TB67H400AFNG,EL

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The Panasonic TB67H400AFNG and EL Motor Drivers, Controllers are designed to provide high current, and performance voltage control of DC motor drives. They are intended for automotive and industrial motor control applications.

The TB67H400AFNG and EL are equipped with a dual output transistor bridge, with independent control for each half bridge. This allows for small differential control of the two motor direction inputs, and offers excellent pulse width modulation (PWM) characteristics, allowing it to support high current applications.

The TB67H400AFNG and EL feature a wide operating voltage range, from 7V to 40V. The device\'s low output current allows for a variety of applications, such as small motor control, and the built-in thermal protection function ensures reliable operation. A high accurate current sensing circuit ensures precise current control and a wide PWM switching frequency range allows for various motor control applications.

The TB67H400AFNG and EL has a built-in 1-bit LED output, which can be used to indicate when the motor is operating, as well as to monitor power-on/off. The operating frequency is selectable through an I2C bus, and flexible control options are available via the I2C bus.

The TB67H400AFNG and EL offer various protections against current overload, voltage runaway, overvoltage, reverse polarity and thermal protection. This allows the device to operate safely in harsh environments and allows for a longer usable life for the motor.

The TB67H400AFNG and EL have a high-resolution 16-bit PWM, allowing for a very smooth and efficient control of the motor. The wide operating voltage range and wide pulse width modulation output allows for a variety of motor control applications, such as speed and torque control. The device also supports non-volatile programmable parameters, allowing for user-defined settings.

The TB67H400AFNG and EL are excellent solutions for the control of DC motors used in a variety of applications, such as industrial, automotive and consumer electronics. They offer great performance, flexibility, and robust design features that make them reliable and suitable for use in harsh environments.

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