AZ1085CS2-1.8TRE1

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The AZ1085CS2-1.8TRE1 is a three-terminal low-dropout type linear voltage regulator, perfect for applications requiring a low dropout voltage. It provides superior output current accuracy and stability. The device offers a variety of features, including: low operating voltage, digital control, low thermal resistance, and adjustable output voltage.

In terms of its application field, the AZ1085CS2-1.8TRE1 is ideal for use in power management systems, such as those found in personal and embedded devices. Additionally, the device is well suited for powering low-power analog circuits, as well as medium-powered digital circuits, such as microprocessors, DSPs, and other logic circuits.

The working principle of the AZ1085CS2-1.8TRE1 linear voltage regulator is relatively simple. The device utilizes two transistors to control the output voltage. The first transistor is connected to a reference voltage (Vref) and the second is connected to the output voltage (Vout). Both transistors are biased in order to maintain the output voltage at a predetermined level. As the load changes, the transistors adjust the output voltage accordingly.

The AZ1085CS2-1.8TRE1 also features an adjustable output voltage range of 1.8V to 3.3V. This range allows the device to be programmed to meet the requirements of a given application. Additionally, the device offers high accuracy and low current consumption, with a typical quiescent current of 10uA. Finally, the device is also equipped with a thermal protection circuit that shuts down the output if the temperature exceeds a predetermined level.

In conclusion, the AZ1085CS2-1.8TRE1 linear voltage regulator is an ideal choice for applications requiring a low dropout voltage. The device provides superior output current accuracy and stability and features a variety of features, including an adjustable output voltage range, high accuracy, and thermal protection. The working principle of the device is relatively simple and utilizes two transistors to control the output voltage. The device is well suited for powering low-power analog circuits, as well as medium-powered digital circuits, making it an ideal solution for a variety of applications.

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