TIP35B

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

Transistors are electronic components that are used in many electronic equipment within industries. They are device composed of three pins used to control the flow of electric current from one of their pins to their others. The type of transistor used depends on the application for which it is being used for. One such type is called the Tip35B, a silicon, NPN power transistors, whose capabilities and working principles will be discussed in this article.

The Tip35B transistor, a single NPN bipolar transistor, is used for power circuit applications requiring high current and power. This type of transistor provides superior linearity and is ideal for buffer amplifier applications due to its high voltage (VCEO) and current (IC) ratings. The Tip35B has an operating collector-emitter voltage of 60V, with a maximum V CEO rating of 65V, and a collector current of 4A.

The Tip35B has two distinct advantages over its competitors - its gain and its high current/power ratings. Its gain, typically between 75 and 500 (measured in mA/V), indicates its ability to amplify signals while handling high currents. The transistor\'s high current/power ratings (high DC current, and high power dissipation) make it suitable for power amplifier applications. For example, it can be used for audio amplifier applications where the desired output power must be constant.

The Tip35B is most effective when used in applications requiring high speed and a low noise level. Its high current/power ratings make it ideal for high frequency applications, and its low noise performance helps minimize interference from external electrical noise. Additionally, the Tip35B can also be used in low frequency applications, such as audio amplifiers, as it is capable of producing very low distortion and distortion-free signals.

As far as the tip35B transistors working principle is concerned, it is relatively simple and straightforward. The transistor operates by allowing electric current to flow between the emitter and collector when a certain voltage is applied to its base. When the base voltage increases, the current flow through the collector and emitter sides of the transistor increases, allowing the electric current to increase. The increased current will, in turn, increase the voltage output from the transistor.

The circuit symbol of a Tip35B appears as a triangle, with the electrodes labeled as collector, base, and emitter. The symbol also has an arrow, pointing in the direction of current flow through the transistor. When the transistor is in use, the arrow will appear to be pointing away from the base and towards the emitter, indicating that the current is flowing in an electron-rich environment.

In conclusion, the Tip35B is a single NPN power transistor commonly used in applications that require a high current/power rating and linear amplifying capabilities. The Tip35B works by allowing a current flow between the emitter and collector by applying a voltage to its base, and it is capable of producing very low levels of distortion and noise interference. The transistor is ideal for use in power amplifiers and audio applications, due to its high voltage, current, and gain rating.

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