Electronic and Instrumentation > Bipolar transistors, IGBT

tip107 transistor

Features:

structure: pnp
The maximum collector-base voltage for a given reverse current and open circuit e .: 100 V
The maximum collector-emitter voltage at a given current and open circuit b .: 100 V 100
The maximum allowable current to 8 A .:
Static current transfer ratio e (min.): 1000
Cutoff frequency of current transfer ratio: 4 MHz
Maximum Power Dissipation: 80 W
Datishit

Count			Price
From	1	шт	16	грн
From	22	шт	15.2	грн
From	100	шт	13.7	грн

2sd669A transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 180 V
The maximum collector-emitter voltage at a given current and open circuit b .: 160 100
The maximum allowable current to 2 A .:
Static current transfer ratio e (min.): 60
Cutoff frequency of current transfer ratio: 140 MHz
Maximum Power Dissipation: 1W
Datishit

Price:

14.5 грн

2n5551 transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 180 V
The maximum collector-emitter voltage at a given current and open circuit b .: 160 100
The maximum allowable current to 0.6 A .:
Static current transfer ratio e (min.): 50
Cutoff frequency of current transfer ratio: 100 MHz
Maximum Power Dissipation: 0.35 W
Datishit

Price:

2.1 грн

ss8550 transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 40 V
The maximum collector-emitter voltage at a given current and open circuit b .: 25 V 100
The maximum allowable current to 1.5 A .:
Static current transfer ratio e (min.): 85..300
Cutoff frequency of current transfer ratio: 100 MHz
Maximum Power Dissipation: 1W
Datishit

Price:

1.6 грн

ss8050 transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 40 V
The maximum collector-emitter voltage at a given current and open circuit b .: 25 V 100
The maximum allowable current to 1.5 A .:
Static current transfer ratio e (min.): 85..300
Cutoff frequency of current transfer ratio: 100 MHz
Maximum Power Dissipation: 1W
Datishit

Price:

1.8 грн

BC547C transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 50 V
The maximum collector-emitter voltage at a given current and open circuit b .: 45 100
The maximum allowable current to 0.1 A .:
Static current transfer ratio e (min.): 600
Cutoff frequency of current transfer ratio: 150 MHz
Maximum Power Dissipation: 0.5 W
Datishit

Price:

5.8 грн

SS9014C transistor

Features:

Structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 50
The maximum collector-emitter voltage at a given current and open circuit b .: 45 100
The maximum allowable current to 0.1 A .:
Static current transfer ratio e (min.): 60
Cutoff frequency of current transfer ratio: 270 MHz
Maximum Power Dissipation: 0.45 W
Datishit

Price:

4 грн

bd139 transistor

Features:

Structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 100 V
The maximum collector-emitter voltage at a given current and open circuit b .: 80 V
The maximum allowable current to 0.5 A .:
Static current transfer ratio e (min.): 40
Cutoff frequency of current transfer ratio: 250 MHz
Maximum Power Dissipation: 12.5 W
Datishit

Price:

6.5 грн

bd140 transistor

Features:

Structure: pnp
The maximum collector-base voltage for a given reverse current and open circuit e .: 100 V
The maximum allowable current to 1.5 A .:
Static current transfer ratio e (min.): 30
Cutoff frequency of current transfer ratio: 50 MHz
Maximum Power Dissipation: 10 W
Datishit

Price:

6.5 грн

tip120 transistor

Features:

structure: npn
The maximum collector-base voltage for a given reverse current and open circuit e .: 60 V
The maximum collector-emitter voltage at a given current and open circuit b .: 60 V 100
The maximum allowable current to 5 A .:
Static current transfer ratio e (min.): 1000
Cutoff frequency of current transfer ratio: 4 MHz
Maximum Power Dissipation: 65 W
Datashit

Price:

8.7 грн

FJP13007 transistor

Characteristics:

The structure: npn
The voltage of the collector-base: 700
Collector- Emitter Voltage: 400V
The voltage emitter-base: 9
the collector current (DC): 8 A
the collector current (Pulse): 16 A
The current on the basis of: A 4
Power Dissipation: 80 W
Operating temperature: -20 ... 150 ° C
Datasheet

Price:

14.4 грн

Transistor - electronic semiconductor device for amplifying, generating and converting electrical signals. Tranzistor allows you to adjust the strength of the electric current. Two main functions of the device in an electric circuit - a switch and an amplifier.

Transistor strengthens weak energy supplied to it by the energy of the signal power source.

In transistor three conclusions: the collector, base and emitter. Driving the transistor

Between the collector and emitter current, it is called the collector current, between the base and emitter - weak control current base. The magnitude of the collector current depends on the magnitude of the base current. Moreover, the collector current of the base current is always greater than a certain number of times. This value is called the current gain. Different types of transistors , this value varies from a few to hundreds of times.

Transistors is divided into two major groups:

bipolar transistors;
unipolar transistors, yet they are called field.

Bipolar transistors consists of three layers of the semiconductor structure and are divided into 2 types: pnp and npn. The first type (pnp) transistors are sometimes called forward conduction and the second type (npn) - reverse conduction transistors.

Bipolar Transistor is controlled by the current. That is, to the collector-emitter current to flow (i.e., opened to the transistor), - current must flow between the base and emitter (or between the collector and base - for the inverse mode).

Currently, bipolar transistors is dominated by analog technology.

The company GreenChip offers you to buy various bipolar transistors .