uPA813T资料

(WITH BUILT-IN 2 × 2SC4570) SMALL MINI MOLD

µPA813T has built-in 2 transistors which were developed for UHF.PACKAGE DRAWINGS

(Unit: mm)

2.1±0.1󰀀1.25±0.1󰀀0.2 –0+0.1FEATURES

•High fT

fT = 5.5 GHz TYP. (@VCE = 5 V, IC = 5 mA, f = 1 GHz)•Small Collector Capacitance

0.650.6511.32•Built-in 2 Transistors (2 × 2SC4570)

3ORDERING INFORMATION

0.9±0.1PART NUMBERQUANTITYLoose products(50 PCS)Taping products(3 KPCS/Reel)

PACKING STYLE

Embossed tape 8 mm wide. Pin 6 (Q1

Base), Pin 5 (Q1 Emitter), Pin 4 (Q2 Emitter)face to perforation side of the tape.

0.7µPA813T-T1

RemarkIf you require an evaluation sample, please contact an NEC Sales

Representative. (Unit sample quantity is 50 pcs.)

PIN CONFIGURATION (Top View)

ABSOLUTE MAXIMUM RATINGS (TA = 25 °C)

PARAMETER

Collector to Base VoltageCollector to Emitter VoltageEmitter to Base VoltageCollector CurrentTotal Power DissipationJunction TemperatureStorage Temperature

SYMBOLVCBOVCEOVEBOICPTTjTstg

RATING2012330

120 in 1 element

160 in 2 elementsNote

125–55 to +125

UNITVVVmAmW˚C˚C

6󰀀Q1󰀀5󰀀0 to 0.14󰀀Q2󰀀1󰀀2󰀀3󰀀PIN CONNECTIONS4. Emitter (Q2)󰀀1. Collector (Q1)󰀀5. Emitter (Q1)󰀀2. Base (Q2)󰀀6. Base (Q1)󰀀3. Collector (Q2)󰀀Note90 mW must not be exceeded in 1 element.

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

Document No. P11466EJ1V0DS00 (1st edition)Date Published June 1996 PPrinted in Japan

©

0.15 –0+0.1µPA813T

45•A Surface Mounting Package Adopted

2.0±0.2Cob = 0.7 pF TYP. (@VCB = 5 V, IE = 0, f = 1 MHz)

6X󰀀Y󰀀1995

µPA813TELECTRICAL CHARACTERISTICS (TA = 25 °C)

PARAMETER

Collector Cutoff CurrentEmitter Cutoff CurrentCollector to EmitterSaturation VoltageDC Current GainGain Bandwidth ProductFeed-back CapacitanceInsertion Power GainhFE Ratio

SYMBOLICBOIEBOVCE (sat)hFEfTCre|S21e|2hFE1/hFE2

CONDITION

VCB = 15 V, IE = 0VEB = 1 V, IC = 0hFE = 10, IC = 5 mAVCE = 5 V, IC = 5 mANote 1VCE = 5 V, IC = 5 mA, f = 1 GHzVCB = 5 V, IE = 0, f = 1 MHzNote 2VCE = 5 V, IC = 5 mA, f = 1 GHzVCE = 5 V, IC = 5 mAA smaller value amonghFE of hFE1 = Q1, Q2A larger value amonghFE of hFE2 = Q1, Q2

50.8560

5.50.7

0.9

MIN.

TYP.

MAX.0.10.10.5200

GHzpFdBUNIT

µAµAV

Notes1.Pulse Measurement: Pw ≤ 350 µs, Duty cycle ≤ 2 %

2.Measured with 3-pin bridge, emitter and case should be connected to guard pin of bridge.

hFE CLASSIFICATION

RankMarkinghFE Value

FB73T60 to 120

GB74T100 to 200

TYPICAL CHARACTERISTICS (TA = 25 °C)

