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3kW Power Supply for AI Servers Using Surface-Mounted SiC MOSFET
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.
3:44
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1.1kW ITTF AC-DC Converter for Servers
Server power supplies are required to improve efficiency and reduce losses. This reference design is a high-efficiency power supply for servers that uses an (ITTF)Interleaved Two-Transistor Forward AC-DC converter and delivers up to 1.1 kW output.
4:10
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3kW Power Supply for Electric Scooter Fast Chargers Using SiC MOSFET
Carbon neutrality drives electric scooter demand and fast charging needs. This reference design offers a 3kW power supply for electric scooter fast chargers.
3:51
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3-Phase AC 400V Input Vienna Rectifier PFC Power Supply
3-phase 400V AC (common outside Japan) powers this PFC supply, converting to 750V DC. Using Vienna rectifier for efficient 3-level operation, it delivers up to 5kW.
3:12
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3kW Power Supply for Servers and Telecoms Using Surface-Mounted SiC MOSFET
Power supplies for servers are now required to be more efficient, more powerful. By adopting our latest SiC devices, we have achieved high power density by separating the power supply from the main board and implementing it as a sub-board.
3:59
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Automotive 3kW 48V-12V Bidirectional DC-DC Converter
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
2:59
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无绳电动工具逆变器参考设计
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。
4:25
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采用TB9103FTG的车载直流有刷电机控制电路参考设计
该参考设计可在半桥模式下控制两个电机，或在H桥模式下控制一个电机。可使用板载开关或外部MCU控制电机。本参考设计提供设计指南、数据和其他内容。
6:03
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SiC MOSFET模块栅极驱动电路参考设计
本设计用于大电流／高压SiC MOSFET模块的栅极驱动电路。它可安装在东芝双MOSFET模块上。提供电路设计和操作的设计文件和指南作为参考。
3:38
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3相逆变器的隔离栅极驱动电路参考设计
该隔离栅极驱动电路配有各种保护功能，适用于3相逆变器，实现7合1电源模块的栅极驱动。本参考设计提供设计指南、数据和其他内容。
3:28
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低功耗运算放大器TC75S102F的应用电路
低功耗运算放大器TC75S102F的应用电路适用于各种传感器。这类应用电路可用于需要长电池寿命的设备、IoT传感器、能量收集设备等。
3:09
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eFuse应用电路参考设计
该参考设计提供了eFuse IC应用电路的设计指南、数据和其他内容。该电路通过结合eFuse IC和Thermoflagger™ （过温检测IC）提供过温检测和精确的过流关断。
4:09
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