Electronicdesign 3159 Xl 03 Rohm 3

Microstep Drivers Deliver High Performance And Reliability

July 19, 2010
Promising high performance and reliability, the company’s stepper motor drivers offer selectable excitation modes: full-step to sixteenth-step with 1A or 2A outputs and full-step to eighth-step with a 2.5A output.

Promising high performance and reliability, the company’s stepper motor drivers offer selectable excitation modes: full-step to sixteenth-step with 1A or 2A outputs and full-step to eighth-step with a 2.5A output. The microstep drivers also provide a selectable current decay pattern (FAST/SLOW/MIXED decay modes), an internal voltage regulator, control input translator, and DMOS output. The regulator permits operation from a single 36V supply. Instead of parallel control lines, a single clock input is converted by the device’s internal translator into motor drive signals. Additionally, the company’s advanced DMOS (Pch + Nch) output topology eliminates the need for external charge pump components. Pricing starts at $3 each. ROHM SEMICONDUCTOR, San Diego, CA. (408) 436-1674.

Sponsored Recommendations

Design AI / ML Applications the Easy Way

March 29, 2024
The AI engineering team provides an overview and project examples of the complete reference solutions based on RA MCUs that are designed for easy integration of AI/ML technology...

Ultra-low Power 48 MHz MCU with Renesas RISC-V CPU Core

March 29, 2024
The industrys first general purpose 32-bit RISC-V MCUs are built with an internally developed CPU core and let embedded system designers develop a wide range of power-conscious...

Asset Management Recognition Demo AI / ML Kit

March 29, 2024
See how to use the scalable Renesas AI Kits to evaluate and test the application examples and develop your own solutions using Reality AI Tools or other available ecosystem and...

RISC-V Unleashes Your Imagination

March 29, 2024
Learn how the R9A02G021 general-purpose MCU with a RISC-V CPU core is designed to address a broad spectrum of energy-efficient, mixed-signal applications.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!