PT - TA Characteristics󰀀24󰀀Total Power Dissipation PT (mW)Collector Current IC (mA)IC - VBE Characteristics󰀀Free Air󰀀VCE = 5 V󰀀150󰀀160 mW󰀀120 mW󰀀2 16󰀀100󰀀Pe50󰀀r ElemElements in Talotent8󰀀0󰀀50󰀀100󰀀150󰀀0󰀀0.2󰀀0.4󰀀0.6󰀀0.8󰀀1.0󰀀Ambient Temperature TA (°C)󰀀Base to Emitter Voltage VBE (V)󰀀2

µPA813TIC - VCE Characteristics󰀀30󰀀)AmIB = 160 A󰀀µ󰀀( CI 20󰀀140 A󰀀µ󰀀tner120 A󰀀µ󰀀ruC100 A󰀀µ󰀀 rotc10󰀀80 A󰀀µ󰀀ello60 A󰀀µ󰀀C40 A󰀀µ󰀀20 A󰀀µ󰀀0󰀀2󰀀4󰀀6󰀀8󰀀10󰀀Collector to Emitter Voltage VCE (V)󰀀fT - IC Characteristics󰀀8󰀀)zf = 1 GHz󰀀HG( Tf 6󰀀tcuVCE = 5 V󰀀dorP h4󰀀td3 V󰀀iwdnaB 2󰀀niaG0󰀀0.5󰀀1󰀀2󰀀5󰀀10󰀀20󰀀50󰀀100󰀀Collector Current IC (mA)󰀀l S21e l 2 - f Characteristics󰀀25󰀀)BdIC = 5 mA󰀀( 2 l 20󰀀e12S l nia15󰀀G rewo10󰀀VCE = 5 V󰀀P noi3 V󰀀tre5󰀀snI0󰀀0.1󰀀0.2󰀀0.5󰀀1.0󰀀2.0󰀀5.0󰀀Frequency f (GHz)󰀀hFE - IC Characteristics󰀀200󰀀VCE = 5 V󰀀E100󰀀Fh niaG tn50󰀀erruC CD20󰀀10󰀀0.5󰀀1󰀀2󰀀5󰀀10󰀀20󰀀50󰀀Collector Current IC (mA)󰀀l S21e l 2 - IC Characteristics󰀀16󰀀)Bf = 1 GHz󰀀d( 2 l e1212󰀀VCE = 5 V󰀀S l n3 V󰀀iaG r8󰀀ewoP noit4󰀀resnI0󰀀0.5󰀀1󰀀2󰀀5󰀀10󰀀20󰀀50󰀀Collector Current IC (mA)󰀀Cob - VCB Characteristics󰀀2.0󰀀)Ff = 1 MHz󰀀p( bo1.0󰀀C ecn0.7󰀀atica0.5󰀀poC rotcel0.2󰀀loC0.1󰀀1󰀀2󰀀5󰀀7󰀀10󰀀20󰀀Collector to Base Voltage VCB (V)󰀀3

µPA813TS-PARAMETERS

(VCE = 3 V, IC = 1 mA)

FREQUENCY

MHz100.00200.00300.00400.00500.00600.00700.00800.00900.00S11

MAG0.9460.9220.8520.8290.7090.7520.6970.6240.574ANG–12.8–23.6–34.3–43.7–52.1–.0–73.5–82.5–.9MAG3.5923.3553.2222.9912.0372.7502.6012.4932.286S21

ANG168.0158.1146.1139.7129.9124.4114.1107.7100.0MAG0.0280.0500.0740.0930.1070.1220.1310.1440.149S12

ANG81.376.166.262.956.9.849.6.345.1MAG0.9950.9730.9280.9040.8470.8270.7980.7810.759S22

ANG–5.8–10.5–16.1–19.0–21.9–24.7–26.3–29.7–32.11000.000.5341100.000.5091200.000.4771300.000.4491400.000.4291500.000.4181600.000.4051700.000.3901800.000.3751900.000.32000.000.3732100.000.3792200.000.3842300.000.3862400.000.3832500.000.32600.000.3962700.000.4092800.000.4172900.000.4253000.00

0.442

(VCE = 3 V, IC = 3 mA)

