AZ23C10-G3-18

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The AZ23C10-G3-18 belongs to the families of Diodes, Zener and Arrays. It is a 3-Pin Medium Power Surface Mount Zener Array, combining a 2.4 V voltage regulation and two separate breakdowns. The AZ23C10-G3-18 series of zener diodes is used in various applications including the automotive, audio and control markets, as well as with industrial equipment. The AZ23C10-G3-18 is available in an 18-pin package, with a voltage range of 3 - 12V.

The AZ23C10-G3-18 is used mainly in two types of circuit applications. The first is a power supply regulation application, in which the zener array provides voltage regulation to the main power source. The second application is for circuit protection, where the AZ23C10-G3-18 is used to protect the circuit from excessive voltages. This is particularly useful when sensitive electronic components or integrated circuits are being used in the circuit.

The AZ23C10-G3-18 has two main characteristics that make it an ideal choice for these application fields. The first is its high surge current of 200 mA, which allows for a greater level of protection from surge voltages or short-circuits. The second is its low thermal resistance of 3.5°C/W, which makes it suitable for high-temperature environments. The combination of these features makes the AZ23C10-G3-18 an ideal choice for both protection and voltage regulation.

The operating method of the AZ23C10-G3-18 is fairly simple. When the current through the zener array is within the required range, the device regulates the voltage that is supplied to the rest of the circuit. If the voltage exceeds the zener array\'s range, the device will turn off and no current will be able to pass through it. This protects the other components of the circuit from any dangerous voltages.

In short, the AZ23C10-G3-18 is a 3-Pin Medium Power Surface Mount Zener Array that is commonly used for power supply regulation and circuit protection in the automotive, audio and control markets, as well as with industrial equipment. It is characterized by its high surge current and low thermal resistance, both of which contribute to its circuit protection capabilities. Its operating method is relatively simple: it uses a single diode junction that regulates the voltage when the current is within the appropriate range, and shuts off when the voltage exceeds its range.

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