FZT968TC

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Transistors are a type of semiconductor-based electronic component, and as such are used for various purposes in a range of applications. The FZT968TC is an example of a particular type of transistor, categorized as being a single bipolar junction transistor or BJT. In this article we will look at the FZT968TC, and explain its application field and working principle.

About the FZT968TC

The FZT968TC is an NPN Bipolar Transistor manufactured by Fairchild Semiconductor. It has 45V of DC Collector-Base Breakdown Voltage, and can handle current ratings of up to 600mA. It\'s also fast switching, making it suitable for high-speed digital circuits.

Applications of the FZT968TC

The FZT968TC is well suited for use in motor controllers and converters, due to its fast switching capabilities and ability to handle up to 600mA. It can also be used in power supply circuits, such as voltage regulators and switching power supplies, for its high current rating and excellent power dissipation characteristics.

In addition to these application, the FZT968TC is also widely used in electronic motors, such as DC geared motors, because of its low leakage current and low saturation voltage. Finally, it is also useful in switching applications, such as commercial lighting, relays and home automation systems.

Working Principle of the FZT968TC

The FZT968TC is a type of BJT, and its working principle is based on the principle of a transistor. A BJT, such as the FZT968TC, is a three-terminal semiconductor device comprised of an emitter, collector, and base. The BJT consists of three layers of semiconductor material, with the base and collector layers being either p-type or n-type, and the emitter layer being the opposite type. Thus, an n-p-n BJT, like the FZT968TC, has an n-type collector and base, and a p-type emitter.

The operation of the FZT968TC relies on the principle of a small current applied to the base controlling larger currents between the collector and the emitter. The current flow between the collector and the emitter will be dependent on the biasing voltage applied to the base, allowing a voltage signal to control a large current, in the same way electric current is used to control the heat in an electric stove. In its simplest form, a BJT acts as a switch.

Conclusion

The FZT968TC is a single NPN Bipolar Transistor manufactured by Fairchild Semiconductor. It is suitable for use in motor controllers and converters, power supply circuits, and electronic motors due to its fast switching capabilities and ability to handle up to 600mA. It is also used in switching applications, such as commercial lighting, relays, and home automation systems. The FZT968TC operates on the principle of a small current applied to the base controlling larger currents between the collector and the emitter, allowing a voltage signal to control a large current.

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