Play video Automotive Brushed DC Motor Driver IC TB9054FTG/TB9053FTG
Automotive Brushed DC Motor Driver IC TB9054FTG/TB9053FTG
The ICs feature 5A 2ch output drivers. 10A 1ch drive in parallel mode is also possible. They can be daisy-chained, and also have functions that control motors only by SPI communication. It is suitable for throttle valves and various engine valves.
Play video Low Drop-out Regulator
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.
Play video Intelligent Phase Control , an Auto Lead Angle Control Technology
Intelligent Phase Control , an Auto Lead Angle Control Technology
By Intelligent Phase Control, high efficiency is achieved regardless of the rpm, load torque and power supply voltage of a motor.Intelligent Phase Control also helps reduce the number of external parts necessary for lead angle adjustment.
Play video ASSP introduction for HVAC systems
ASSP introduction for HVAC systems
This video introduces Toshiba ASSP for HVAC systems. The TB9058FNG which is a motor driver capable of LIN communication has been launched for dampers. TOSHIBA ASSP provides a high efficinet system for HAVC.
Play video Active Gain Control (AGC) Technology
Active Gain Control (AGC) Technology
AGC is Toshiba’s unique stepping motor technology to automatically optimize the drive current in real time according to load torques. It helps reduce unnecessary current and drastically cut power consumption and heat generation.
Play video Stepping Motor Driver IC Technology "Advanced Dynamic Mixed Decay" (ADMD)
Stepping Motor Driver IC Technology "Advanced Dynamic Mixed Decay" (ADMD)
ADMD is our original mixed decay technology realizing high-speed, efficient motor drive with less noise. Mixed decay is control technology that automatically switches between slow decay mode and fast decay mode in accordance with specified timing.
Play video H-bridge Pre-Driver IC for EPS and Automotive Body Application TB9057FG
H-bridge Pre-Driver IC for EPS and Automotive Body Application TB9057FG
TB9057FG is a pre-driver IC for automotive DC brushed motor. It has various abnormality detection circuits, and the detection condition can be adjusted by external pin setting.
Play video Brushless motor pre-driver TB9081FG - Capable of "Road vehicles – Functional safety", ISO 26262
Brushless motor pre-driver TB9081FG - Capable of "Road vehicles – Functional safety", ISO 26262
TB9081FG is a pre-driver IC for automotive brushless motor.It has pre-drivers for fail-safe relay, in addition to pre-drivers for 3-phase motor. Also, ABIST / LBIST functions are built-in for diagnosing the operation of various abnormality detect
Play video The Evaluation Board Lineups for Toshiba Motor Control Driver ICs
The Evaluation Board Lineups for Toshiba Motor Control Driver ICs
For customers developing DC motor systems, we provide tools to facilitate component selection and systems development. We also prepare PSpice(R) simulation models. The evaluation boards are sold on the website of Digi-Key Corporation.
Play video Arm(R) core-based micro controller - TXZ Family M4G Group evaluation board introduction
Arm(R) core-based micro controller - TXZ Family M4G Group evaluation board introduction
The evaluation boards which incorporate many parts for evaluation, and extensive sample programs which are introducing the operation examples within the video, allow you to evaluate the functions and features before implementation of the M4G Group.
Play video BLDC Sensor-less Motor Pre-driver TB9061AFNG that can be suggest the size of the ECU.
BLDC Sensor-less Motor Pre-driver TB9061AFNG that can be suggest the size of the ECU.
The TB9061AFNG realizes motor control without Hall sensors and MCU. This device is suitable for such applications as water pumps, fuel pumps, oil pumps and small fans.Samples of the product and evaluation board is available.
Play video An introduction of High Voltage MOSFET, π-MOSⅨ Series
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.
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