TZX3V9C-TR

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The TZX3V9C-TR diode is a single Zener diode designed for use in a variety of applications. It is designed to provide a low-voltage, constant current supply for the application of controlling voltage in applications such as voltage regulators, pulse-width modulators, power supplies and more.

The TZX3V9C-TR is a silicon-controlled diode, which is an example of a Zener diode that is able to break down at low voltage and become highly conductive. It is a very useful diode used in many applications, mainly because of its flexibility. In the TZX3V9C-TR, the Zener breakdown voltage is 3.6 volts, and the maximum operating current is 300 milli-amps.

The working principle of the TZX3V9C-TR is based on the Zener breakdown effect. This effect occurs when the voltage across the Zener diode exceeds its rating, causing it to break down and become highly conductive. This breakdown results in a constant current flow through the diode, at the specified operating current, to maintain the voltage at the threshold voltage level. This constant current then controls the voltage in the application.

The TZX3V9C-TR is mainly used in applications such as voltage regulators, pulse-width modulators, and power supplies. In voltage regulators, the TZX3V9C-TR is used to control the output voltage by providing a steady current and voltage supply as the input voltage varies. Similarly, pulse-width modulators use the Zener breakdown effect to produce pulses of varying widths, allowing the control of the output of devices such as motor drivers, stepper motor controllers, and more. Finally, the TZX3V9C-TR is also used in power supplies, where it is used to regulate the output voltage and provide stable voltage.

Overall, the TZX3V9C-TR is a reliable and versatile single Zener diode that offers reliable voltage control for a variety of applications, such as voltage regulators, pulse-width modulators and power supplies. Its low-voltage, constant current supply makes it an ideal choice for all kinds of power supply and voltage control needs.

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