2N5192

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2N5192 Application Field and Working Principle

The 2N5192 is a dual NPN Bipolar Junction Transistor (BJT) with two discrete elements in one package. It is designed to operate in design applications requiring two complimentary transistors to drive and control a medium sized load. This type of transistor is widely used and found in a variety of applications, particularly in low voltage and audio circuits.

2N5192 Features and Specifications

The 2N5192 is a 125W rated transistor and is intended for linear, low voltage operation for general purpose, audio amplify categories. It is offered with a 3A collector current rating and an 8V minimum breakdown voltage. With a high gain of approximately 1000, this type of transistor is able to amplify a small signal to a moderate level.

In addition to its low voltage capabilities, the 2N5192 also features low thermal runaway temperature, high power dissipation and low capacitance values. It also features a wide range of emitter-base breakdown voltages, which allows it to be used in a wide range of applications.

2N5192 Application Field

The 2N5192 is used in a variety of digital and analog applications, such as switching, signal amplification and signal conditioning. With its low voltage capabilities, the 2N5192 is also ideal for low power audio circuits, such as headphone amplifiers, pre-amplifier circuits, power supplies, audio filters, and other audio equipment.

This type of transistor can be used for switching applications as well, such as power switching, switching circuits and digital logic circuits. In addition, the 2N5192 is used in low voltage and high voltage applications such as high voltage amplifiers and motor control circuits. The 2N5192 is also used in high precision, high sensitivity, and fast response circuits, such as accelerometer and pressure sensor circuits.

2N5192 Working Principle

The 2N5192 is a dual NPN bipolar junction transistor (BJT). Like all other BJTs, it uses an electric current to control other electric current between two terminals. It works by allowing the electric current to pass between the two terminals, when it is forward biased. The amount of current that flows through the BJT is controlled by a small electric current, which flows between the base and the emitter of the BJT. When the base current is increased, the current flow between the collector and the emitter is also increased.

The 2N5192 contains two individual transistors in a single package. They are arranged in series and each transistor is used to drive the other. One of the transistors is used to control the flow of current from the collector to the emitter and the other transistor is used to control the current from the emitter to the collector. By controlling the currents in this manner, the 2N5192 is able to gain a large amount of power.

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