NE68139R-T1 Discrete Semiconductor Products

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The NE68139R-T1 is a type of RF bipolar junction transistor (BJT). It is a small signal NPN BFET transistor that features high gain and high breakdown voltage (BVces), making it ideal for applications across a range of frequencies. It can be used both as an amplifier in various circuits and as part of a control system. Its key features include its low noise performance, robustness, and a wide dynamic range.

The NE68139R-T1 utilizes NPN planar silicon BJT technology, which helps it to achieve a high gain at a lower supply voltage. To improve on its performance, it also has a bandgap reference for improved temperature stability and a high-speed current gain switch (BVces) for gain control. The combination of the two ensures that the device is capable of working at a wide dynamic range without sacrificing its accuracy.

In terms of its application field, the NE68139R-T1 can be used in a wide range of circuits, including RF amplifiers, high-frequency video circuits, and high-frequency analog circuits. Its high gain enables the device to be used in a number of sensitive applications such as control systems and complex filters. Additionally, its robustness and low noise performance makes it ideally suited for use in radio communications systems and industrial control applications.

The NE68139R-T1 also has a number of impressive working principles. Its planar BJT technology provides it with a high gain at a much lower supply voltage, thereby allowing it to operate at much higher frequencies without the need for extra components. Additionally, its low noise performance makes it suitable for use in applications where accuracy is required. Also, thanks to its wide dynamic range, it can operate across a range of frequencies, making it highly versatile.

Overall, the NE68139R-T1 is an ideal choice for a range of applications due to its impressive features and working principles. By combining its low noise performance, high gain, and wide dynamic range, it can be used to accurately and reliably control systems, filter signals, and amplify audio. As such, it is an essential component in any RF system, making it a great choice for those looking to build their own circuit systems.

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