FREQUENCY

MHzMAG100.000.861200.000.785300.000.670400.000.600500.000.533600.000.485700.000.435800.000.382900.000.3481000.000.3231100.000.3051200.000.2881300.000.2761400.000.2701500.000.2721600.000.2761700.000.2761800.000.2721900.000.2722000.000.2842100.000.2962200.000.3102300.000.3202400.000.3272500.000.3352600.000.3472700.000.3602800.000.3702900.000.3843000.00

0.404

4

–97.0–104.9–113.0–120.5–127.4–135.0–142.8–151.7–157.6–163.3–168.7–174.9177.1171.4166.4162.8158.5153.9149.4145.5142.2

S11

ANG–21.0–37.8–52.8–.2–73.9–86.1–96.1–105.6–113.7–121.7–129.5–137.9–144.9–151.2–158.1–165.3–174.1–179.5175.4171.7167.0160.8156.5152.4149.8146.3143.0139.6136.7134.4

2.1462.0111.9371.8531.7511.6911.6191.5681.21.4941.4611.3631.2841.2841.2551.2841.2281.1931.1521.1001.100

S21

MAG8.7977.8796.8886.0345.2694.8184.3053.9733.5153.2143.1042.9072.7482.52.4222.2992.2042.1492.0682.0111.8601.7481.7301.6821.7121.6331.5911.5201.4531.448

93.70.156.30.16283.70.16680.10.17574.40.17370.10.17966.60.17862.40.18359.20.193.10.19748.90.206.40.20141.80.20441.70.20838.60.21334.90.22931.30.23625.60.24825.20.24520.10.24720.0

0.257

ANGMAG160.70.026145.40.046130.90.063122.60.076113.30.083108.40.09399.20.10094.30.11187.70.11682.80.12579.60.13275.20.13872.10.14967.90.153.10.16261.80.16858.50.17755.70.151.40.19846.60.21244.90.21140.80.21841.00.22738.30.23634.90.231.80.26326.40.27826.00.27521.40.27821.6

0.2

41.141.238.837.035.833.936.135.036.634.832.734.032.335.235.036.435.332.233.432.135.2

S12

ANG80.369.861.358.7.755.152.451.552.050.251.550.450.249.348.250.249.049.947.845.345.843.445.4.344.742.338.138.936.839.0

0.725–36.20.693–38.20.651–40.50.627–41.40.601–42.40.597–43.50.583–44.90.579–48.00.567–50.30.6–53.50.532–56.10.516–58.70.504–61.10.492–.30.479–67.90.466–72.30.448–75.80.427–80.00.415–83.40.401–87.10.398

–92.0

S22

MAGANG0.975–10.60.904–18.10.808–25.10.744–27.90.6–29.70.631–31.00.596–31.30.575–33.20.555–34.60.526–37.40.499–38.70.468–40.10.449–40.30.428–40.70.422–41.30.412–42.10.405–44.60.393–46.70.374–49.40.359–51.60.345–53.90.331–55.60.317–58.70.303–61.80.287–65.60.270–69.00.253–72.70.238–76.20.223–79.80.213

–85.5

µPA813TS-PARAMETERS

(VCE = 3 V, IC = 5 mA)

FREQUENCY

MHz100.00200.00300.00400.00500.00600.00S11

MAG0.7910.6790.5500.4710.4070.367ANG–26.8–47.2–63.8–75.6–85.6–97.3MAG12.47910.5758.7567.3456.2295.556S21

ANG155.7137.3122.5114.2105.8101.6MAG0.0230.0430.0550.0660.0740.083S12

ANG73.866.160.058.357.158.9MAG0.90.8430.7250.6510.5750.6S22

ANG–13.7–22.4–28.9–30.5–31.1–31.3700.000.327800.000.290900.000.2681000.000.2551100.000.2431200.000.2341300.000.2281400.000.2271500.000.2351600.000.2441700.000.2491800.000.2491900.000.2522000.000.2662100.000.2792200.000.2952300.000.3072400.000.3162500.000.3262600.000.3382700.000.3502800.000.3622900.000.3763000.00

0.398

(VCE = 5 V, IC = 1 mA)

