FZT1047ATC

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The FZT1047ATC is a bipolar-transistor that belongs to the single type. This device is generally used as an analog switch in order to power amplifiers, and control circuits. It is really small, with a size of 0.11 µm x 0.06 µm and it is also able to reach high frequency and high accuracy.

FZT1047ATC conductivity is based on a switch with three terminals, widely known as the collector, base and emitter. In order to make the switch work, some current is required, both through the base and the emitter. This type of device has two sections: an electronic on/off switch and an electronic amplifier. On one side, it has the transistor, on the other side, it has what is commonly known as the control base.

This device operates in such a way that the power is supplied to the collector. In order to flow the current from the collector, the current from the base must reach the emitter at a certain level. And this ensures that the switch is operable. This kind of device works by enabling and disabling the current flow inside the emitter, the collector and the base.

The FZT1047ATC has a maximum DC power dissipation of 0.5W, a maximum current gain of about 400 and a maximum operating temperature of +125°C. This bipolar transistor has a maximum collector-emitter voltage of 40V, a minimum collector-emitter saturation voltage of 0.4V and a minimum collector-emitter voltage of 7V.

FZT1047ATC can find use in many application fields. Such as, amplifiers, switching, and power components for high frequency signals, audio amplifiers, driver stages, and differential amplifiers. It can also be used in radio applications, linear power amplifier or modulator amplifiers, and digital transistors.

The FZT1047ATC has a high current gain, as well as its switching rate and linearity are also enhanced. In addition, it features an excellent noise recognition, high breakdown voltage and low saturation voltage. All these features make this type of device the perfect choice for analog switch applications.

Indeed, bipolar transistor switches are the most cost-effective solution when it comes to controlling high power and high frequency. This device is quite reliable and can be easily installed. Furthermore, they tend to be all very fast, as well as they have high current gain, which makes them extremely suitable for different application fields.

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