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Introduction of USB Power Supply Reference Design using Automotive MOSFETs
Introducing USB power supply demo set equipped with Toshiba's high-efficiency MOSFETs. It is a buck-boost converter equipped with three types of MOSFETs and achieves an efficiency of over 95% at 45 W output.
2:59
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Over Temperature Detection IC ThermoflaggerTM "TCTH021BE" Application Circuit
This reference design provides design guide, data and other contents of Over Temperature Detection IC ThermoflaggerTM Application Circuit which can detect over temperature at multiple places within an equipment using PTC thermistors.
3:28
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Introduction of Reference Design of 3-Phase Multi-Level Inverter using MOSFET
This reference design provides Multi-Level Inverter with 5 level output. It uses 150 V MOSFETs to drive AC 200 V Motor. Design files and guides for circuit design and operation are available as reference design.
3:30
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Introduction of Reference Design of 1kW Non-Isolated Buck-Boost DC-DC Converter for Telecommunication Equipment
This 1kW DC-DC converter supports -48V input common in telecommunication infrastructure. Latest 150V MOSFET is used to make it small and highly efficient. Design files and guides for circuit design and operation are available as reference design.
4:44
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Application Circuit of Low Power Consumption Op-Amp TC75S102F
Application circuits of low power consumption Op-Amp TC75S102F for use with various sensors. These application circuits can be used for devices requiring long battery life, IoT sensor, energy harvesting, etc.
3:23
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Introduction to reference design of 1.6kW T-type three-level PFC power supply
The use of a T-type three-level PFC power supply improves the efficiency and reduces the size of large capacity power supplies used in servers and other applications. As a reference design, the design information is available on Toshiba’s website.
4:17
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Introduction to reference design of DC 300 V Input BLDC Motor Sensorless Control Circuit
This reference design provides design guide, data and other contents of DC 300 V Input BLDC Motor Sensorless Control Circuit using Intelligent Power Device. It achieves vector control with the MCU designed for Motor control.
3:49
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The introduction to reference design of Power Multiplexer Circuit
This is the introduction to reference design of Power Multiplexer Circuit using MOSFET gate driver.
3:13
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Board Area 20 % Reduction Thanks to Using TOLL Package MOSFET
This reference design is an AC-DC converter for servers with 1 U size and 500 W output power. Thanks to using TOLL package MOSFET, it achieves 20 % reduction of the board area compared with previous power supply using TO-220SIS package MOSFET.
1:13
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Low Drop-out Regulator
Toshiba's LDO achieves industry's best-in-1 class ripple rejection ratio and load transient response. This helps to minimize output voltage fluctuations.
0:52
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An introduction of High Voltage MOSFET, π-MOSⅨ Series
With an optimized chip design, the π-MOS IX series provides lower peak EMI noise than the current π-MOS VII series, while maintaining the same level of efficiency.
1:16
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Toshiba small discrete semiconductor products for USB Type-C™
Do you need any help for introduction of the Type-C connectors ? Toshiba will propose suitable semiconductor products in power line and data line around the Type-C connector according to customer’s usage conditions.
3:34
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