Industrial Equipment

Demand for semiconductor devices continues to grow steadily as the Fourth Industrial Revolution (Industry 4.0) has led to advances in interconnectivity and smart automation in areas such as cyber-physical systems, IoT (Internet of Things), cloud computing and cognitive computing in the manufacturing industry.

Toshiba offers a wide range of semiconductor products, including analog, connectivity, discrete, logic and power management products that comply with standards for industrial equipment, helping to increase reliability and lower their environmental impact. Toshiba also provides reference designs and design tools to help reduce design time and improve the reliability of equipment in applications requiring advanced designs.

Product photos on the industrial equipment top page

Applications

BEMS/HEMS

Reference Designs

There are increasing cases in which a highly versatile reference design based on device selection and optimal solutions of circuits is being used as an efficient development design approach.
Not only schematics as reference circuit but also PCB pattern data, Gerber data, and sample software as reference design are available for quick advancement of equipment designs.
We hope these reference designs can be used as a base for new designs and support turn-key development which helps in reducing labor.

1.6kW LLC Resonant AC-DC Converter for Servers
In order to reduce power consumption in data centers, the bus voltage of servers is increasingly changing to 48V.This is the AC-DC converter for 48V servers. Equipped with Toshiba's latest generation of power MOSFETs and SiC diodes, it outputs 54.5V DC with high efficiency from 100V to 200V AC input.This reference design provides explanations of the design points, usage methods, and adjustment methods of each part of the circuit, as well as design information including circuit diagrams, board patterns, etc. which can be useful for your design.
Board Appearance
Inverter for Cordless Power Tool
The three-phase brushless DC motor drive circuit, which combines six MOSFETs (TPH1R204PB, TPH2R408QM) and a gate driver (TB67Z833SFTG), enables compact yet highly efficient motor control. It supports various input modes. This reference design provides design guide, data, and other contents.
This is a picture of Isolated Gate Drive Circuit for 3-Phase Inverter.
Isolated Gate Drive Circuit for 3-Phase Inverter
In recent years, 3-phase inverters in industrial equipment have become important to achieving a low-carbon society. This is the gate drive circuit with various protection functions which can safely drive the power module used for the 3-phase inverter.Design tips on each portion of the circuit, method of operation, and design information such as circuit diagrams and PCB patterns are available, please use them for your design.
This is a picture of Gate Drive for SiC MOSFET Module.
Gate Drive for SiC MOSFET Module
In recent years, SiC MOSFET modules have become popular compared to conventional IGBT modules as they have a smaller size and lower loss, which is useful in power conversion applications such as industrial motor drives and railway inverters. This is a gate drive circuit with various protection functions which can safely drive a SiC MOSFET module.This design uses the TLP5231 pre-driver coupler, which is capable of high-current gate drive with external buffer MOSFETs and has various built-in protection functions to implement the isolated-gate drive of a high-current/high-voltage SiC MOSFET module. It consists of two channels, high-side and low-side, on a 62mm x 100mm board and can be installed on Toshiba dual MOSFET modules. Design tips on each portion of the circuit, method of operation, and design information such as circuit diagrams and PCB patterns are available, please use them for your design.

Design Tools

Device Selection Tool Power MOSFET Circuit. You can select and download various basic topologies of a power supply unit based on your actual requirements in order to verify the behavior of MOSFETs with your simulation environment. 
Device Selection Tool for Motor Control and Driver Circuit. You can select and download various basic topologies of motor driver such as three-phase inverter circuit based on your actual requirements in order to verify the behavior of MOSFETs and another devices for your simulation environment. 
A MOSFET selection tool that allows circuit simulation on the Web. This service allows users to easily perform pre-verification of MOSFETs without the need to build a simulation environment.
We provide simulation data, 3D models of packages, and land pattern models (2D models) used when developing product boards.

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