话题
话题
3kW Power Supply for AI Servers Using Surface-Mounted SiC MOSFET
3:44
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.
1.1kW ITTF AC-DC Converter for Servers
4:10
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.
3-Phase AC 400V Input Vienna Rectifier PFC Power Supply
3:12
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.
采用贴片式SiC MOSFET的3kW服务器和通信电源
3:59
随着数据中心规模不断扩大，电源的要求也越来越高，需满足“高效率”、“大功率”和“小型化”等要求。通过采用我们最新的SiC器件，以及与主板分离的子板设计方式，从而实现了电源的高功率密度。
Automotive 3kW 48V-12V Bidirectional DC-DC Converter
2:59
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
无绳电动工具逆变器参考设计
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。
嵌入微控制器的车载栅极驱动IC SmartMCD™——TB9M003FG
4:53
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
Introduction of Toshiba Thermoflagger™（Overtemperature Detection IC)
13:36
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.
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
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
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
采用贴片式SiC MOSFET的3kW服务器和通信电源
随着数据中心规模不断扩大，电源的要求也越来越高，需满足“高效率”、“大功率”和“小型化”等要求。通过采用我们最新的SiC器件，以及与主板分离的子板设计方式，从而实现了电源的高功率密度。
3:59
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
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
嵌入微控制器的车载栅极驱动IC SmartMCD™——TB9M003FG
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
4:53
Introduction of Toshiba Thermoflagger™（Overtemperature Detection IC)
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.
13:36
半导体产品
半导体产品
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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
-
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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采用SiC MOSFET的3kW电动自行车快速充电器电源
碳中和推动了电动自行车及快速充电的需求增长。此参考设计是一款适用于电动自行车的3kW快速充电器电源。
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
-
采用贴片式SiC MOSFET的3kW服务器和通信电源
随着数据中心规模不断扩大，电源的要求也越来越高，需满足“高效率”、“大功率”和“小型化”等要求。通过采用我们最新的SiC器件，以及与主板分离的子板设计方式，从而实现了电源的高功率密度。
3:59
-
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
-
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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车载电机驱动栅极驱动IC
我们最新推出两款栅极驱动IC产品：分别是适用于有刷电机的 TB9103FTG 和适用于无刷电机的 TB9084FTG。他们专为汽车车身系统、电动泵和电动发电机应用设计。本视频展示了这两款产品的示例应用和功能。
5:28
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嵌入微控制器的车载栅极驱动IC SmartMCD™——TB9M003FG
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
4:53
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CXPI应答器接口IC TB9033FTG
TB9033FTG是业界首款具有硬件逻辑并符合车载通信标准的CXPI接口IC（开发中） 该产品无需软件开发，有助于缩短开发周期。
2:38
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车载MOSFET新封装介绍：DFN2020B(WF)
DFN2020B(WF)封装采用可焊锡侧翼引脚结构，可通过AOI设备确认可焊性。与SOT-23F封装相比，该封装在实现高散热性的同时，减少了约43%的贴装面积。
2:47
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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
存储产品
存储产品
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TOSHIBA NAS HDD - N300 Series
Toshiba N300 NAS HDD offers unprecedented reliability for NAS and other high-performance storage systems. It is optimized to meet the tough requirements of 24/7 high-capacity storage. Suitable for personal, home office and small business use.
0:46
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TOSHIBA S300 Surveillance HARD DRIVE
Toshiba S300 Pro and S300 Surveillance Hard Drive is designed and tested for 24/7 reliable surveillance, built for speed, capacity, and longer content retention.
1:18
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TOSHIBA Internal HDD for Consumer & Professional Use
- N300 Pro Series for Proffesional NAS - N300 Series for 24/7 NAS operation - S300 Pro Series for High-class Surveillance System - S300 Series for Surveillance System - X300 Series for High-performance Desktop/Gaming PC
1:05
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Toshiba HDD is an essential device providing the foundation for a data-driven society
Toshiba HDD is an essential device providing the foundation for a data-driven society, earning the trust of customers worldwide. As we continue to enhance capacity and performance, our storage product will contribute to society.
0:39
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为什么数据中心会选择东芝硬盘？
该视频以易于理解的方式介绍了客户不断支持东芝近线硬盘的关键因素。
2:45
