LB11867FV-MPB-E

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 LB11867FV-MPB-E is a PMIC Motor Drivers Controller that is versatile, reliable, and easy to use for power management applications. It can provide multiple independent outputs enabling a wide range of motor and motor drive applications from simple to complex. It includes a number of features such as integrated protection and diagnostics, intelligent control, and enhanced flexibility for various motor control types. The LB11867FV-MPB-E also offers a cost effective solution for motor control needs.

The LB11867FV-MPB-E is equipped with two power outputs with two operating modes - Motor Control mode and Power Mode. It can be used to drive both polar and non-polar stepper motors such as 2-phase and 4-phase stepper motors. It also supports vector, sin/cos, and AC vector modes and can be used to operate solenoids, valves, and other devices. The LB11867FV-MPB-E provides the most efficient and best performance in motor control applications.

The LB11867FV-MPB-E adopts a bootloader approach to quickly configure the motor settings and parameters. It makes use of an integrated pre-charge circuit that ensures a safe transition during PWM control from start to stop. The LB11867FV-MPB-E also supports a hardware Only-Run feature that eliminates the need for extra hardware in motor start/stop operations. It features a peak current limitation for safe and reliable motor start and operation.

The LB11867FV-MPB-E comes with an integrated variable flyback control circuit. This control circuit helps control and monitor the flyback voltage from the motor and provides an adjustable boost voltage. In addition, it has an adjustable overcurrent protection and overvoltage protection for improved reliability and safety. The variable flyback control also helps to reduce the peak current and avoid damaging motors or other devices.

The LB11867FV-MPB-E also consists of a dual current sense circuit. This circuit provides full time and accurate current sensing of both the active and the inactive motor phases. It helps to reduce the power consumption when the motor is at no-load or stopped due to the current sensing. Additionally, the dual current sense circuit improves the startup reliability of the motor.

The LB11867FV-MPB-E also provides a digital interface. This interface gives designers the flexibility to program motor settings and parameters. Furthermore, the digital interface allows for external control and monitoring for improved motor control performance. The LB11867FV-MPB-E also offers various diagnostic, protection and control features for improved motor control efficiency.

Overall, the LB11867FV-MPB-E is an ideal solution for motor drive and motor control applications. It provides the best performance, flexibility and reliability for motor drive applications. It also offers various control and protection features for improved motor control efficiency. Furthermore, the LB11867FV-MPB-E makes use of an integrated pre-charge circuit and a dual current sense circuit to reduce power consumption and improve reliability.

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