24VSHIELDBTT6030TOBO1

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

24V Shield BTT6030TOB01 is an expansion board for 24V motors and is available as an enhancement for motor control applications. It enables a 24V motor to be easily and conveniently connected to a BTT6030 motor driver IC. The board has two connections – one on the screw terminals and one on the Molex connector.

The 24V Shield BTT6030TOB01 is designed to provide enhanced motor-driving capability. Its primary benefit is that it allows the user to make a simpler, less-expensive, and more reliable connection to the BTT6030 IC. By removing any potential for noise interference and providing more flexibility, it gives developers more control and a smoother motor drive.

This board is suitable for industrial as well as residential applications, such as electric window-operating systems, robotics, retails motor applications, and home automation systems. The 24V Shield BTT6030TOB01 simplifies communication between the motor and the microcontroller and the motor driver IC. It helps to reduce the connection complexity, thus making it easier for user to set up the motor system.

The 24V Shield BTT6030TOBO1 is built with a total of 16 pins on its sides. 8 pins are used for power connectors, 4 pins for motor speed signals, 1 pin for motor current analog output and 3 pins for Status and Fault alerts. The board can be integrated with Arduino boards, PLCs, PCs etc. It has motor sense outputs and on board motor drive headers that allow the user to easily connect their motor to the motor driver IC.

The 24V Shield BTT6030TOBO1 board also provides easy control of the motor speed. It is designed with dual control mode, both analog and digital. It can be controlled through PWM or using analog voltage signals. It also features over-temperature protection and a wide variety of current monitoring features.

The 24V Shield BTT6030TOBO1 is an easy-to-use, low-cost solution for low-cost applications, making it an ideal choice for those who need an economical way to power their motor driver IC. It is also very reliable and provides quick setup and response time. It is a great addition to any motor control system.

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