MP5006EQ-LF-Z

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

The MP5006EQ-LF-Z is a power distribution switch, load driver and load controller PMIC from Monolithic Power Systems. It consists of a three-phase DC motor driver, as well as an intelligent over temperature and under voltage sensing system. The MP5006EQ-LF-Z is designed for applications that require low voltage and large current drive capabilities in an array of applications, including automotive, consumer electronics, industrial and medical.

The MP5006EQ-LF-Z is equipped with a three-phase DC motor driver that can handle up to 50A peak current per phase. The driver is based on a wide range of transistors, including MOSFET and IGBT, and can be configured to drive both brushless and traditional DC motors. The integrated intelligent over-temperature sensing system is able to detect if the motor is overheating, and will immediately disengage the drive circuit in the event of this occurring. This feature helps to protect both the DC motor and the power supply from damage due to excessive heat.

The MP5006EQ-LF-Z also includes an integrated under-voltage sensing system. This feature is designed to protect the power supply from voltage drop, and can be configured to trip at any preset voltage. This trip point can be adjusted to account for the different voltage requirements of different motors and power supply types.

The MP5006EQ-LF-Z features an innovative, low-noise circuit design, which provides minimal interference with other circuits in the system. This makes it ideal for automotive and medical applications, as it can help reduce EMI emissions. The device is also compliant with AEC-Q100-grade 1 requirement and is able to operate over extended temperature ranges, making it suitable for industrial applications.

Using the MP5006EQ-LF-Z, engineers are able to create applications that require low voltage and large current drive, and enjoy improved reliability and longer life cycles. The device is particularly suitable for applications that require extended temperature ranges and low-noise environments.

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