ADR280AKSZ-R2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ADR280AKSZ-R2 is a specifically designed voltage reference module belonging to the PMIC - Voltage Reference family. It was designed to offer high-stability output voltage, low-noise operation, and high accuracy. It is cost-effective, reliable and energy-efficient.

The PMIC - Voltage Reference family includes products that are used to regulate and set a precise voltage reference for many different contexts and applications. Its devices have superior accuracy and stability and can offer various output voltage levels. The ADR280AKSZ-R2 belongs to this family and is a unique model with its own specifications and features.

ADR280AKSZ-R2 Application Field

The ADR280AKSZ-R2 reference module is mainly used in single-output systems, such as medical, industrial, and solar power systems. This reference module can provide accurate voltage references over wide temperature variations, which is important in medical and industrial applications. In solar power systems, it can also be utilized to accurately generate steady output voltages. It proves to be an excellent choice in motion control applications.

ADR280AKSZ-R2 voltage references are also suitable for power management in different types of applications. For example, the silicon-oxide-nitride-oxide-nitride (SONOS) technology is one of the most useful features in a voltage reference that is typically used for controlling the power management in computer systems, as it provides a more efficient operation. Furthermore, this reference module offers increased accuracy when compared to other modules in the family.

ADR280AKSZ-R2 Working Principle

The working principle of ADR280AKSZ-R2 reference module is based on band gap circuitry, which ensures superior accuracy and stability of the output voltage. It features a series of transistors that is able to convert a current input into the desired output voltage by controlling the base-emitter current of the transistors. This base-emitter current can be adjusted to provide an accurate voltage reference.

The reference module also provides an output voltage range of 0.8 volts to 16 volts with an output accuracy of ± 0.200%, which guarantees the desired output voltage stability and accuracy. Additionally, the input current is regulated to improve the accuracy of the reference module and increase its efficiency. The narrows dropout of ADR280AKSZ-R2 also ensures that even when the input voltage is lower, the module can still maintain a stable output voltage.

Conclusion

In conclusion, the ADR280AKSZ-R2 is a versatile reference module that can be used in various applications, including medical, industrial, and solar power systems. It offers superior accuracy, low-noise operation, and high efficiency. With the features mentioned above and the excellent performance, the ADR280AKSZ-R2 reference module is indeed an excellent choice for power management in different systems.

The specific data is subject to PDF, and the above content is for reference