3EZ39D10/TR8

Diodes: Zener - Single

3EZ39D10/TR8 is a single Zener diode with voltage rating of 39V and power rating of 5W. The product has been designed to provide highly reliable switching and regulating operations in a wide variety of applications. This product is typically used in circuit designs ranging from low-power through to medium-power, allowing for efficient and reliable operations even in the most demanding operating environments.

Application Field and Working Principle

3EZ39D10/TR8 is a highly versatile device, meaning it can be used in a wide range of applications. Common uses for 3EZ39D10/TR8 include surge suppression, reverse energy protection, over-current protection, signal and clamping, as well as voltage regulating and voltage shifting. In fact, 3EZ39D10/TR8 is suitable for use in most digital and analog circuits, including power supplies, audio amplifiers, digital signal generators and many more.

3EZ39D10/TR8 features a temperature-compensated Zener breakdown voltage which enables the device to provide a stable reference voltage for all operating conditions. This allows for highly accurate and reliable operations. In addition, the device has an internal protection diode to protect the product from high voltage transients. Furthermore, the device is also RoHS-compatible and meets the latest safety requirements.

The working principle of 3EZ39D10/TR8 is based on the Zener breakdown voltage phenomenon. When a forward biased diode reaches the breakdown voltage of its body, the current will begin to increase drastically, allowing for highly accurate and stable operations. This is accomplished thanks to the temperature-compensated breakdown voltage. As the temperature changes, the breakdown voltage remains consistent, ensuring accurate and reliable operations in all conditions.

The 3EZ39D10/TR8 is capable of providing highly reliable protection and regulation operations in various demanding environments. The device has numerous features which ensure the highest level of performance in a variety of operating conditions, making it the ideal choice for a range of analog and digital circuit designs.