AZ1085CS-2.5TRE1

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Modern electronics technology is becoming increasingly popular, and the demand for better power supply solutions with high performance, excellent stability and reliable quality is also increasing. Integrated circuits with linear voltage regulation technology, such as the AZ1085CS-2.5TRE1, are becoming more and more popular, because they offer high-efficiency, low-noise power supplies and a wide range of applications. To provide comprehensive understanding of the AZ1085CS-2.5TRE1, this article will shed light on its application field and working principle.

Application Field

As a linear voltage regulator, the AZ1085CS-2.5TRE1 has wide application in modern electronic products. It is most widely used in home appliances, such as TV sets, washing machines, refrigerators and so on. Besides, it can be applied to automotive electronics, portable communication devices, control systems and other computer electronics. It can also be used to provide voltage stabilizers, constant voltage supply, automatic voltage stabilization and other functions.

Features

The AZ1085CS-2.5TRE1 presents several outstanding features. It has an input voltage range from 4.5V to 40V. Its output current capability is up to 2.5A, and its output voltage is adjustable from -2V to 40V, which meets the needs of multiple applications. Furthermore, the built-in thermal shutdown and KELVIN sensing terminal can protect it from overheating, and thus the AZ1085CS-2.5TRE1 can work stably and safely. With an excellent line and load regulation, the AZ1085CS-2.5TRE1 achieves high efficiency, low quiescent current, and low noise.

Working Principle

To understand the working principle of the AZ1085CS-2.5TRE1, it is necessary to analyze the main components of it. The AZ1085CS-2.5TRE1 consists of an NMOS transistor, a transistor load and a Zener diode. Under normal conditions, the NMOS transistor works as a switching transistor and the transistor load is a constant current source connected to the output. When the input voltage is higher than the output voltage, the transistor functions as a switch. The Zener diode is used to keep the voltage regulations, and when the output voltage rises, the Zener diode will lead the excess current back to the input Pin. This structure forms a Feedback Loop which ensures the output voltage remains within a certain range.

Conclusion

The AZ1085CS-2.5TRE1 is an ideal linear voltage regulation IC for emerging technologies due to its wide application field and its outstanding features. Its built-in constant current source, Zener diode and high-voltage transistor ensure its excellent performance in many modern electronic applications. Moreover, its excellent regulation and thermal protection features guarantee its stability and reliability. Thus, the AZ1085CS-2.5TRE1 is an ideal choice for linear voltage regulation in modern electronics.

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