MAX6072BAUB50+

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

Introduction

The MAX6072BAUB50+ is a solid-state, device-integrated voltage reference solution which finds its place in the voltage reference family of Power Management Integrated Circuit (PMIC) components. It is designed with a low-noise, high-accuracy and high-stability output that suits its application field in precision regulated output circuits. This device also has a 0.1% reference accuracy over the entire operational temperature range. In this document, the application field, working principles and other features of this component are discussed in detail.

Application Field

The MAX6072BAUB50+ is a voltage reference component suitable for precision regulated output circuits, particularly in medium and high power systems. It has a very low-noise and high-accuracy output which makes it highly suitable for situations where very low voltage drops must be maintained, like battery operated systems and other power sensitive applications. It is also used in many medical instruments which require accurate and stable reference voltages.

The MAX6072BAUB50+ can also be used as a replacement for batteries in applications such as oscilloscopes, control systems, and remote controls which require precision regulated output circuits. Additionally, it can be also used for impedance matching systems and in concurrent systems that require flexibility.

Working Principles

The MAX6072BAUB50+ works by using a highly accurate and stable voltage reference design to manage the output voltage of the device. The device has a regulated output which is maintained by a low-temperature coefficient comparator circuit and an operational amplifier. This ensures that the output voltage is accurately regulated, with a high precision, even if the input voltage may vary.

The device uses a low-temperature coefficient, high-precision voltage reference supply to generate the reference voltage. It also uses a series of switching transistors to generate a stable voltage. These transistors help to maintain the output voltage even when the input may be changing. The device also has a low power threshold which helps in situations when the input may be too low. This is an important feature when dealing with low voltage applications.

The device also has an optional shutdown option which can be used to reduce the power usage of the device. The device has an input voltage range of 2.8V to 5V, and a reference voltage range of 1.2V to 5V. The accuracy of the output voltage is 0.1% over the entire operational temperature range.

Features and Advantages

The MAX6072BAUB50+ delivers several features and advantages for its application field Some features of the device include:

• High-accuracy voltage reference with 0.1% accuracy over the entire operational temperature range
• High-stability design with low noise and low output impedance
• Regulated output which can be adjusted and controlled through external control loops
• Optional shutdown mode to reduce power usage

The MAX6072BAUB50+ also offers several advantages in its application field. It has improved accuracy, stability, and reliability thanks to its design and new technology which help to minimize errors. It is also capable of source and sink current with excellent load regulation and line regulation over temperature.

The device also addresses issues of power consumption and thermal dissipation when dealing with power-sensitive applications. The device uses low power consumption and its thermal dissipation is reduced thanks to efficient thermal management.

Finally, the device is offered in an 8-pin DIP package, making it easy to integrate into a variety of circuits and systems. This ensures that it is compatible with most existing systems.

Conclusion

The MAX6072BAUB50+ is a voltage reference component designed with a low-noise, high-accuracy and high stability output that suits its application field in precision regulated output circuits. It is suitable for medium and high power systems as well as circuits with low voltage drops. It has a 0.1% reference accuracy over the entire operational temperature range and offers several features and advantages such as improved accuracy, stability, and reliability, low power consumption, and an 8-pin DIP package for easy integration.

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