INFINEONREF-AIRCON-C302A-IM564REF-AIRCON-C302A-IM564 MOSFET Gate Driver for IMD111T-6F040 for Motors
Infineon REF-AIRCON-C302A-IM564 MOSFET Gate Driver for IMD111T-6F040 for Motors là mạch nguồn, điều khiển động cơ và robot.
- Dùng với: Motors.
- Thông số chính: Chức năng quản lý nguồn: MOSFET Gate Driver; Phân loại bộ kit: Reference Design; Linh kiện chính: IMD111T-6F040.
Mô tả gốc của nhà sản xuất (tiếng Anh):
The Infineon REF-AIRCON-C302-IM564 is a 3-phase turnkey motor drive for air conditioner outdoor units (ODU) with an IMC302 iMOTION controller, a CIPOS Mini IPM IM564-X6D inverter with integrated PFC stage, a 1ED44175 gate driver for the PFC stage and a CoolSET™ ICE5AR4770BZS for the auxiliary supply. The reference board enables customer to design more efficient ODUs with smaller form factors compared to discrete implementations. Moreover the IMC302 iMOTION controller provides a fully featured motor control which allows to reduce development cycle time by concentrating on application development rather than on basic motor control.
Excellent PFC performance (PF=0999 and THD=34% measured for typical use case of 1400 W)
Up to 15% PCB space savings compared to discrete implementation
All interfaces for a complete system solution are on-board and can be controlled by Software
Ready-to-use motor control algorithms (incl PFC) for high-efficiency permanent magnet synchronous motors (PMSM)
993
The Infineon REF-AIRCON-C302-IM564 is a 3-phase turnkey motor drive for air conditioner outdoor units (ODU) with an IMC302 iMOTION controller, a CIPOS Mini IPM IM564-X6D inverter with integrated PFC stage, a 1ED44175 gate driver for the PFC stage and a CoolSET™ ICE5AR4770BZS for the auxiliary supply. The reference board enables customer to design more efficient ODUs with smaller form factors compared to discrete implementations. Moreover the IMC302 iMOTION controller provides a fully featured motor control which allows to reduce development cycle time by concentrating on application development rather than on basic motor control.
Excellent PFC performance (PF=0999 and THD=34% measured for typical use case of 1400 W)
Up to 15% PCB space savings compared to discrete implementation
All interfaces for a complete system solution are on-board and can be controlled by Software
Ready-to-use motor control algorithms (incl PFC) for high-efficiency permanent magnet synchronous motors (PMSM)
993