FREQUENCY

MHzMAG100.000.950200.000.926300.000.8500.000.836500.000.796600.000.761700.000.704800.000.631900.000.5791000.000.5391100.000.5131200.000.4801300.000.4501400.000.4281500.000.4141600.000.3981700.000.3801800.000.3661900.000.3522000.000.3612100.000.3662200.000.3692300.000.3692400.000.3662500.000.3712600.000.3792700.000.3912800.000.4002900.000.4073000.00

0.423

–107.6–117.1–125.5–133.8–142.1–150.4–156.8–162.7–168.8–175.3176.5171.6167.11.2160.31.8151.2147.8145.5142.2139.4136.4134.0132.1

S11

ANG–12.3–22.6–32.8–41.9–50.1–61.5–70.8–79.5–86.6–93.3–101.1–108.9–116.5–123.2–130.8–138.5–147.4–153.2–159.1–1.7–171.1–179.4174.8169.6165.9161.3156.4151.8147.8144.5

4.04.4723.9223.5743.4403.2003.0162.7932.6382.4962.32.3292.2352.1732.0051.8841.8571.8061.8341.7491.7031.6271.5561.6

S21

MAG3.5663.3363.2132.9912.8472.7652.6172.5122.3092.1652.0341.9591.8741.7791.7171.41.5921.5631.5181.4811.3861.3081.3091.2771.3071.2531.2151.1741.1211.129

93.40.091.20.10183.40.10978.80.11876.10.12772.10.13569.20.14565.50.15162.00.16160.00.16957.10.179.50.19250.30.20245.70.214.10.210.10.22440.50.23338.10.24334.80.26231.90.27126.50.28626.30.28321.80.28622.1

0.297

ANGMAG168.40.023158.90.046147.00.066141.00.083131.30.095126.00.109115.80.120109.40.131101.90.13595.60.14291.30.14885.90.15182.40.16076.60.15872.40.16368.80.1.60.16861.50.17756.40.18251.50.19048.90.184.40.19044.30.19441.20.19937.30.21533.90.22128.10.23427.80.23222.70.23422.6

0.245

57.156.957.355.856.655.555.2.453.1.753.253.651.148.348.946.348.146.746.3.939.840.237.940.0

S12

ANG83.074.767.563.658.356.351.8.246.3.343.1.239.538.336.539.238.239.738.236.037.636.139.138.940.439.236.037.636.539.8

0.516–30.90.499–32.10.484–33.20.459–35.60.437–36.60.411–37.80.392–37.80.376–38.00.371–38.50.362–39.20.355–41.50.343–43.60.325–46.40.311–48.30.297–50.70.282–52.10.268–.90.2–57.70.237–61.30.220–.60.203–68.30.187–71.60.173–74.90.161

–81.4

S22

MAGANG0.998–5.30.977–9.40.935–14.60.915–17.20.858–19.70.847–22.40.821–23.70.808–27.00.788–29.20.756–33.20.726–35.00.685–37.20.663–37.90.637–38.70.638–39.90.625–41.00.624–44.10.613–46.00.593–49.20.579–51.70.565–.00.552–56.20.1–59.10.530–62.30.517–66.20.500–69.40.479–73.10.469–76.20.4–79.30.453

–83.8

5

µPA813TS-PARAMETERS

(VCE = 5 V, IC = 3 mA)

FREQUENCY

S11

S21

S12

S22

MHzMAG100.000.866200.000.793300.000.679400.000.611500.000.3600.000.493700.000.441800.000.385900.000.3461000.000.3191100.000.2991200.000.2801300.000.2661400.000.2561500.000.2561600.000.2571700.000.2551800.000.2501900.000.2502000.000.2622100.000.2722200.000.2842300.000.2942400.000.3002500.000.3092600.000.3202700.000.3332800.000.3452900.000.3563000.00

0.375

(VCE = 5 V, IC = 5 mA)

FREQUENCY

MHzMAG100.000.800200.000.693300.000.563400.000.482500.000.417600.000.373700.000.330800.000.2800.000.2621000.000.2451100.000.2311200.000.2191300.000.2111400.000.2081500.000.2121600.000.2191700.000.2241800.000.2231900.000.2252000.000.2382100.000.2502200.000.2662300.000.2772400.000.2062500.000.2962600.000.3092700.000.3222800.000.3332900.000.3453000.00

