FCX717TA Discrete Semiconductor Products

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FCX717TA is an NPN (Negative Positive Negative) transistor type of single bipolar junction transistors (BJT) that is capable common in subminiature size. This is made up of an integrated mechanism of three components; an emitter, collector and base. This 3-lead semiconductor device is essential for several electronic devices, as these offer distinct functional properties, such as adjustment of currents, radio frequency amplification and switching. This has been widely adopted in various industrial as well as commercial applications due to its attractive features like resistance to vibration, high insulation capability and high reliability.

The working principle of FCX717TA is based on a simple schematic representation that involves the emitter, collector and base along with bias resistance and emitter resistor. Here, the voltage is applied between the collector and emitter terminal of the transistor in order to control the current flow. When the voltage applied at the base terminal is greater than a certain cut-off voltage, then the conduction of current starts and the transistor gets activated. This process of current flow can be represented with the help of the following formula.

Current (Ic) = ( collector voltage – emitter voltage) / collector resistance

FCX717TA can be found in many different types of applications, especially those that involve manipulating current flow or amplifying radio or signals. This includes amplifiers, converters, sensors, regulators, converters, receivers, switches, rectifiers, and many more. Furthermore, it is also commonly used for switching and controlling high-frequency waveforms within radio, navigation and communication systems. Moreover, this transistor can also be utilized in truck intercom systems, mobile phones, pagers, personal digital assistants, and various other consumer electronics.

FCX717TA is characterized by a high DC current gain, which is usually in the range of 20 -50. Additionally, this device is capable of withstanding highs power voltages in the range of 10-50V. Apart from that, it can deliver currents in the range of 20-50mA and can operate with maximum power dissipation of around 500mW. Its base-emitter on-voltage is usually in the range of 850-920mV and its collector-emitter saturation voltage is in the range of 350-400mV.

In conclusion, FCX717TA is a single-transistor NPN type device, which is generally suitable for many types of industrial, automotive, commercial and consumer applications. This device delivers high power voltage, high DC current gain, high-frequency waveform controling capability and high reliability. With its wide range of advantageous functionalities, this is a widely accepted semiconductor device in many electronic projects.

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