Introduction to MJE13001 Transistor

Hello, readers welcome to new post. Here we will discuss Introduction to MJE13001 Transistor. The transistor is a switching and amplification device that is used in different projects and circuits for practical applications. It has two types in case of BJT first one is NPN and the second one PNP. NPN has two N regions witch doped with electrons and P has holes as the majority. These two-transistor further types for different applications.

Here we will discuss MJE13001 Transistor with details of its features and some other applications. So let’s get started.

Introduction to MJE13001 Transistor

• MJE13001 is an NPN-configured general-purpose transistor used in mobile phone chargers and lamps since it comes with features of larger voltage and current values.

• There are two packagings that it has SOT-89 and To-92.
• It is also employed for high volts operating devices.
• Its VBE value is 1.1 volts which are larger than the other normal transistor which is 0.6 volts. For the design of the circuit, it is mostly preferred.
• In the case of the absence of VBE, its cut-off current is larger than about two hundred microamperes.
• Its storage time if 1.5 microseconds when used during its turning off state.

MJE13001 Transistor Features

• The main features of MJE13001 are discussed here

• Its power dissipation is seven fifty milliwatts
• COmes in To-92 and SOT-89 packaing
• The current gain value is seventy
• IC is two hundred milliamperes
• VCE is six hundred volts

Features	Details
Type Designator	MJE13001-A
Material	Silicon (Si)
Polarity	NPN
Max Collector Current (Ic max)	0.5A
Max Operating Junction Temperature (Tj)	150°C
Transition Frequency (ft)	5 MHz
Minimum Forward Current Transfer Ratio (hFE)	15
Noise Figure	Not specified
Max Collector Power Dissipation (Pc)	0.8W
Max Collector-Base Voltage (Vcb)	600V
Max Collector-Emitter Voltage (Vce)	400V
Max Emitter-Base Voltage (Veb)	9V

MJE13001 Pinouts

• Tehre are their main pinout it has
• Emitter: Currently comes out from this pin
• Base: It is used as a tap control like
• Collector: The larger part of transistor current comes from this portion

Types of PNP transistors

• There are different types of PNP transistors, including those that work by PNP junction, ones that work by NPN junction, and a few that work by odd-quantum rule.

• The types are as follows: PNP junction transistors are the most widely used PNP transistors because they produce a good current performance at relatively low power.
• PNP junction transistors may not work well with doped N-type semiconductor layers, because doped layers tend to heat up, making the transistor conductive, making it wear out sooner.

Applications of MJE13001

• Its common applications are discussed here
• It used as rectifiers circuits parts
• Used in electronic ballast
• Used in the fluorescent lamp
• Used in mobile phones

How To Use MJE13001

• MJE13001 is an NPN transistor that has a high collector-emitter breakdown voltage of about 600 volts, and the emitter current is 200 mA. It is best to use for low-power SMPS and light ballast since it has high breakdown voltage and current-carrying features.
• It also offers features for switching high-voltage loads. It is a high-voltage transistor that makes it different from a low-voltage transistor.
• High base emitter voltage that is 1.1V higher than the standard 0.6V. For making drive circuits, it is considered. If there’s no base emitter bias, the cutoff current is high, about 200 µA.
• The storage time of the transistor is 1.5 us; that means it takes 1.5 us to switch off.

Advantages of the MJE13001

• MJE13001 transistor is used for handling high voltage, about 600 volts. It is best to use for high-voltage handling circuits like light circuits and inverters. Its voltage handling features provide good features for different conditions.
• It is also used for switching circuits by providing high-speed on and off conditions. These fast-switching features provide high energy efficiency, also reduce heat produced, and provide stable term functions that need accurate timing and control.
• It has a strong current gain that helps to amplify weak input signals to strong output signals. This feature helps to increase signal control for signal processing circuits or motor drivers.
• It comes in TO-92 form factor. The MJE13001 is limited space and compact. It is made for effectively handling heat and is good to use where space is limited and management of heat is needed.

Disadvantages of the MJE13001

• It has limited power dissipation features and needed a proper heat sink; it can get overheated for high-power circuits and cause damage to circuits.
• The high current value it can handle is one ampere. So it is not used for high-current circuits like high-power motor drivers and industries.

13001 vs 13009 vs 13007 Transistors

Feature	13001 Transistor	13009 Transistor	13007 Transistor
Type	NPN Power Transistor	NPN Power Transistor	NPN Power Transistor
Maximum IC	0.5A	12A	8A
Uses	Less power switching, small motor drives	High power switching,	Medium power switching,
Switching Speed	Moderate	High	High
Thermal Resistance	Higher	Lower	Moderate
Cost	Low	High	Moderate
Maximum Power Dissipation	8W	125W	80W
DC Current Gain	Aug-40	Aug-40	Aug-40
Package Type	TO-92	TO-3P	TO-220

Read also

• Difference between Thyristor and Transistor
• Introduction to BC177 Transistor
• Introduction to 2sc828 NPN Amplifier Transistor
• Introduction to Power Transistor, Types and Its Working
• Introduction to Sziklai Transistor Pair

All details about the MJE13001 has been explained if you have any further query ask in the comments. Thanks for reading have a good day. See you next post.