TB67S261FTG,EL

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

PMICs (power management integrated circuits) are components that allow a designer to control the power supply of various circuits. This can often be an important part of embedded system design and the control of motor controllers. The TB67S261FTG,EL is an example of a device designed to control dc motors with simple stepwise motion.

The TB67S261FTG,EL is a motor driver IC (MOSFET driver) for driving small brushed DC motors. It includes operational amplifiers, error amplifier, ramp generator, direction select, reset latch and clock terminals for setting the current limit value for the motor driver. It has been optimized for minimum on-resistance to reduce power loss in the motor. It is designed to operate from a 6 to 24 Volt DC power supply. In addition, the motor driver can be customized for motor voltage and current by external logic.

The configuration of the TB67S261FTG,EL is designed to be used in place of a set of relays. It takes two inputs, one to control direction and the other to control speed. By changing the input pulses, the direction and speed of the motor can be controlled. The driver also allows for current control through the adjustable current limit feature. This allows for greater control over the state of the motor and allows a designer to customize the start up characteristics of the motor or to enable power optimization features.

In addition to control the speed and direction control, the TB67S261FTG,EL offers protection from short circuit, thermal shutdown, over temperature, under voltage and UVLO regulation. These features ensure that the device and the motor attached to it are protected from damage due to excessive current or voltage.

The TB67S261FTG,EL is a compact solution for controlling multiple small DC motors. It has been designed for embedded system control of such motors and it has proven itself to be a reliable and cost effective solution for motor controller applications.

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