Toshiba
@toshibaToshiba Electronics Europe GmbH is the European electronic components business of Toshiba Electronic Devices and Storage Corporation. The company offers a broad portfolio of innovative semiconductor and storage solutions, including power devices, logic ICs, optoelectronics, and custom SoCs. Toshiba is committed to advancing energy efficiency, miniaturisation, and high-reliability technologies that power everything from industrial automation to next-generation communications infrastructure.
Articles by Toshiba
News6 Oct 2026Toshiba Launches 3300 V SiC MOSFET Module with 300 kA²s Surge Rating
Toshiba launches the IX800FXF2YMS4 3300 V, 800 A SiC MOSFET module with a 300 kA²s diode I²t rating, low switching losses and a 175°C channel temperature rating.
Read article →
News1 Oct 2026Toshiba Launches 0.2 mA Dual-Channel Digital Isolators for Industrial Systems
Toshiba launches DCL32xx00 dual-channel digital isolators with 0.2 mA current consumption, up to 25 Mbps data rates, 3,000 Vrms isolation and 30 kV/µs CMTI.
Read article →
News18 Aug 2026Toshiba Launches M4V Cortex-M4 MCUs for System Control
Toshiba starts shipping samples of its TXZ+ M4V Cortex-M4 MCUs, featuring 80 MHz operation, separate code and data flash, security functions, SMIF external memory access and A-PMD2 motor control.
Read article →
News13 Aug 2026Toshiba Adds Low-Power Quad-Channel Digital Isolators to DCL34xx0B Series
Toshiba has added four DCL34xx0B quad-channel digital isolators with 0.2 mA typical current consumption per channel, 25 Mbps data rates and 3000 Vrms isolation.
Read article →
News6 Aug 2026Toshiba Introduces 150 Mbps Quad-Channel Digital Isolators
Toshiba has introduced the DCL54xx01A series of quad-channel digital isolators, offering 150 Mbps data rates, 5000 Vrms isolation and operation up to 125°C for industrial automation.
Read article →
News4 Aug 2026Toshiba Begins Mass Production of TXZ+ Entry-Class M4L Motor Control Microcontrollers
Toshiba has begun mass production of its TXZ+ Entry-Class M4L microcontrollers, combining dedicated motor control hardware, security features and up to 256 KB of flash memory.
Read article →
News30 Jul 2026Toshiba Introduces 2 A Photorelays with Ultra-Low OFF-State Leakage
Toshiba has introduced the TLP3487 and TLP3491 photorelays, combining 2.0 A switching capability with ultra-low OFF-state leakage for semiconductor test systems.
Read article →
News21 Jul 2026Toshiba Expands S-TOGL MOSFET Lineup with 40 V Automotive Device
Toshiba has introduced the XPJ1R504PB, a 40 V AEC-Q101 qualified N-channel MOSFET for automotive 12 V systems. The S-TOGL packaged device offers 120 A current capability, 1.54 mΩ maximum RDS(on) and improved thermal performance for inverters, motor drives and load switches.
Read article →
News17 Jul 2026Toshiba Introduces Stepper Motor Driver with Phase Input Interface for Industrial Systems
Toshiba has introduced the TB67S531FTG, a 40 V, 2.0 A constant-current stepper motor driver featuring a phase input interface designed to improve noise immunity and reduce motor step-out in industrial applications.
Read article →
News10 Jul 2026Toshiba Introduces 64 GT/s MUX/DEMUX Switches
Toshiba has introduced the TDS5B212MX and TDS5C212MX high-speed MUX/DEMUX switches, supporting differential signals up to 64 GT/s with 29 GHz and 34 GHz bandwidths for PCIe 6.0 and USB4 Version 2.0.
Read article →
News30 Jun 2026Toshiba Introduces 80V Power MOSFET with 1.4mΩ On-Resistance for Industrial Power Supplies
Toshiba has introduced the TPM1R408RH, an 80V N-channel power MOSFET featuring 1.4mΩ maximum RDS(on), a 45% improved figure-of-merit, and a compact SOP Advance(E) package for high-efficiency industrial SMPS applications.
Read article →
News23 Jun 2026Toshiba Starts Sampling TXZ+ M4H Microcontrollers for System Control
Toshiba has started shipping engineering samples of its TXZ+ Family Entry-Class M4H Group microcontrollers, with Arm Cortex-M4 cores, up to 120MHz operation, 256KByte flash memory, 2.7V to 5.5V support, and integrated peripherals for consumer and industrial control.
Read article →