0.366

6

ANG–19.9–36.0–50.1–60.9–70.2–81.8–91.5–100.5–108.2–115.6–123.2–131.4–138.4–144.9–152.4–160.0–168.7–174.6–179.8176.1170.71.3159.8155.6152.8149.3145.8142.1139.2136.8

S11

ANG–25.2–44.6–60.2–71.3–80.5–91.8–101.5–110.6–118.6–126.5–134.6–142.9–149.9–156.0–163.0–169.9–178.3176.1171.5168.1163.7158.01.2150.4148.1145.0142.0138.8136.4134.3

MAG8.7517.8726.9176.05.3344..3814.0463.5913.2833.1742.9742.6082.6162.4842.3562.2622.2032.1182.0601.9101.7971.7781.7331.7621.6841.6361.5671.4971.492

S21

MAG12.40210.5868.8377.4466.3495.6725.00.57.0143.73.5223.2783.0852.82.7062.52.4572.3922.2952.2282.0611.9391.9111.81.11.8071.7571.6791.6051.595

ANGMAG161.30.022146.50.041132.20.057124.10.068114.80.076109.90.085100.80.09295.80.102.20.10684.20.11481.10.12176.80.12773.80.13769.50.14166.00.15063.50.15660.30.16557.60.17653.20.18448.60.19746.80.192.70.20443.00.21240.30.22237.00.23933.80.24728.50.26228.10.26123.60.26323.8

0.274

ANGMAG156.50.021138.50.037123.80.051115.60.060107.20.067103.00.07694.80.08490.50.09484.70.09980.20.10977.50.11773.60.12370.80.13467.00.13963.60.15061.60.15758.70.16756.10.17952.10.18847.60.20146.00.20142.10.20942.40.21940.10.22836.90.24733.80.25628.40.27028.30.26823.80.27024.1

0.282

ANG80.869.962.259.556.456.7.553.553.852.353.552.452.351.650.852.551.452.350.447.948.6.848.947.748.145.1.2.340.342.7

S12

ANG74.668.761.559.458.760.558.458.058.557.458.357.557.556.855.257.055.556.053.651.051.9.151.249.749.747.042.943.1.443.5

MAGANG0.979–9.50.916–16.00.829–22.50.772–24.80.696–26.30.669–27.50.637–27.70.620–29.60.601–30.90.574–33.80.9–34.90.517–36.20.499–36.30.479–36.50.477–37.10.468–37.80.4–40.40.4–42.30.435–45.00.421–47.10.407–49.10.394–50.60.381–53.10.369–56.00.353–59.20.338–62.10.319–65.30.306–68.10.293–70.80.281

–75.5

S22

MAGANG0.960–12.20.861–19.80.753–25.70.687–26.90.616–27.30.590–27.60.5–27.20.550–28.40.536–29.50.513–31.90.491–32.80.465–34.00.448–33.90.433–34.10.430–34.50.423–35.20.419–37.70.409–39.60.391–42.30.376–44.20.363–46.30.349–47.50.335–49.90.323–52.40.309–55.40.293–58.20.276–61.10.261–63.80.247–66.20.234

–71.1

µPA813T[MEMO]

7

µPA813TNo part of this document may be copied or reproduced in any form or by any means without the prior writtenconsent of NEC Corporation. NEC Corporation assumes no responsibility for any errors which may appear in thisdocument.

NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectualproperty rights of third parties by or arising from use of a device described herein or any other liability arisingfrom 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 orproperty arising from a defect in an NEC semiconductor device, customer must incorporate sufficient safetymeasures 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 ona customer designated “quality assurance program“ for a specific application. The recommended applicationsof a device depend on its quality grade, as indicated below. Customers must check the quality grade of eachdevice 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 electronicequipment 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 designedfor 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 in “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 NEC Sales Representative in advance.Anti-radioactive design is not implemented in this product.

M4 94.11

2