MPC17531AEVEL

Step Resolution:	--
Base Part Number:	MPC17531
Supplier Device Package:	20-VMFP
Package / Case:	20-SSOP (0.209", 5.30mm Width)
Mounting Type:	Surface Mount
Operating Temperature:	-20°C ~ 150°C (TJ)
Voltage - Load:	2 V ~ 8.6 V
Voltage - Supply:	2.7 V ~ 3.6 V
Current - Output:	700mA
Applications:	Battery Powered
Series:	--
Technology:	Power MOSFET
Interface:	Parallel
Output Configuration:	Half Bridge (4)
Function:	Driver - Fully Integrated, Control and Power Stage
Motor Type - AC, DC:	Brushed DC
Motor Type - Stepper:	Bipolar
Part Status:	Obsolete
Packaging:	Tape & Reel (TR)

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MPC17531AEVEL - Motor Drivers, Controllers

The MPC17531AEVEL is a highly advanced motor controller designed to perform efficient, precise motion control in a wide array of applications. Its sophisticated design merges the latest technology with a variety of user friendly features and safety checks to ensure fluid and reliable operation.

The Motor Controller Design

The MPC17531AEVEL is an 8 bit digital motor controller. Its powerful 40nm process motor interface IC (MIC) allows for precise, high speed motor control. It provides a pulse-width modulated (PWM) output with exceptionally low motor current ripple, along with a voltage feed forward parameter that optimizes motor speed and torque control. The controller comes with a flexible ControlLogic, which allows users to develop their own motion control protocols. The microprocessor contains hardware and software designed to allow easy integration of the motion control system with application specific parameters.

Features and Benefits

The MPC17531AEVEL features several user-friendly features that make it an ideal choice for advanced motion control applications. It delivers high torque, low ripple and precise control, making it suitable for a variety of motor control requirements. Additionally, the controller includes a built-in, self-diagnosing system that monitors Fault outputs, providing users with an enhanced level of safety. The controller is also resistant to noise and electromagnetic interference with an IP6K7-rated housing.The controller is designed for efficient operation and maximum durability. Its low-power, low-heat design helps reduce power consumption, noise, and heat, contributing to a longer service life. The controller also features a wide input voltage range of 10-24V and supports four different types of motor control protocols- S-RPM, Trapezoidal Commutation, Velocity Control and Torque Control.

Application Fields

The MPC17531AEVEL is designed for motion control in a variety of commercial and industrial applications, such as automation and robotics systems, electronic manufacturing equipment, 3D printing, loading systems and conveyor systems. Its advanced motor control capabilities make it suitable for various types of motor designs, including linear motors, brushless motors, step motors, servomotors and reluctance motors.

Working Principle

The MPC17531AEVEL uses a pulse-width modulated (PWM) signal to control the motor voltage and speed. The controller receives a signal from the strategic control software, which is then converted by the integrated control logic into a PWM signal of the appropriate duty cycle. This signal is then sent to the motor, which rotates according to the duty cycle. The torque and speed of the motor are continuously monitored by the controller\'s built-in sensors, allowing the system to adjust the PWM signal as needed to maintain optimal motion control.The integrated control logic also allows for programmable acceleration and deceleration ramps, ensuring smooth, efficient motion control. The controller also features a comprehensive communication interface, allowing it to integrate with other control systems and communication networks.

Conclusion

The MPC17531AEVEL is a highly advanced, user-friendly digital motor controller designed for efficient operation in a wide range of industrial and commercial applications. Its sophisticated motor control capabilities, integrated fault monitoring system and resistance to EMI allow for precise, reliable operation, while its wide input voltage range and support for multiple motor control protocols make it an ideal choice for advanced motion control applications.

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