AZ23C11-E3-18

AZ23C11-E3-18 Diodes - Zener - Arrays

The AZ23C11-E3-18 is a type of diode array designed for application in electronics, where voltage protection is necessary. This diode array is a product from ON Semiconductor, which specializes in manufacturing high-performance diodes and other components. The AZ23C11-E3-18 is specifically designed to provide high-voltage protection and improved circuit accuracy in a variety of high-voltage applications.

The AZ23C11-E3-18 diode array has an 18-pin package, which is enclosed in an epoxy resin package. The epoxy resin provides insulation protection and prevents shorting out of the pins. Each of the pins is provided with an output voltage rating of 5.9V. This makes the AZ23C11-E3-18 suitable for applications such as digital logic systems, memory circuits, and automotive circuits.

The AZ23C11-E3-18 diode array is designed to provide fast response times and excellent ESD protection. It features a diode breakdown voltage rating of 6.5V, which allows for protection of higher voltages. The diode also features a fast surge current rating of 6.5 Amp and a maximum load current rating of 5 Amp. This makes it suitable for generating high input and output voltages.

The AZ23C11-E3-18 diode array also features an optimized and improved operating temperature range of -40°C to 125°C. This allows the diode to be used in a wider range of applications, including automotive and industrial equipment. Additionally, the diode has a frequency of 20MHz, which reduces the switching time and increases the efficiency of the circuit.

In terms of its working principle, the AZ23C11-E3-18 diode array operates with low forward voltage drops and negates the need for additional Zener diodes. Its PFC rating of 32V makes it suitable for applications with high-voltage conditions and voltage spikes. The diode array also features an integrated impedance of 1 Ohm and an ESD-protected input, making it suitable for use in RF devices.

The AZ23C11-E3-18 diode array is suitable for many different applications, and it’s a widely used component in the electronics industry. It can be used in digital logic systems, memory circuits, automotive applications, and RF devices. This diode array is an excellent choice for components that require protection from high voltage and to maintain accuracy and stability in circuits.