Blog Perusahaan Tentang Supply Evaluation Boards, Mingjiada Electronics Supply TI BLDC And Stepper Motor Driver Module

Supply Evaluation Boards, Mingjiada Electronics Supply TI BLDC And Stepper Motor Driver Module

In modern electronic systems, motor driver evaluation modules serve as vital tools for engineers designing and validating motor control solutions. Mingjiada Electronics offers a one-stop supply of TI's full range of motor driver evaluation modules, covering comprehensive drive solutions for brushed DC, stepper, and brushless DC motors. This provides engineers with end-to-end support from evaluation through to mass production.

TI – Motor Driver Evaluation Modules
Mingjiada Electronics supplies multiple types of TI motor driver evaluation modules, catering to diverse application requirements including brushed DC motors, stepper motors, and brushless DC motors (BLDC).
1. Brushed DC Motor Driver Evaluation Module
The brushed DC motor driver evaluation module is suitable for applications with simple control logic and cost-sensitive requirements.
DRV8837EVM: An evaluation module based on the DRV8837 chip, supporting 1.8A peak/1.8A continuous output with an operating voltage range of 1.8 to 11V. This module employs a separate Vm/Vcc power supply design, isolating the motor voltage from the logic power supply. It can be controlled via the on-board MSP430 microcontroller or an external MCU.
DRV8838EVM: An evaluation module for assessing the DRV8838 brushed motor driver, supporting a wide operating voltage range of 0 to 11V and delivering 1.8A peak/1.8A continuous output. The EVM integrates on-board speed and direction control functionality, utilising a micro-USB connection for convenient evaluation and power supply.

2. Stepper Motor Driver Evaluation Modules
For applications requiring precise position control, stepper motor driver evaluation modules provide comprehensive solutions.
DRV8424EVM: An evaluation module specifically designed for bipolar stepper motors, supporting a wide supply voltage range of 4.5V to 33V and peak current drive capability up to 4A.
This module integrates current sensing and regulation circuitry, eliminating the need for external current sense resistors. It supports microstepping up to 1/256, delivering enhanced stepper motor control precision.

3. Brushless DC (BLDC) Motor Driver Evaluation Modules
Brushless DC motors are widely employed across industrial and control applications due to their high efficiency and reliability.
TIDA-00274: This reference evaluation module utilises the DRV8313 three-phase driver and MSP430G2553 MCU to deliver a low-cost sensorless solution supporting continuous phase currents up to 48V and 1.9Apk.
DRV8334EVM: A 30A three-phase brushless DC drive stage based on the DRV8334 gate driver, suitable for 12V, 18V, and 24V systems, supporting motor operating currents up to 30A.
DRV10963AEVM: An evaluation platform for the DRV10963 5V three-phase sinusoidal sensorless BLDC motor driver, operating within a 2.1-5.5V supply voltage range. This module comprises a main board and daughter board, enabling motor speed adjustment via potentiometer and motor tuning through a graphical user interface.
DRV10975EVM: Module for evaluating the DRV10975 brushless DC motor driver, supporting a supply voltage range of 8V to 28V and employing 180-degree sensorless control technology.
DRV10866EVM: Low-cost, low-voltage three-phase sensorless BLDC motor driver evaluation module, operating within a 2-5.5V voltage range and delivering a peak output current of 680mA. The module features a straightforward design, requiring users to complete just two steps to start the motor: connect the power supply and connect the motor.

With the continuous advancement of industrial automation and intelligent control, demand for motor driver evaluation modules will persistently grow. Mingjiada Electronics consistently supplies the full range of TI motor driver evaluation boards. For further product information or sample enquiries, please visit the Mingjiada Electronics official website (https://www.integrated-ic.com/) to obtain additional supply details.