? Toshiba Shipping Samples of Motor Driver IC with High-Definition Micro Stepping
 
Taipei, Wednesday, Apr 24, 2019, 06:14

Technology Front

Toshiba Shipping Samples of Motor Driver IC with High-Definition Micro Stepping

Published: Apr 27,2018

1728 Read

Toshiba Electronic Devices & Storage Corporation announced “TB67S128FTG,” a bipolar stepping motor driver with a 50V/5A rating and support for 128 micro steps. Sample shipments start from the end of this month.

More on This

Toshiba Launches Sensorless Control Pre-Driver IC for Automotive BLDC Motors

Toshiba announced the launch of a sensorless control pre-driver IC “TB9062FNG” for brushless DC motors (BLDC motors) used in automotive applications...

Toshiba Adds BiCS FLASH Enabled UFS to Lineup of Embedded Flash Memory for Automotive

Toshiba Memory Corporation announced that it has begun sampling new Automotive JEDEC UFS Version 2.1 embedded memory solutions utilizing 3D flash memory...

High speed and high performance motor control and lower power consumption are required for applications that include 3D printers, office equipment, banking terminals such as ATMs, cash dispensers, amusement machines, and home appliances. To meet these conflicting requirements, Toshiba has applied its original current optimization technology, AGC, to a new motor driver IC that achieves a large current drive (50V/5A rating).

Recent years have seen increasing demand for equipment offering higher accuracy and quieter operation. Toshiba’s new motor driver IC realizes high accuracy and low vibration by delivering 128 micro steps, realizing a much higher definition than conventional 32-step devices. It also uses SMD, a current adjustment function, to reduce noise and vibration effectively during motor drive by selecting the SMD configuration best suited for each motor.

Use of another Toshiba original current detection technology, ACDS, reduces the number of components required for driver control, contributing to lower system costs and improved flexibility in board pattern design.

comments powered by Disqus