L6226QTR: Motor Control Solutions to Drive the Future

Motor control technology is playing a crucial role in the rapid development of modern industrial automation, household appliances and robotics. STMicroelectronics, the world's leading semiconductor manufacturer, introduces the L6226QTR dual full-bridge driver, an innovative solution for motor control that combines performance and reliability.

Why L6226QTR?

The L6226QTR is an integrated circuit based on advanced BCDmultipower technology, which combines DMOS power transistors, CMOS and bipolar circuits in a single chip to provide users with efficient, stable and flexible motor drive capabilities. Whether it's a bipolar stepper motor or a DC motor, the L6226QTR can handle it with ease.

The following are its core advantages that cannot be ignored:

1. Powerful performance to meet diverse needs

- Wide operating voltage range (8V to 52V): adaptable to different application scenarios, from low-voltage household equipment to industrial high-voltage systems.

- High output capacity: Supports peak currents of up to 2.8A, making it easy to drive high-power motors.

- High-frequency operation: Switching frequency up to 100kHz ensures fast response and precise control.

- Operating temperature range (-40°C to +150°C): suitable for industrial and consumer applications in harsh environments.

2. Comprehensive Protection for System Safety

The L6226QTR has a variety of built-in protection features to make your system safer and more reliable:

- Overcurrent protection: real-time detection and limitation of overcurrent conditions to avoid damage to the device.

- Thermal shutdown protection: Automatically shuts down the driver when the temperature is too high to prevent overheating failure.

- Under Voltage Lockout (UVLO): Ensures that the device will not operate abnormally when the power supply is insufficient.

- Anti-Cross-conduction Design: Avoid the risk of bridge short circuit and improve system stability.

3. Compact design and optimised layout

With the VFQFPN-32 ultra-small package (5x5 mm), the L6226QTR not only saves PCB space, but also improves thermal efficiency through its optimised thermal management design (typical thermal resistance of 42°C/W), making it an ideal choice for compact devices.

4. Precise Control and Fast Response

The L6226QTR's on-delay time is 1.9 µs at 1.4A load current and resistive load, ensuring fast response in high-speed applications.

Areas of application: All-round helpers from industry to the home

The flexibility and performance of the L6226QTR make it the ideal choice for

- Industrial automation: Precision control of stepper and DC motors for robots, conveyor belts and CNC equipment.

- Household appliances: Drive small motors in washing machines, air conditioners, electric fans and other equipment for more efficient and quieter operation.

- Consumer electronics: Providing reliable motion control solutions for smart homes and portable devices.

Why is the L6226QTR a market leader?

The L6226QTR not only leads in performance compared to conventional drives, but also saves developers design time and costs through its comprehensive protection mechanisms and compact design. At the same time, it is RoHS compliant (Ecopack2), contributing to the goal of green sustainability.

Conclusion: Driving the Future, Starting with the L6226QTR

If you are looking for a reliable, efficient and easy-to-integrate motor drive solution, the L6226QTR is the right choice. It not only meets demanding industrial needs, but also brings superior performance to consumer products. Choose the L6226QTR today and set your products apart from the competition!

In addition, as a leading distributor of electronic semiconductors, UCC INDU GmbH is committed to providing customers with comprehensive technical support and quality service. UCC INDU GmbH has extensive industry experience and a dedicated team of professionals to provide customers with a wide range of product solutions, including the L6226QTR, to help customers achieve more efficient and reliable power electronic system designs. For more information or technical support, please contact our team.

Disclaimer: The information provided on this page is for informational purposes only. We do not warrant the accuracy or completeness of the information and accept no liability for any loss or damage arising from the use of such information.