3EZ6.2D/TR12

When it comes to control of electrical power, the 3EZ6.2D/TR12 diode is a small but powerful component. It is a Zener diode, meaning it is the primary component of a voltage regulator and this is one of the most important functions of any type of power source. It is a single diode, which makes it easily manageable in a variety of applications, and it is an especially valuable asset to ensure low-voltage, reliable supply of power when your requirements are very specific.

Applications

The 3EZ6.2D/TR12 is designed for any application requiring the control of an electrical current that is operating in a range of between 6 and 200 volts. It is ideal for those applications where a fixed, low-voltage output is the goal. This type of Zener diode can be used to create various types of low-voltage power regulation, including soft switching applications, rectifier circuits, LED lighting, and laser pointer systems, to name a few.

Working Principle

The 3EZ6.2D/TR12 works using the principle of contactless breakover. In this process, an overload percentage is set at the input stage, and when this overload is exceeded, the diode triggers a voltage shift. This is done through negative feedback and the use of an internal Zener diode. When the input voltage reaches an overload percentage, the Zener diode kicks in and begins to draw current through it, instead of allowing it to pass on to the output stage, thereby reducing the voltage. This ensures that the output voltage does not exceed the overload percentage.

The 3EZ6.2D/TR12 is also designed to maintain a constant voltage at the output stage, allowing it to precisely regulate the output and respond quickly to changes in the input voltage. This ability, combined with its contactless breakover mechanism and its wide operating range, makes the 3EZ6.2D/TR12 a very versatile component with a number of potential applications.

Conclusion

The 3EZ6.2D/TR12 diode is a powerful component, designed to precisely and reliably regulate the voltage of a power supply. It is a single diode, versatile enough to be used in a range of applications, and is especially useful when working with low-voltage power supplies. This Zener diode works on the principle of contactless breakover, shifting the output voltage when the overload percentage is exceeded and providing a constant voltage output. Finally, this diode is designed to quickly respond to changes in the input voltage.