company blog about Supply Infineon EVAL-FAN-XMC-PFD7 Motor Drive Evaluation Board Using PFD7 Super Junction MOSFET

Supply Infineon EVAL-FAN-XMC-PFD7 Motor Drive Evaluation Board Using PFD7 Super Junction MOSFET

Shenzhen Mingjiada Electronics Co., Ltd. — Long-term supply of [Infineon] evaluation board EVAL-FAN-XMC-PFD7: 100W motor drive evaluation board employing sensorless FOC control. Product details for EVAL-FAN-XMC-PFD7 are as follows:

EVAL-FAN-XMC-PFD7 is a 100W motor driver evaluation board employing sensorless FOC control. It provides a complete system-level solution for controlling three-phase motors via discrete inverters, showcasing Infineon's CoolMOS™ motor drive technology. This motor driver application evaluation board is designed to assist customers during the initial stages of designing inverter applications using discrete solutions.

EVAL-FAN-XMC-PFD7 motor driver board utilises Infineon's CoolMOS™ PFD7 MOSFET series to enhance efficiency. It offers sensorless synchronous correction BLDC/PMSM control algorithms, an adjustable switching frequency up to 20kHz, and options for two-phase or modulated operation.

EVAL-FAN-XMC-PFD7 (Motor Driver Evaluation Board)

Series: CoolMOS™ PFD7
IC/Component Used: IPN60R1K5PFD7S
Input Type: DC, AC
Frequency: 6 kHz to 20 kHz
Output Power: 100 W
Supply Voltage: 85 V to 265 V
Topology: Three-phase - Two-level

EVAL-FAN-XMC-PFD7 motor drive demonstration board is designed for AC input voltages, delivering up to 100W maximum output power to drive three-phase brushless DC/permanent magnet synchronous motors. It supports sensorless FOC mode suitable for fan and pump applications. This functionality is achieved through the integration of CoolMOS™ PFD7 power devices and an XMC1000 microcontroller within the EVAL-FAN-XMC-PFD7.

EVAL-FAN-XMC-PFD7 not only provides an SR algorithm to mitigate reverse current hard commutation stress and enable sensorless FOC control, but this algorithm also allows users to adjust the switching frequency and switch between two-phase or three-phase modulation schemes (seven-segment Space Vector Modulation SVM or five-segment SVM). This design effectively reduces switching losses and electromagnetic interference characteristics, enhancing overall efficiency to achieve a reliable and compact system architecture. Minimised bill of materials (BOM) is achieved whilst meeting the minimum requirements for the target application.

EVAL-FAN-XMC-PFD7 Product Features:
High-efficiency solution
Sensorless Field-Oriented Control (FOC)
Optimised high-voltage MOSFETs for hard-switching topologies [B6 inverter]
Low BOM cost achieved through CoolMOS™ PFD7 and XMC™ algorithm
CoolSET™ delivers enhanced EMI performance and higher efficiency
Graphical User Interface (GUI) for simplified operation and easy voltage input

【Mingjiada Electronics】offers long-term supply of the Infineon evaluation board EVAL-FAN-XMC-PFD7. For further details regarding the motor drive evaluation board EVAL-FAN-XMC-PFD7 or to enquire about samples, please visit the Mingjiada Electronics official website (https://www.integrated-ic.com/) for comprehensive information.