0.253 –168.8

2200.00 0.583 134.3 2.992 37.7 0.125 45.1 0.251 –169.9

2300.00 0.586 131.6 2.835 35.1 0.129 44.4 0.268 –174.6

2400.00 0.599 129.5 2.700 32.5 0.134 43.3 0.265 –173.3

2500.00 0.599 127.4 2.599 30.7 0.138 42.7 0.288 –177.8

2600.00 0.611 125.2 2.462 28.1 0.143 41.7 0.288 –177.6

2700.00 0.614 123.7 2.382 25.6 0.148 40.7 0.310 178.8

2800.00 0.623 121.3 2.285 23.9 0.153 39.4 0.316 178.0

2900.00 0.631 119.8 2.188 21.2 0.158 38.1 0.331 175.3

3000.00 0.635 117.6 2.115 19.5 0.162 37.0 0.338 173.9

8

Preliminary Data Sheet

[MEMO]

2SC5455

Preliminary Data Sheet

9

[MEMO]

2SC5455

10

Preliminary Data Sheet

[MEMO]

2SC5455

Preliminary Data Sheet

11

2SC5455

No part of this document may be copied or reproduced in any form or by any means without the prior written
consent of NEC Corporation. NEC Corporation assumes no responsibility for any errors which may appear in
this document.
NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectual property
rights of third parties by or arising from use of a device described herein or any other liability arising from use
of such device. No license, either express, implied or otherwise, is granted under any patents, copyrights or other
intellectual property rights of NEC Corporation or others.
While NEC Corporation has been making continuous effort to enhance the reliability of its semiconductor devices,
the possibility of defects cannot be eliminated entirely. To minimize risks of damage or injury to persons or
property arising from a defect in an NEC semiconductor device, customers must incorporate sufficient safety
measures in its design, such as redundancy, fire-containment, and anti-failure features.
NEC devices are classified into the following three quality grades:
"Standard", "Special", and "Specific". The Specific quality grade applies only to devices developed based on a
customer designated "quality assurance program" for a specific application. The recommended applications of
a device depend on its quality grade, as indicated below. Customers must check the quality grade of each device
before using it in a particular application.

Standard: Computers, office equipment, communications equipment, test and measurement equipment,

audio and visual equipment, home electronic appliances, machine tools, personal electronic
equipment and industrial robots

Special: Transportation equipment (automobiles, trains, ships, etc.), traffic control systems, anti-disaster

systems, anti-crime systems, safety equipment and medical equipment (not specifically designed
for life support)

Specific: Aircrafts, aerospace equipment, submersible repeaters, nuclear reactor control systems, life

support systems or medical equipment for life support, etc.
The quality grade of NEC devices is "Standard" unless otherwise specified in NEC's Data Sheets or Data Books.
If customers intend to use NEC devices for applications other than those specified for Standard quality grade,
they should contact an NEC sales representative in advance.
Anti-radioactive design is not implemented in this product.

M4 96.5

2