2N1486

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The 2N1486 is a single-bipolar junction transistor (BJT) that has wide industrial and consumer applications. It is a small-signal transistor often used in conjunction with other components to create amplified logic circuits. Its wideband operating frequency, low-level collector-base current, and high-transconductance make it ideal for radio-frequency applications.

The 2N1486 is a NPN transistor, meaning it has three terminals: the Emitter, Collector, and the Base. When current is applied to the Base of the transistor, it is then amplified and then applied to the Collector, providing a voltage gain. This makes it useful for providing amplification to any low-level signal voltage.

The 2N1486 has a wide operating frequency range, from 10Hz to 10GHz. This allows it to be effectively used in radio-frequency applications such as wireless communication, cellular networks, RFID systems, and GPS. Due to its low-level collector-base current, it is very power efficient and can be operated from very low voltages.

Due to its high-transconductance, the 2N1486 is ideal for creating logic gates since it can provide a more robust logic switching function and can be used in multiple configuration such as AND, OR, NOR and NAND gates. It can also be used in other Semiconductor devices such as oscillators and amplifiers.

The 2N1486 is ideal for consumer electronics, photovoltaic cells, and industrial power systems due to its wideband operating frequency and low-level collector-base current. It is also suitable for other consumer applications such as radio systems, audio-video systems, and remote-control systems.

Overall, the 2N1486 is a highly-functional single-bipolar junction transistor used for various applications, from consumer electronics to industrial power systems. Its wideband operating frequency, low-level collector-base current, and high-transconductance open up many possibilities for its use.

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