AZ23B6V2-G3-18

Diodes are semiconductor devices used to control the flow of electrons in a circuit. They are commonly used to direct current around a circuit, or to prevent the current from flowing in a specific direction. Zener diodes are used to regulate voltage levels, protecting circuits from unwanted voltage spikes and drops. Zener arrays are a subcategory of Zener diodes, which are used in applications such as surge protection, clamping, and voltage regulation.

The AZ23B6V2-G3-18 is a Zener diode array manufactured by Microchip Technology, Inc. It is a 6-volt, 3-diode silicon array designed for inverse polarity protection, voltage clamping, and switching applications. Each diode can withstand a surge current up to 500mA.

Its applications include limiting the output voltage of a power supply, which can protect the system from over voltage. It can also filter out spikes, or reduce the rise time of signals in a circuit. Other applications include over current protection, protection for logic circuits and TTL drivers, and system reset circuits.

The AZ23B6V2-G3-18 has a reverse breakdown voltage between 5.0 and 6.5 volts. With its three individual diodes connected in parallel, it can provide the same electrical characteristics as three standard diodes connected in anti-parallel.

The working principle of the AZ23B6V2-G3-18 is simple. When a voltage higher than the reverse breakdown voltage is applied to the diode array, the current flow is blocked in one direction, while still allowing current to flow in the opposite direction. This enables the diode array to control the voltage and current flowing through the circuit.

The AZ23B6V2-G3-18 is unique in that its three diodes are arranged in a single package, minimizing the footprint of the device. It is also highly reliable, with a maximum reverse leakage current of 20μA, and a peak reverse surge current of 500mA.

The AZ23B6V2-G3-18 is a versatile device, making it suitable for a wide range of applications. Its size, low voltage drop, and high surge current rating make it ideal for use in portable electronics, automotive systems, and other high reliability applications.