2N6292G

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The 2N6292G is a single type bipolar (BJT) transistor that is suitable for a broad range of applications. This device is highly reliable and cost-effective and is ideal for use in switching, amplifying, and analog signal processing applications.

The 2N6292G is a NPN transistor that is capable of switching up to 30V and can deliver up to 500mA of continuous current. It can operate in the frequency range from DC to 100MHz and is highly stable in either the linear or switching operation modes. The gain bandwidth product of this device is 31 MHz and it has a DC current gain of up to 250. This means that it is suitable for use in both low frequency and high frequency applications as well as digital and analog circuits.

The 2N6292G is designed to provide long term reliability and is constructed using the finest quality silicon. This enables it to tolerate high voltage and thermal stresses, and is ideal for applications that require high switching frequencies. It is designed to dissipate very low power, making it extremely suitable for use in portable devices.

The working principle of the 2N6292G involves two sets of electrodes, the emitter and the collector. When a positive voltage is applied to the emitter, current flows from it to the collector, thus allowing the device to function as a switch. As the collector current increases, the voltage drop across the device is reduced, allowing for higher current to be attained more efficiently. The device can also amplify signals, as the voltage applied to the emitter induces a larger current flow from the collector.

The 2N6292G is a highly popular transistor, suitable for use in a range of both linear and switching applications. In its linear application, the device can be used for signal amplification and voltage regulation, while in its switching application it can be used for signal switching and in power supplies. Furthermore, its high gain bandwidth makes it ideal for use in high frequency applications. All of this makes the 2N6292G an ideal choice for a wide range of applications.

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