FJP13007H2TU

Series:	--
Packaging:	Tube
Part Status:	Active
Transistor Type:	NPN
Current - Collector (Ic) (Max):	8A
Voltage - Collector Emitter Breakdown (Max):	400V
Vce Saturation (Max) @ Ib, Ic:	3V @ 2A, 8A
Current - Collector Cutoff (Max):	--
DC Current Gain (hFE) (Min) @ Ic, Vce:	26 @ 2A, 5V
Power - Max:	80W
Frequency - Transition:	4MHz
Operating Temperature:	150°C (TJ)
Mounting Type:	Through Hole
Package / Case:	TO-220-3
Supplier Device Package:	TO-220-3
Base Part Number:	FJP13007

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Introduction

The FJP13007H2TU is a PNP transistor that belongs to the Single Bipolar Transistors (SBT) family and it is one of the most commonly used transistors available in the market. Its application fields include signal and power amplifying, switching and a wide range of other applications. It is usually used with the related series of transistors, such as the FJP13003H2TU, FJP13004H2TU, and FJP13011H2TU, to assemble external circuits. This article will give an overview of the application fields and working principle of the FJP13007H2TU Transistor.

Application Fields

The FJP13007H2TU is primarily used in application areas that require amplifying or switching, such as audio amplifiers, switching circuits, current regulators, and low frequency oscillators. In addition, its small size and high precision construction make it well suited for use in very small circuit applications.

In the audio amplifier industry, the FJP13007H2TU is commonly used in transistor amplifiers. By connecting two transistors in the same circuit, this transistor can be used to amplify different frequencies of sound, from low frequencies to high frequencies, to create a powerful, accurate, and wide-range amplified signal. Additionally, this single transistor is capable of matched gain for dual-mode operation.

In the current regulation area, this device is used to ensure that voltages, current, and power are kept within the desired range during operation. This transistor can be used in a series with another transistor in order to regulate the current and thus maintain an accurate and safe level.

Switching circuits can make use of this transistor to control the output of a circuit. It can be used to switch between two distinct states, thus allowing discrete control over the output of a circuit. This use is usually seen in home automation systems, where the user can control various components of the home by using a single input.

Finally, the FJP13007H2TU is used in low frequency oscillators. This transistor operates in class A mode, meaning it works at a consistent current regardless of the frequency of the signal. It also operates well in a low frequency range, making it an ideal choice for use in oscillators.

Working Principle

The FJP13007H2TU is a semiconductor device consisting of a P-type and an N-type semiconductor material, forming three terminals: the emitter, collector, and base. When an electric current enters the base, it will cause the P-type material to become positively charged, allowing electrons to flow from the emitter into the collector.

The current that passes through the transistor is amplified because of the current gain, also known as beta, of the device. This is a measure of the ratio between the output current to the input current. The transistor also has a gain bandwidth product which is the product of the amplification factor and the bandwidth of the transistor. The higher the gain bandwidth product, the greater the gain.

The FJP13007H2TU has a hFE, or forward current gain rating, of 200. This means that for every unit of current that goes into the device, it will output 200 units of current. It also has a voltage gain, or hfe, rating of 25. This means that for every unit of voltage that goes into the device, it will output 25 units of voltage.

Because of its high gain, small size, and wide range of application fields, the FJP13007H2TU is one of the most versatile and widely used transistors in the market. It is an ideal choice for consumer electronics, automotive applications, and audio amplifiers. As such, it has become an essential component of modern electronic circuits.

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