AZ23C3V9-7

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Zener diodes are common semiconductor devices. They are used to stabilize voltages in electronic circuits. The AZ23C3V9-7 zener diode (also known as a Zener array) is a three-terminal, integrated circuit device that utilizes multiple individual Zener diodes connected in series to form a constant voltage source.

The AZ23C3V9-7 zener diode array is made up of three individual zener diodes. It has a voltage rating of 3 volts. The diode array has a breakdown voltage of 5.0V, a maximum operating temperature of 85°C, and a reverse current of 15mA. It has a maximum power dissipation of 500mW and an operating current rating of 500mA.

The AZ23C3V9-7 zener diode array is widely used in applications that require low-cost, low-voltage voltage regulators, such as power supplies for microcontrollers and other low-voltage digital devices. It is also used in automotive electronics, where it is used to regulate the 12V system within a car. The diode array also finds use in motor control, voltage sensing, and other low-voltage applications.

The working principle of the AZ23C3V9-7 zener diode array is based on the properties of the individual zener diodes. The diodes are connected in series and each diode can operate at its own breakdown voltage, allowing the overall device to maintain a constant voltage output. When the input voltage exceeds the breakdown voltage of the diodes, current flows from the input to the output through the diodes, stabilizing the voltage at the required level.

The AZ23C3V9-7 zener diode array is a high-performance component that is well-suited to many applications. It is easy to use, inexpensive, and has a wide operating temperature range. Its high-current rating and low-voltage rating make it ideal for a variety of low-power designs. Its low-cost and superior performance make it a good choice for budget-conscious applications.

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