MAX16930AGLR/VY+T

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 MAX16930AGLR/VY+T is a state-of-the-art power management integrated circuit (PMIC). It combines several functions into a single integrated circuit, including six channels of DC/DC step-up and step-down voltage regulators, three-channel integrated FET drivers, and a range of monitoring and protection features. The device is designed for automotive applications and is characterized for operation over a wide temperature range.

Application Field: The MAX16930AGLR/VY+T is primarily designed for automotive applications, such as using in an automobile’s centralized power supply, the vehicle battery management system, and electronic power steering hydraulic control devices. The device can also be used in consumer applications where 12V DC supplies are utilized, including 12V battery-powered consumer devices, such as digital cameras, portable electronics, portable navigation, phones, and personal digital assistants (PDAs).

Working Principle: The MAX16930AGLR/VY+T is an all-in-one power management IC that combines several functions, such as six channels of DC/DC step-up, step-down voltage regulators, three-channel integrated FET drivers and a range of monitoring and protection features. The device is configured to provide voltage conversion, current limitation, under-voltage lockout and over-temperature shut-down protection. Furthermore, the MAX16930AGLR/VY+T can work as either a step-up DC/DC converter or a step-down DC/DC converter. When operating as a step-up converter, the device can supply output voltages higher than the input voltage. When operating as a step-down converter, the device can supply output voltages lower than the input voltage.

The MAX16930AGLR/VY+T has three integrated synchronous FET drivers that enable switching DC/DC converter stages up to 3.6MHz. Additionally, the device features current sensing and supports power limiting to reduce power dissipation and thermal stress within the switchingStage. Protection features are built in to prevent accidental overload and over-temperature operation. The device also has a retard current limiting feature which can be programmed to provide continuous overload protection.

The MAX16930AGLR/VY+T is optimized for automotive applications with operational temperature range between -40°C to +125°C and up to 80V input voltage capability. It is offered in 8-pin mini SOIC surface mount package and provides the users with configurable input and output voltages and regulated current limits.

The MAX16930AGLR/VY+T provides an efficient and fast solution for applications that require multiple DC/DC converter stages, such as supplying multiple voltage rails from a single supply, providing isolation between two power supplies, or supplying power for a subsystem from a remote power supply.

Conclusion: The MAX16930AGLR/VY+T is a single-chip power management integrated circit (PMIC) designed for automotive applications. It combines several functions into a single integrated circuit, including six channels of DC/DC step-up and step-down voltage regulators, three-channel integrated FET drivers, and a range of monitoring and protection features. The device is capable of providing voltage conversion, current limitation,under-voltage lockout and over-temperature shut-down protection to protect the device from damage. The MAX16930AGLR/VY+T is optimized for automotive applications with operational temperature range between -40°C to +125°C and up to 80V input voltage capability. It is offered in 8-pin mini SOIC surface mount package. It is an ideal choice for applications such as supplying multiple voltage rails from a single supply, providing isolation between two power supplies, or supplying power for a subsystem from a remote power supply.

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