DZ23C30-E3-18

DZ23C30-E3-18 is part of Diodes Zener Arrays and is meant for applications like automated test equipment, high-end computing, industrial systems, and for protection of sensitive circuits like analog and RF amplifiers applications.

The DZ23C30-E3-18 comprises of two series of 30V Zener diodes. It has a standard configuration of 150mA current handling capability and features a continuous reverse voltage up to 0.7V. The diodes of the array have double center tap connections, allowing for parallel connection of the diodes. This array can be connected in series configuration, providing higher Zener voltage for applications requiring 120V Zener voltage.

The DZ23C30-E3-18 typically has a breakdown voltage of 5.6V and the peak power dissipation of 1W. The array has an operating temperature range from -65°C to 150°C. It has a typical junction capacitance of 90 pF and a typical junction-to-case capacitance of 85 pF.

The working principle of the DZ23C30-E3-18 is that of a Zener Diode. A Zener diode is a particular type of diode that, when reverse biased, conducts current. This starts to happen when the reverse voltage applied to the diode exceeds the Zener voltage. This occurs when the voltage applied is higher than the breakdown voltage of the diode. The diode then begins to conduct, allowing current to flow from anode to cathode. It is this action that protects circuits from high voltages.

The DZ23C30-E3-18 has several applications. It is used in automated test equipment, such as testing for electrical system fault protection in high voltage systems as well as in the design of fault protection systems. It is also used in industrial systems, including transport systems, power systems and consumer electronics. The array is also used in consumer applications where Zener diodes are used for spike and transient protection, providing protection for sensitive circuits, such as analog and RF amplifiers.

The DZ23C30-E3-18 is a useful addition to the Zener diode line of products as it provides a high protection against power surges and transients. The array\'s small size and superior performance also make it ideal for use in consumer electronics. It is an affordable device and offers good performance in an array form factor.