PN2369A_D26Z

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The PN2369A_D26Z is a single NPN transistor, commonly used in the fields of telecommunications, computing, and audio systems. It is well suited for use in these areas of electronics due to its low cost, high power ratings and low noise. The transistor functions as an amplifier, providing current or voltage gain in circuits. It is therefore popular in logic circuits, such as logic threshold detectors, power amplifiers, and switching circuits.

A bipolar Junction Transistor (BJT) is a type of transistor that uses two different types of semiconductor materials in its construction - a p-type and an n-type material. These materials are used to control the flow of current across each individual junction in the transistor. In its simplest form, a BJT has three terminals, the emitter, the base, and the collector.[1] The flow of current is highly dependent on the current in the base of the transistor. An increase in the current flowing across the base will turn on the transistor and allow a large current to flow across its collectors, or vice versa. The varying currents flowing through the different junctions in the transistor creates a varying "push-pull" effect, enabling it to amplify electrical signals for a variety of applications.

The PN2369A_D26Z is a step-up (or common-collector) BJT, which amplifies the input current into a much higher output current. This is a function of the varying resistances at the different junctions of the transistor, as the input base current drives the output current. In particular, the emitter-base junction has an extremely high gain, allowing very little current to be driven into it and yet achieve a very large output current. Additionally, the PN2369A_D26Z has an exemplary high frequency response, making it well-suited for audio systems and other frequency-dependent applications.

The PN2369A_D26Z is also known for its high power rating and low noise. In particular, it has a maximum power dissipation rating of 5 watts. This means that the transistor can drive a lot of current without taking too much heat and dissipating it as noise. As a result, the PN2369A_D26Z is often used in computers and telecommunications applications, where the system requires both high reliability and low noise. Additionally, it is also often used in audio systems and audio amplifiers, since it can provide a large voltage gain without adding too much noise.

In summary, the PN2369A_D26Z is a single NPN BJT transistor with an exceptionally high gain due to its high power rating, low noise and high frequency response. It is ideal for use in data, computing and telecommunications applications, due to its ability to amplify signals without adding too much noise. Moreover, it can also be used in audio systems and audio amplifiers, due to its high voltage gain, stable performance and low power requirements. As a result, the PN2369A_D26Z is one of the most popular transistors used in a variety of applications today.

The specific data is subject to PDF, and the above content is for reference