2EZ5.6D2/TR8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A 2EZ5.6D2/TR8 Zener diode is a single-zener diode component that is mainly used in semiconductor devices and circuits. The component has a two-terminal, symmetrical junction-structure, which makes it ideal for various electronics systems that require electrical isolation, such as radio reception systems.

The primary use of a 2EZ5.6D2/TR8 component is to provide voltage regulation. It does this by acting as a low-voltage resistance against high-voltage surges. The component is also applicable in power supply applications, where it provides a steady, low-voltage output without any change in output voltage when the input voltage varies. The component is also ideal for use in voltage-regulated switching power supplies, where it regulates the output voltage to a predefined set-point.

The 2EZ5.6D2/TR8 component is also used to protect electrical systems against voltage spikes and surges. In these applications, the component’s low-voltage resistance prevents any influx of high-voltage currents from entering the system, thus protecting it from possible damage or malfunction. Moreover, the component is equipped with protection against overvoltage and overcurrent with reliable and instantaneous response time.

The 2EZ5.6D2/TR8 component operates on a variety of working principles. First, the component acts as a low-voltage resistance when placed between two electrical systems, thus protecting the systems against damaging voltages. Second, the component is capable of regulating the output voltage so that it remains constant when the input voltage varies. Lastly, the component is equipped with protection against overvoltage and overcurrent.

The 2EZ5.6D2/TR8 component is incredibly versatile and applicable to many different types of electronics systems. It can be used in a variety of power supplies and voltage regulators because of its low-voltage resistance and ability to provide consistent output without any fluctuations in voltage when the input voltage varies. Additionally, its protection against overvoltage and overcurrent make it a great choice for protecting electrical systems against voltage spikes and surges.

The specific data is subject to PDF, and the above content is for reference