LB11693JH-TLM-E

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The LB11693JH-TLM-E is an advanced motor driver controller, falling under the PMIC classification as these devices are used to power and control integrated motors, providing great versatility. The LB11693JH-TLM-E offers a great combination of features and performance, including an integrated CL-FET power switch, robust battery protection, and over-current protection. The LB11693JH-TLM-E motor driver controller also feature two pulse width modulation (PWM) outputs to control the speed of two motors. This makes it ideal for applications where multiple motors need to be controlled simultaneously.

The LB11693JH-TLM-E can be used in a variety of applications, such as automotive, home appliance, industrial, commercial and consumer applications. It is designed to provide a reliable, long-term operation, while at the same time providing up to 600mA of current to the motor. Thanks to its low power consumption and minimal heat generation, the LB11693JH-TLM-E is perfect for applications with limited space and power requirements. Additionally, it is compatible with a wide range of external devices, such as Hall effect sensor, temperature sensors, and digital encoders.

The working principle of the LB11693JH-TLM-E is quite simple. When the voltage is applied to its CL-FET power switch, the device allows current to flow through the integrated motor. From there, the PWM inputs are used to control the speed of the motor as well as the direction of rotation. Depending on the configuration, the LB11693JH-TLM-E can be used to drive two motors in either parallel or series configurations. Additionally, it is possible to control the speed of the motors independently, by adjusting the pulse width modulation signals sent to the motor. This makes the LB11693JH-TLM-E an ideal solution for applications that require precise control over the motor speed.

The LB11693JH-TLM-E motor driver controller is ideal for a variety of applications, thanks to its versatile design and robust protection features. It provides a reliable, long term solution for powering and controlling integrated motors, offering up to 600mA of current in a low power and minimal heat generating package. The device also offers two independent PWM outputs to control the speed of two motors in parallel or series configurations, making it an ideal choice for applications that require precise motor speed control.

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