MAX16930BATLR/V+T

MAX16930BATLR/V+T Application Field and Working Principle

Introduction

MAX16930BATLR/V+T is a customized multifunction buck-boost/two-/four-switch integrated circuit provided by Maxim Integrated Company. This integrated circuit is designed for use in automotive battery voltage monitoring and power management systems. Maxim Integrated Company has released a number of integrated circuits in this family, but MAX16930BATLR/V+T is considered to be the premier integrated circuit due to its wide range of features and high efficiency ratings. This integrated circuit is used in a variety of applications, including autonomous driving, electric vehicles, and battery monitoring systems.

Application Field

MAX16930BATLR/V+T is an integrated circuit designed for automotive applications, such as vehicle battery monitoring. The integrated circuit combines a multi-function buck-boost regulator and a two- or four-switch configuration, allowing for high efficiency, wide input voltage range, and fast transient response. The integrated circuit is capable of both step up and step down operation, making it suitable for all types of automotive applications, including autonomous driving, electric vehicles, and battery monitoring systems. The integrated circuit is also able to monitor and adjust battery voltage, ensuring optimal performance and maximum output.

Additionally, the integrated circuit also provides a variety of advanced features that make it suitable for a wide range of applications. The integrated circuit includes a high-precision voltage monitor, an Accumulated Ripple Voltage Limit (ARVL) feature, and an adjustable frequency operating range. The integrated circuit also supports programmable frequency control, allowing for a variety of system configurations. Finally, the integrated circuit is also capable of low input current filtering, reducing noise and improving overall system efficiency.

Working Principle

The working principle of the MAX16930BATLR/V+T is based on a buck-boost regulator. The integrated circuit is capable of both step up and step down operation and can be switched between the two operating modes. The integrated circuit is able to adjust its output voltage in order to maintain the desired input voltage. This is accomplished by the integrated circuit\'s high-precision voltage monitor and Accumulated Ripple Voltage Limit (ARVL) feature.

The integrated circuit is also capable of low input current filtering and programmable frequency control. The integrated circuit\'s frequency control is adjustable, allowing for additional fine-tuning of system performance. The integrated circuit also includes an adjustable frequency operating range, allowing for a variety of system configurations. Finally, the integrated circuit is also capable of monitoring and adjusting battery voltage, ensuring optimal performance.