2N3468

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The 2N3468 transistor is a bipolar junction transistor (BJT) specifically designed for commercial and industrial applications. It is typically used in low-power, medium-frequency amplifier circuits, and can handle up to 1 Amp peak current.

A bipolar junction transistor (BJT) is a type of transistor that is comprised of two regions connected by a junction. These regions can be either n-type (a material with more donors than acceptors) or p-type (more acceptors than donors). A BJT consists of three different terminals: the base, the emitter, and the collector. When a voltage is applied across the emitter and base terminals, it allows electrons and holes to move towards each other and meet at the base-collector junction, allowing current to flow through the collector-emitter terminals.

The 2N3468 is a low noise, medium frequency NPN transistor. It is commonly used in audio applications, where it is used to amplify weak signals. It is also widely used in amplifying television signals, and in analog amplifiers.

The 2N3468 is a low power device, with a maximum peak current of 1 Amp. It has a high maximum gain, which ranges from 700 to 1600, depending on the collector current. It also has a high input impedance, with a maximum of 45k Ohms for DC currents and 20k Ohms for AC currents. This makes it ideal for low power, medium frequency amplifiers.

The 2N3468 has a wide range of operating frequencies, from DC to 20MHz. It also has a high operating temperature range, from -55°C to +150°C. This makes it ideal for applications that require a wide range of temperatures. Additionally, the transistor has a high breakdown voltage, ranging from 30V to 150V, depending on the collector current.

The 2N3468 is an ideal choice for both commercial and industrial applications. It can be used in low-power, medium-frequency amplifier circuits, and can handle up to 1 Amp peak current. Its high maximum gain, high input impedance, wide operating frequency range, and wide operating temperature range make it ideal for a variety of applications.

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