MAX16833AUE/V+CFX

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The MAX16833AUE/V+CFX is a PMIC – LED driver that is used to simplify the driving of multiple LEDs in a variety of applications. This PMIC integrates a dual-channel, high-current switch driver and three independent voltage regulators. The integrated high-current FETs can quickly source up to 400mA and sink up to 500mA through the two output channels. In addition, the device can be used in either boost or buck-boost configurations, and includes a PMBus interface for improved system monitoring and control.

The MAX16833AUE/V+CFX provides an ideal solution for applications that require high-current power switches, such as automotive lighting, LED accent lighting, camera flash, and strobe applications. The device also offers a benefit of excellent efficiency with up to 95% efficiency, as well as low-battery consumption. Moreover, it offers improved fault protection, high-efficiency LED driver function, and nine high-current, fault-protected outputs.

The MAX16833AUE/V+CFX features two independent current steering FETs that are used to provide unregulated, real-time dimming or color blending capabilities. The device provides both open drain and open source outputs, allowing for flexible control of the LEDs. In addition, the MAX16833AUE/V+CFX also integrates a number of other features that provide improved performance, such as analog and digital fault protection and PMBus interface.

The MAX16833AUE/V+CFX is powered by an onboard voltage regulator and powers the two output channels from the ground line. The regulator provides a low output voltage, ensuring that the device will run efficiently at low voltage levels and also provide a very low quiescent current draw. The regulator can also be configured to provide even lower output voltage levels, allowing for improved efficiency when running at low voltages.

The MAX16833AUE/V+CFX provides a number of advantages, such as improved dimming control, a unified system, improved protection, and improved efficiency. The device also features two independently programmable current steering FETs that allow for improved LED dimming control and increased system efficiency. The device also features nine high-current, fault-protected outputs and an optional PMBus interface for improved system monitoring and control.

In conclusion, the MAX16833AUE/V+CFX is an ideal PMIC – LED driver for applications in which high-current power switches are required, such as automotive lighting, LED accent lighting, camera flash and strobe applications. The device offers low-battery consumption and improved fault protection, with nine high-current, fault-protected outputs, as well as a PMBus interface for monitoring and control. Furthermore, it offers improved dimming control, a unified system, and improved efficiency, making it an ideal solution for a variety of applications.

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