3EZ6.8D/TR8

Diodes Zener Single 3EZ6.8D/TR8 is the most common type of Zener Diode, widely used in electronic devices due to their simple and efficient working principle. Their main purpose is to regulate the voltage in a circuit, making sure that it remains within a predetermined range. This is most commonly used in low-voltage applications.

The 3EZ6.8D/TR8 diode is a reverse breakdown diode, meaning that when a reverse voltage higher than its breakdown voltage is applied, an avalanche-like current starts to flow. This current can be regulated and controlled by setting the applied voltage, allowing the designer to use the diode for voltage-controlled applications.

The main working principle of 3EZ6.8D/TR8 diodes is to provide a stable voltage despite the changes in current that the circuit is exposed to. To this end, the diode acts as a regulator, ensuring that the output voltage stays within a certain range and can be adjusted by changing the current. This process occurs when the reverse breakdown voltage is higher than the forward voltage applied to the diode. At this point, an avalanche-like current starts to flow and can be regulated by adjusting the applied voltage.

These diodes are commonly found in power supplies, voltage regulators, and other low-voltage applications. They can also be used for overvoltage protection, as they will shut off the circuit when the applied voltage exceeds the rated value. Furthermore, they can be used in voltage-controlled applications, as their breakdown voltage can be adjusted by changing the applied voltage.

In summary, 3EZ6.8D/TR8 diodes are a type of Zener Diode that can be used in electronic devices due to their simple and efficient working principle. Their main purpose is to regulate the voltage in a circuit, making sure that it remains within a predetermined range. This is most commonly used in low-voltage applications. The working principle of 3EZ6.8D/TR8 diodes is to provide a stable voltage despite the changes in current that the circuit is exposed to. They are commonly found in power supplies, voltage regulators, and other low-voltage applications, as well as for overvoltage protection and voltage-controlled applications.