2M17Z A0G

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

The 2M17Z A0G is a single package type, Zenner diode, used as a voltage stabilizing diode. It can provide strong stability in harsh environments, enabling reliable use in critical applications.

The application field of the 2M17Z A0G includes a variety of control, power electronics and commercial power supply applications. This diode can be used in a number of common switching power supplies, digital control and voltage stabilization circuits. Additionally, it has a wide operating temperature range, making it suitable for applications in extreme temperatures.

The working principle of the 2M17Z A0G is based on the use of a Zenner Diode. This type of diode is able to regulate the voltage in a given circuit by providing a controlled reverse breakdown. When a current is applied, the diode begins to conduct, while the voltage remains stable. This process is known as Zener breakdown and allows the circuit to remain stable even when subjected to extreme environmental influences such as solenoids, inductive loads and electric fields.

The 2M17Z A0G is a high performance diode, able to provide protection in the most demanding applications. It is capable of providing reliable operation even in extreme temperatures, due to its wide operating temperature range. Additionally, the diode has a low on-state resistance and a peak reverse voltage rating of 17V, providing further stability and protection in industrial equipment.

In conclusion, the 2M17Z A0G single package type, Zenner diode is a reliable and efficient voltage stabilizing device. It has a wide application field and a proven working principle which allow it to provide stability and protection even in harsh environments. Moreover, its low on-state resistance and peak reverse voltage ratings make it suitable for industrial use and provide extra protection in commercial power supplies.

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