Hello, readers welcome to new post. Here we will discuss Introduction to S9013 transistor. The transistor is very basic component of any electronic projects used and devices. It comes with three main inputs emitter-base and collector. Each pin performs its function regularly to run the transistors as a tap. Its structure is that it has three parts first one is NPN which has electrons as the majority and P have holes as the majority.
In this post, we will discuss details of the S9013 transistor with more information. So let’s get started.
Introduction to S9013 transistor
- S9013 is created with a plastic TO-92 casing. Comes with three main pinouts like other transistors.
- It is medium power use NPN transistor employed in different switching and amplifier circuits.
- It comes with a larger value of transition frequency which is one forty megahertz so prefer projects where a high frequency is needed.
- It used to control the current till the value of five hundred milliamperes.
- Such frequency where current gain becomes one called transition frequency.
- It comes with Ic values of five hundred milliamperes. For a large value of current gain reduces and Ib value of fifty milliamperes required to larger IC current up to five hundred milliamperes
- It is NPN configured transistor that has two N and one P regions. N regions are doped with the electrons as the majority and N regions are doped with the holes as the majority of current flows in a transistor due to electrons and holes movement.
Features of S9013 Transistor
- The main features of S9013 are discussed here
- Its structure is placed in the TO-92 packaging
- Its power dissipation is a six-fifty megawatt
- The transition frequency is one forty mega hertz
- IC value if five hundred milliamperes
- VCE is twenty-five volts
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Collector-to-Emitter Voltage (VCE)
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20 V |
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Collector-to-Base Voltage (VCB)
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40 V |
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Emitter-to-Base Voltage (VBE)
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5 V |
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Maximum Collector Dissipation (Pc)
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625 mW |
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Transition Frequency (fT)
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150 MHz |
| Transistor Type | NPN |
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Number of Terminals
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3 |
| Package Type | TO-92 |
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Power Dissipation
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650 mW |
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Maximum Collector Current (IC max)
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5 A / 500 mA |
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DC Current Gain (hFE) Min & Max
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64 to 202 |
| Gain |
40 (Min) to 300 (Max)
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Complementary PNP Transistor
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SS9012 |
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Operating Temperature
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-55°C to +150°C |
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Equivalent Transistors
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S9013, 2N4401, S8050, 2N3904, BC547, BC338, BC337, 2N2222
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S9013 Transistor Pinout
- There are three main pinouts it has that are described here
- Emitter: Current move out from this part
- Base: It is a thin part of a transistor that works as tap between emitter and collector
- Collector: It is larger part of transistor current goes into this part from the base
S9013 Applications
- Common applications of this transistor are discussed her
- It used in high current driver circuits
- It used as a switch and amplifier
- Circuit where high frequency needed use this component
How To Use S9013 Transistor
- S9013 transistor is a high-speed NPN transistor used for switching and implications circuits. The transition frequency value of this transistor is about 140 MHz.
- If the current gain for the transistor becomes one, the transistor does not have features for amplifications. As a result of inner parasitic capacitance, it comes with limited bandwidth.
- • The S9013 NPN transistor comes with a collector current of about 500 mA. The high collector current needed base current for about 50 mA and for gain losses fastly at high current.
- Power dissipation is also an important factor; temperature per watt is used for certain thermal resistance. The junction temperature does not process 150 degrees for a certain power dissipation value.
Where to use S9013?
- S9013 transistor used for different electrical circuits, and it is a common component in electronic labs. This transistor is used for audio amplifier circuits and is also used for circuits where small audio amplifications are needed, about one watt, like bells, radios, and audio signals.
- It is also used for switching circuits, such as the collector current of this transistor, which is about 500 mA, which is good for operating loads like relays, high-power LED ICs, and some other circuits.
Disadvantages
- It comes with power handling limited features.
- It also has limited voltage capacity.
- It has less frequency response and a polarized device, so terminals are connected in an accurate polarity for good working features.
Advantages
- It uses low power so part of the voltage applications were low voltage needed.
- It comes with a high DC current gain, so a small current at base terminals regulates high collector current.
- The saturation voltage of the collector to the emitter is low.
- It is low-cost components and requires low space.
- It is small in size and easily configured in electronic circuits.
What is the difference between S9012 and S9013?
- The S9012 transistor used for the amplifier circuit is also for switching, and the S9013 is used for these circuits, but through the use of a positive voltage supply as compared to a negative.
Read also
- Transistor Symbols | Definition, Terminals & Operating Condition
- Difference between Vacuum Tube and Transistor
- Siren Circuit using 2N2907 Transistor
- Difference between Thyristor and Transistor
- Introduction to BC108 NPN Transistor
- Introduction to BC108 NPN Transistor
That is all about the S9012 NPN transistor that is used in different electronic projects. All details has been explained. If you have any further query ask in the comments. Thanks for reading have a nice day.
