DZ23C6V8-G3-18

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DZ23C6V8-G3-18 are diode arrays mainly used to protect against voltage transients. Built with a planar structure and housed in SOT-23 case, they are commonly found on a variety of board designs.

In particular, they are deployed in applications where protection is needed from voltage transients. Such applications include industrial and automotive applications where high voltage spikes can be hazardous, as well as telecommunications systems that require reliable protection.

The DZ23C6V8-G3-18 is a zener diode array with three zener diodes in series. The diodes can be used both to regulate the voltage and to protect the circuit from transients.

The working principle of the diode array is similar to that of a single diode. When the voltage across the diode exceeds its value, the diode starts to conduct current. The current increases with increasing voltage until the maximum rating is reached. This limits the voltage across the diode and protects it from high voltage transients.

The DZ23C6V8-G3-18 is designed to provide increased protection from voltage transients. It has a higher resistance to voltage transients than a single diode due to the internal connections of the three zener diodes. In addition, the diodes are designed with a self-complementary structure which offers better performance and greater reliability.

In summary, the DZ23C6V8-G3-18 is an effective way to provide protection from high voltage transients. It is commonly used in industrial, automotive and telecommunications applications requiring reliable protection. Its working principle is based on the same principle as a single diode but with improved performance due to the internal connections of the three diodes.

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