无绳电动工具逆变器参考设计
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这款3相直流无刷电机驱动电路采用六个MOSFET(TPH1R204PB、TPH2R408QM)和一个栅极驱动IC(TB67Z833SFTG),实现了紧凑而高效的电机控制,并支持多种输入模式。本参考设计提供设计指南、数据和其他内容。
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4:25
这款3相直流无刷电机驱动电路采用六个MOSFET(TPH1R204PB、TPH2R408QM)和一个栅极驱动IC(TB67Z833SFTG),实现了紧凑而高效的电机控制,并支持多种输入模式。本参考设计提供设计指南、数据和其他内容。
Bidirectional DC-DC converter required for the applications which have the 48V battery and the 12V battery achieves high efficiency operation by using Toshiba's
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Power supplies for servers are now required to be more efficient, more powerful, and more space-saving, making high power density essential. By adopting our latest surface-mounted SiC devices, we have achieved high power density by separating the pow
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TB9M003FG将电机栅极驱动电路、MCU和外围组件集成到一块芯片中。支持无霍尔的1分流矢量控制,有助于实现ECU电路板和系统的小型化,简化电路板和系统的设计
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Carbon neutrality drives electric scooter demand and fast charging needs. This reference design offers a 3kW power supply for electric scooter fast chargers.
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Generative AI adoption is driving AI server demand. This design uses a 3 kW power supply and our SiC MOSFETs to deliver high power density.
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Toshiba's Thermoflagger™ ICs combined with PTC thermistors detects over temperature of electronic devices. Thermoflagger™ can offer an inexpensive, low current consumption solution which can detect a wide area of abnormal over temperature conditions.
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