Infineon REF-ENGCOOLFAN1KW 3 Phase Motor Drive for IAUA250N04S6N007, TLE9879QXW40

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£677.00

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£812.40

(inc. VAT)

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RS Stock No.:
234-1605
Mfr. Part No.:
REFENGCOOLFAN1KWTOBO1
Brand:
Infineon
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Brand

Infineon

Power Management Function

3 Phase Motor Drive

Kit Classification

Development Board

Featured Device

IAUA250N04S6N007, TLE9879QXW40

Kit Name

REF-ENGCOOLFAN1KW

Infineon Power, Motor & Robotics Development Tool, 3-Phase Motor Drive, Development Board Kit Classification - REFENGCOOLFAN1KWTOBO1


This development tool provides an effective solution for powering and controlling motors in the automotive industry. With its integrated 3-phase motor drive capabilities, this unit is designed for engine cooling fan applications, enhancing performance while optimising power management. It serves as a valuable resource for engineers in automation and robotics, offering a solid platform for design and experimentation.

Features & Benefits


• Drives loads up to 1kW at 12V battery voltage
• Utilises OptiMOS -6™ and TLE9879QXW40 embedded IC
• Compact design minimises PCB space requirements
• Thermal performance is enhanced for efficient operation
• Standard PCB materials facilitate straightforward development
• EMC tested in accordance with CISPR25 standards

Applications


• Designed for automotive engine cooling fan control
• Suitable for radiator fan implementations
• Enables various 1kW BLDC motor
• Ideal for robotics requiring efficient power management

What kind of load can this development tool handle?


It can drive loads up to 1kW, making it suitable for applications such as automotive engine cooling fans and other motor-driven tasks.

How can I configure the settings for optimal performance?


The provided Infineon Config Wisard within the Keil® μVision development environment allows you to easily adjust parameters for current, speed, and other controls specific to your application.

Is there guidance available on layout and thermal management?


Yes, the documentation includes comprehensive information on electrical design, including thermal management techniques, layout patterns, and component placement for effective heat dissipation.

How does this unit ensure compatibility with other motor control solutions?


It integrates a 3-phase bridge driver IC, which is compatible with various motor control algorithms, supporting both sensor-based and sensor-less control mechanisms.

What considerations should I keep in mind regarding thermal performance?


The design prioritises thermal management by effectively dissipating heat through the PCB and optimising component placement to ensure reliable operation under challenging conditions.

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