Motor Solutions
Many of the digital mobile handsets, small office equipment and toy robots are battery-powered, and the controllers for small motors and actuators in these applications are required to consume little power. Toshiba is committed to the development of next-generation general-purpose motors featuring low power consumption, low noise, quick response and accurate control by leveraging proprietary manufacturing and circuit technologies.
Motor Drivers
Microcontrollers
Toshiba offers a range of microcontrollers that incorporate a programmable motor driver (PMD) featuring inverter control of three-phase motors.
»Jump to Microcomputer:Microcontrollers with PMD
IPD, Interface ICS
250/500-V Brushless DC Motor Drivers Fabricated Using a Silicon-On-Insulator (SOI) Process
Single-Chip Inverters (IPDs)
Traditionally, a variable-voltage switching power supply was required to drive brushless DC motors. Toshiba's single-chip inverters, fabricated using a high-voltage monolithic process, eliminate the need for a buck converter, making it possible to be directly powered from commercial mains. Single-chip inverters are available in the new DIP26 package, which exhibits improved physical and thermal characteristics compared to the conventional HZIP23 package.
IGBT/MOSFET Gate Driver Photocouplers
Fabricated using the Bi-CMOS process, the TLP700, TLP701, TLP705, TLP351 and TLP350 offer the industry's lowest power consumption. These photocouplers are designed for direct drive of medium-power IGBTs or power MOSFETs.
Optimized to deliver a dramatic reduction in supply current, the TLP700, TLP701, TLP705, TLP351 and TLP350 generate less heat, extending the maximum operating temperature to 100°C.
The TLP700, TLP701 and TLP705 are housed in a 6-pin SDIP package. While meeting the reinforced insulation requirements of international safety standards, the 6-pin SDIP package occupies approximately 50% less board space than the 8-pin DIP package.
»Jump to Photocouplers (IC Output) : List of products by Peak Output Current (IGBT / MOSFET)
