MDL-STEPPER

Series:	Stellaris®
Part Status:	Obsolete
Type:	Board
Motor Type:	Stepper
Control / Drive Type:	Stepper, Bipolar
Number of Motors:	1
Voltage - Load:	9 ~ 80 V
Current - Output:	3A
Voltage - Supply:	9 ~ 80VDC
Interface:	SCI / UART, USB
Mounting Type:	Chassis Mount
Operating Temperature:	-25°C ~ 85°C
Features:	--
For Use With/Related Products:	--
Weight:	--

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Motor Driver Boards, Modules: MDL-STEPPER

MDL-STEPPER is a stepper motor driver board designed to offer a reliable and cost effective solution to motor control. It is the ideal choice for applications requiring energy efficiency and smooth motion control. This stepper motor driver board offers fast on/off switching and high speed step response. It is also simple to program and very easy to install.The MDL-STEPPER consists of two motor control boards, a sensor interface board, and an optional transceiver that connects the board to a PC or other controller. Each motor control board drives one stepper motor and provides a power source and speed control for that motor. The sensor interface board provides the interface for the motor feedback, including encoders, sensors, and other connection terminals.The MDL-STEPPER is capable of driving up to four stepper motors simultaneously. It features a wide range of step sizes, including a full-step, micro-step, and half-step, allowing for a great degree of precision in motion control. Additionally, its software platform is designed to be highly intuitive and user-friendly, allowing users to quickly setup and begin controlling the motor.At the heart of the MDL-STEPPER is the STI logic, an integrated circuit that contains the logic for driving the stepper motors. This logic, developed by STI, is designed to offer a high level of efficiency and accuracy in controlling the stepper motors. The STI logic consists of three main components, the motor control register, the motor control parameter register, and the control CPU. The motor control register is a set of values that can be programmed to determine how the stepper motor will be controlled. This register includes values for setting up the enable bit for turning the motor on, setting the direction of the motor, setting the speed and acceleration, and configuring the stepper motor for full, half, or micro-stepping mode.The motor control parameter register stores values that determine the limits for the motor operations. This record contains values for setting the upper and lower speed and acceleration limits, as well as the total number of steps for the motor to take to reach its destination. Additionally, the register is used to define the motor performance characteristics. Finally, the control CPU is used to control the various aspects of the motor control operation. This component is responsible for controlling the power to the motor, ensuring that the motor starts and stops smoothly, and programming the motor to step according to the desired operation.When combined, these components of the MDL-STEPPER provide a powerful and efficient method for controlling stepper motors. This enables the MDL-STEPPER to quickly and accurately perform a variety of motion control tasks, from basic positioning and point to point motions to more complex operations. Additionally, the ability to program the motor and its peripheral devices allows users to create custom motion control systems tailored to their specific application needs. In conclusion, MDL-STEPPER is the perfect choice for applications requiring energy efficient and precise motion control. Its versatile design makes it highly versatile and user-friendly, and its integrated components provide reliable and efficient performance. The integrated STI logic also ensures that the stepper motors used in the MDL-STEPPER are accurately and precisely driven to their desired destination quickly and efficiently. Together, these features make the MDL-STEPPER the ideal choice for motion control applications.

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