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Home   /   Applications   /   Industrial   /   Smart Industry   /   Motor Drivers

Motor Drivers

ICs provide the power switching and control needed to efficiently regulate motor speed, direction, torque, and operation in industrial equipment, appliances, robotics, pumps, fans, actuators, and automated machinery.

Lumissil supports both brushed DC and BLDC motor applications with motor-drive, gate-driver, and MCU technologies designed for efficient and reliable embedded motor control. Half-bridge motor driver ICs for brushed DC motors and solenoids and the three-channel high-voltage gate driver for BLDC motors and three-phase inverter applications. Together with our MCUs, these devices provide the building blocks for compact motor-control systems used in smart factories, appliances, robotics, and industrial automation.

Motor Drivers Applications

Motor Drivers Design

Design Description

Lumissil provides engineers and partners with centralized access to technical resources that streamline system design and development. Find design documentation, request product samples, access MCU programmer support, wired communication resources, ECAD models, software tools, hardware support, reference designs, and system-level guidance, all supporting faster, more reliable product development.

Lumissil offers essential tools and resources for efficient product design and integration. Engineers can access design support, sample requests, MCU programming tools, wired communication support, ECAD model search, software and hardware resources, system design materials, reference designs, and partner information.

Hardware
Evaluation boards, demo hardware and development kits, so a design can be measured on the bench before it is committed to a board layout
Software & Tools
Firmware, configuration utilities and development tools for bringing up Lumissil devices, kept in one place rather than spread across product pages
System Design
Reference architectures and system-level guidance showing how the parts fit together, for teams designing a whole system rather than one board
Reference Design
Validated reference designs with schematics and bills of material, so a proven circuit can be reused instead of designed from scratch
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