LB11967V-MPB-H

A PMIC is a type of integrated circuit (IC) that, as its name implies, power manages integrated circuits. In the PMIC structure, different types of PMICs are classified on the basis of the number of functions and their characteristics. One type of PMIC is motor drivers, controllers, which contain devices that drive and control motors.

The LB11967V-MPB-H is one of the motor drivers/controllers which are designed to provide cost-effective motor control and bidirectional current sensing capability. It features a high-performance integrated circuit IC with a break-before-make switching mechanism to eliminate possible shoot-through current leakage between the two outputs of the IC. It was developed with the latest proprietary technology to achieve high current drive capability while reducing the number of components and improving overall cost effectiveness.

The LB11967V-MPB-H is a DC motor driver controller, which is capable of driving current of up to 3A. The device is suitable for a wide variety of applications, such as DC motor control, fan speed control, and other control applications. The device includes the following features:

• Current drive capability of up to 3A (at 24V DC input voltage).
• Break-before-make switching mechanism to avoid shoot-through current leakage.
• Integrated current sensing with ±2.5 mV/A sensitivity.
• Programmable current limit.
• Integrated filter-free PWM control input.

The LB11967V-MPB-H is designed to provide a cost-effective motor control solution with the flexibility to meet a variety of application needs. The device is designed to provide reliable and robust performance in harsh environment conditions such as high temperature and vibration. The device is also designed to provide flexibility in motor control applications by providing support for both analog and digital current sensing as well as pulse-width modulation (PWM) input.

The working principle for the LB11967V-MPB-H is simple yet effective. It is based on the concept of transmitter and receiver control of PWM signals. The transmitter sends the information in the form of the PWM signal and the receiver receives the information and converts it into the proper control signals for the motor. The device uses a break-before-make switching mechanism to avoid shoot-through currents between the two outputs of the device. Additionally, the device is designed to provide current sensing capabilities with ±2.5 mV/A sensitivity.

The LB11967V-MPB-H is a cost-effective DC motor driver controller that is suitable for a wide range of applications. It features high current drive capability, break-before-make switching, current sensing, and programmable current limit. The device is designed to provide reliable and robust performance under harsh environmental conditions and to provide flexibility in motor control applications.