3EZ11D10/TR12

Diodes - Zener - Single

The 3EZ11D10/TR12 Zener diode has a vast array of application fields. It is ideal for a wide range of voltage regulation, voltage transformation and voltage reference applications. Additionally, it is suitable for general purpose power supplies, a variety of consumer electronics, and instrumentation.

High Quality – Low Cost

The 3EZ11D10/TR12 Zener diode is a low cost, high quality device. It is inexpensive, yet reliable and robust. Its low cost makes it a suitable choice for many consumer electronics applications. Additionally, its quality and reliability make it an ideal choice for instrumentation and power-supply applications.

Wide Voltage Spread

The 3EZ11D10/TR12 Zener diode is capable of supplying a wide voltage spread. It is ideal for applications that require a wide range of output voltages, such as high-voltage, low-current and high-current, low-voltage, applications. Additionally, it is also useful for applications that require a close tolerance of output voltage for accuracy.

Working Principle

The 3EZ11D10/TR12 Zener diode works by passing a small current through a Zener diode, which then allows the voltage differential across the diode to be maintained. This differential allows the diode to act as a reference voltage. An internal feedback loop is created, which enables the Zener diode to regulate the input voltage, and provide a stable output voltage.

Durability And Reliability

The 3EZ11D10/TR12 Zener diode is highly durable, and can withstand high temperatures and electrical stress. Its robust design makes it suitable for many industrial, consumer, and instrumentation applications. Additionally, its reliability makes it an ideal choice for any application that requires a reliable voltage regulation system.

Conclusion

The 3EZ11D10/TR12 Zener diode is an inexpensive, yet reliable and robust device. It is suitable for a wide range of applications, including high-voltage, low-current and high-current, low-voltage applications. Additionally, its quality and reliability make it an ideal choice for instrumentation and power-supply applications. The overall working principle is an internal feedback loop that enables the diode to regulate the input voltage, and provide a stable output voltage.