2n4403 pdf даташит

2n4403 pdf даташит

2N4403 transistor electrical specification description

In this description we explain the electrical specifications of the 2n4403 transistor, this also leads to explaining some of the applications of the 2n4403 transistor.

Voltage specs

The voltage specs of 2n4403 are collector to emitter and collector to base voltage is 40V and emitter to base voltage is 5V, it is the voltage value mostly had for a general-purpose transistor device.

Collector to emitter saturation voltage is 0.4 to 0.75v

Dissipation specs

The dissipation of a 2n4403 transistor device is 625Mw, this is the power dissipation value for a general-purpose transistor.

Current gain specs

The current gain value is very important for a transistor in many applications, 20 to 300Hfe.

Small signal DC current gain value is 60 to 500hFE

Current gain-bandwidth transition frequency

The bandwidth transition frequency value of the 2N4403 transistor is 200MHz, it is the frequency range of the transistor.

2N4403 vs 2N3906 vs 2N2907

In the table, we try to compare the electrical specifications of each transistor such as 2N4403, 2N3906, and 2N2907.

Characteristics 2N4403 2N3906 2N2907
Collector to base voltage (VCB)      40V 40V 60V
Collector to emitter voltage (VCE) 40V 40V 60V
Emitter to base voltage (VEB) 5V 5V 5V
Collector to emitter saturation voltage (VCE (SAT)) 0.4V to 0.75V 0.25V to 0.4V -0.4V to-1.6V
Collector current (IC) 600mA 200mA 600mA
Power dissipation 625mW 625mW 625mW
Junction temperature (TJ) -55 to +150°C -55 to +150°C -55 to +150°C
Transition frequency (FT) 200MHZ 250MHZ 200MHZ
Gain (hFE) 20 to 300hFE 30 to 300hFE 50 to 300hFE
Noise figure (NF) 4dB
Rise time (tr) 20ns 35ns 40ns
Package TO-92 TO-92 TO-92

The voltage specs of each transistor are identical and apt for a general-purpose application.

The rest of the electrical specifications of 2n4403, 2n3906, and 2n2907 transistor is the same, so we can use these transistors as the replacement for 2n4403.

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Описание транзистора 2N4403

Транзистор 2N4403 — биполярный, кремниевый, высокочастотный (30 МГц > FГР < 300 МГц) транзистор типа P-N-P, средней мощности (300 мВт > PК,МАКС < 1,5 Вт). Тип корпуса TO-92. Аналоги данного транзистора это транзисторы: NTE159, SK3466, BC327, BSS80C, PN200, THC4403, TMPT4403, 2N2907, 2N4143*, 2N4972*, 2N6001*, 2N6003*, 2N6005*, 2N6007*, 2N6011*, 2N6013*, 2N6015* A5T2907*, A5T4403*.

Транзистор
UКЭ0 /UКБ0 ПРОБВ
IК, МАКСмА
PК, МАКСмВт
h21Э
fгрМГц
Изготовитель

мин.
макс.
IКмА
UКЭВ
Название (полное)
Название (сокращённое)

2N4403
40/40
600
350
100

150
10
200
American Microsemiconductor Inc
AmerMicroSC

Advanced Semiconductor tnc
Advncd Semi

Allegro Microsystems Inc
AlegroMicro

Central Semiconductor Corp
CentralSemi

Continental Device India Ltd
Contin Dev

Crimson Semiconductor Inc
CrimsonSimi

Diodes Inc
Diodes Inc

Elm State Electronics lnc
Elm State

Hi-Tron Semiconductor
Hi-Tron

Toshiba Corp/Industria Mexicana Toshiba SA

KSL Microdevices Ing
KSL Micro

Micro Electronics Ltd
Micro Еlecs

Microsemi Corp
Microsemi

Mistral SPA
Mistral SpA

Motorola Semiconductor Products Inc
Motorola

NAS Etektronische Halbleiter Gmbh
NAS Elekt

National Semiconductor Corp
Natl Semi

Rochester Electronics Inc
Rochester

Rohm Со Ltd
Rohm Со Ltd

Samsung Electronics Inc
Samsung

Semelab Plc
Semelab

Semiconductors Inc
Semi Inc

Semiconductor Technology Inc
SemiconTech

Intex Со Inc/Semitronics Corp
Semitronics

Solid State Inc
Solid Stinc

Swampscott Electronics Со Inc
Swampscott

Toshiba America Electronic Components Inc
ToshibaAmer

Transistor Со
Transistor

United-Page Inc, UPI Semiconductor Division
UPI Semi

Space Power Electronics Inc
Space Power

Цоколёвка

Тип
Номера выводов

1
2
3

3 вывода
E
B
C

UКЭ0, ПРОБ — пробивное напряжение коллектор-эмиттер биполярного транзистора при токе базы, равном нулю.

UКБ0, ПРОБ — пробивное напряжение коллектор-база биполярного транзистора.

UКЭ — напряжение источника питания коллектора биполярного транзистора при измерении h21Э.

IК, МАКС — максимально допустимый постоянный ток коллектора биполярного транзистора.

IК — постоянный ток коллектора биполярного транзистора при измерении h21Э.

h21Э — статический коэффициент передачи тока биполярного транзистора в схеме с общим эмиттером.

fГР — граничная частота коэффициента передачи тока в схеме с общим эмиттером.

PК, МАКС — максимально допустимая постоянная рассеиваемая мощность коллектора биполярного транзистора.

* — Транзистор не является полным аналогом, но возможна замена.

2N4403 transistor characteristics

DC current gain characteristics of the 2N4403 transistor

The figure shows the DC current gain characteristics of the 2N4403 transistor, the graph is plotted with normalized current gain vs collector current.

For the reference, a fixed collector to emitter voltage is taken, such as a low value and a higher value.

At a lower voltage value, the temperature rises and the gain value reaches the higher limit and slightly drops at the end.

collector to emitter saturation voltage characteristics of the 2n4403 transistor

The figure shows the collector to emitter saturation voltage characteristics of the 2n4403 transistor, the graph is plotted with the collector to emitter voltage vs base current.

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