Infineon BLDC_SHIELD_TLE9879 Motor Driver for TLE9879QXA40 for Automotive, BLDC Motors, Fans, Maker Projects, Power

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RS Stock No.:
232-6799
Mfr. Part No.:
BLDCSHIELDTLE9879TOBO1
Brand:
Infineon
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Brand

Infineon

Power Management Function

Motor Driver

For Use With

Automotive, BLDC Motors, Fans, Maker Projects, Power Tools, Pumps, RC Cars

Kit Classification

Evaluation Board

Featured Device

TLE9879QXA40

Kit Name

BLDC_SHIELD_TLE9879

COO (Country of Origin):
DE

Infineon Evaluation Board, 80V Power Supply Voltage, 10A Maximum Output Current - BLDCSHIELDTLE9879TOBO1


This evaluation board is designed for controlling BLDC motors, particularly those used in automotive applications. The board integrates the TLE9879QXA40 motor driver, featuring a compact design suitable for various projects. It is compatible with Arduino baseboards, facilitating easy development and testing for users in automation, electronics, and related fields.

Features & Benefits


• Supports 5.5V to 28V normal and 28V to 40V extended input voltage ranges
• Incorporates critical protective features such as overcurrent and overtemperature safeguards
• Integrates easily with Hall sensors for precise motor control feedback
• Compact layout ideal for maker projects and power tool applications

Applications


• Ideal for automotive motor control systems
• Suitable for various maker projects needing motor drive capabilities
• Effective in driving fans and pumps for industrial
• Utilised in RC car motor control for enhanced performance
• Functions well in power tools requiring precise operation

What type of motors can be effectively controlled using this board?


It is designed to control brushless DC motors across various applications, including automotive, power tools, and fans due to its versatile voltage range.

How does the SPI interface enhance performance?


The SPI interface allows for high configurability, enabling detailed diagnostics and seamless communication with the Arduino master for motor control.

What safety features are incorporated to protect the hardware?


The evaluation board includes protections against overtemperature, overcurrent, and undervoltage, ensuring reliable operation under varying conditions.

Can multiple boards be stacked for expanded use?


Yes, up to four shields can be stacked, enabling simultaneous control of multiple motors within a single project setup.

Is an Arduino baseboard required for operation?


Yes, an Arduino baseboard is necessary to operate the evaluation board effectively, serving as the controller for the motor driver.

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