DZ23C33-E3-18

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

Zener diode arrays are tiny, semiconductor devices which are used frequently in electronic circuits. They are constructed with Zener diodes integrated with other components such as resistors, transistors, and/or voltage-regulator ICs.The DZ23C33-E3-18 is a specific type of Zener diode array. It is a dual common-cathode integrated circuit containing two distinct Zener diodes, the DZ23C33-E3 and DZ18. DZ23C33-E3 is a 3kV 3-zone Zener diode which has a maximum reverse breakdown voltage of 3KV, a maximum forward current of 30mA, and a response time of 1-3 microseconds. The DZ18 is a companion diode with a maximum reverse breakdown voltage of 600 volts and a maximum forward current of 30mA.This particular type of Zener diode array has a number of applications, including:• Voltage source and detector - The DZ23C33-E3-18 can be used as a voltage source or detector in circuits which require a stable voltage as well as protection from overvoltage/reverse polarity. This is due to the fast response times of the Zener diodes, as well as their ability to limit the amount of power in a circuit.• Pulse and audio frequency applications - The low resistance of the Zener diodes makes them useful for pulse and audio frequency applications, as they provide clean signals without loss of power.• High voltage DC power supplies - The high voltage capability of the DZ23C33-E3-18 makes it perfect for high voltage DC power supplies, where it can protect against overvoltage/reverse polarity.• Motor control - The low forward resistance of the Zener diode array makes it useful for motor control applications, as it can prevent electrical arcing and sparking.The working principle of a Zener diode array such as the DZ23C33-E3-18 is relatively simple.When the current passes through the diode in the forward direction, it will be partially blocked by the diode and a certain amount of voltage drop will occur across the diode. However, when the voltage is increased above a certain level (known as the Zener voltage) the diode becomes reverse-biased and a large current flows through the diode, creating a regulated voltage on the other side of the diode. This regulated voltage is determined by the Zener voltage of the diode, and is independent of the input voltage.The DZ23C33-E3-18 is well suited to a variety of applications, and its easy installation, small size, and relatively low cost make it an attractive choice for many electronic circuit applications. Its fast response times make it useful in high-speed applications, while its capability to regulate voltage over a wide range make it an ideal choice for high voltage DC power supplies. The low forward resistance also makes it a useful choice for pulse and audio frequency applications, as well as motor control applications.

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