Collaborative Robots (Cobots)

Allegroの応答性の高いセンサと高効率なモータドライバが、協働環境において滑らかで適応的な動作を可能にし、人とロボットのインタラクションにおける安全性と精度を向上させます。

Collaborative Robots Application Diagram Image
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    Isolated Gate Driver

    AHV85110 - Self-Powered Isolated GaN FET Driver with Integrated Bias Supply

    AHV85111 - Self-Powered Isolated GaN FET Driver with Regulated Bipolar Output

    AHV85311 - Self-Powered Isolated SiC Driver with Power-Thru Integrated Isolated Bias Supply

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    Isolated Gate Driver

    AHV85110 - Self-Powered Isolated GaN FET Driver with Integrated Bias Supply

    AHV85111 - Self-Powered Isolated GaN FET Driver with Regulated Bipolar Output

    AHV85311 - Self-Powered Isolated SiC Driver with Power-Thru Integrated Isolated Bias Supply

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    In-Phase Current Sensor

    ACS37041 - Integrated Hall-Effect Current Sensors in a Compact SOT23-W Package

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    In-Phase Current Sensor

    ACS37041 - Integrated Hall-Effect Current Sensors in a Compact SOT23-W Package

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    In-Phase Current Sensor

    ACS37041 - Integrated Hall-Effect Current Sensors in a Compact SOT23-W Package

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    Position Sensor (Commutation)

    A33023 - Stray Field Immune, High-Speed, Hall-Effect Angle Sensor IC for Electrified Vehicles in Single and Dual Die Package

    CT310 - 2D TMR Angle Sensor with High Accuracy

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    Position Sensor (Joint Position)

    A33023 - Stray Field Immune, High-Speed, Hall-Effect Angle Sensor IC for Electrified Vehicles in Single and Dual Die Package

    CT310 - 2D TMR Angle Sensor with High Accuracy

    A17802 - High Speed Inductive Position Sensor IC with Analog Outputs

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    PMIC/Regulator

    APM81815 - 80V, 1.5A Synchronous Buck Regulator for 48V Automotive Systems

    A81411 - Automotive PMIC with Buck-Boost Pre-Regulator, 5 Linear Regulators, and SPI

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    PMIC/Regulator

    APM81815 - 80V, 1.5A Synchronous Buck Regulator for 48V Automotive Systems

    A81411 - Automotive PMIC with Buck-Boost Pre-Regulator, 5 Linear Regulators, and SPI

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    In-Phase Current Sensor

    ACS37041 - Integrated Hall-Effect Current Sensors in a Compact SOT23-W Package

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    Half Bridge Driver

    A89500 - 100V Half-Bridge MOSFET Driver for High-Power Inductive Loads

    A4950 - Full-Bridge DMOS PWM Motor Driver with Integrated Protection

    A3942 - Automotive High- and Low-Side MOSFET Gate Drivers with Diagnostics

    A3944 - Automotive High- and Low-Side MOSFET Gate Drivers with Diagnostics

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    Gate Driver

    AMT49100 - ASIL BLDC MOSFET Gate Drivers for 48V Battery Systems

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    48V Gate Driver

    AMT49100 - ASIL BLDC MOSFET Gate Drivers for 48V Battery Systems

    A89500 - 100V Half-Bridge MOSFET Driver for High-Power Inductive Loads 

    A89503 - 80V Automotive Half-Bridge MOSFET Driver with Integrated Diagnostics and Protection

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    Auxiliary Power Regulator

    APM81815 - 80V, 1.5A Synchronous Buck Regulator for 48V Automotive Systems

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    Regulator

    APM81815 - 80V, 1.5A Synchronous Buck Regulator for 48V Automotive Systems

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Featured Products

AMT49100/AMT49101

ASIL BLDC MOSFET Gate Drivers for 48V Battery Systems

A89500

100V Fast Switching Half Bridge MOSFET Driver
2d TMR Angular Sensor - CT130 - Product Image

CT310

The CT310 is a 2D angular sensor in a dual full-bridge configuration.
High Speed Inductive Position Sensor IC with Analog and Digital Outputs - A17802/3 Product Image

A17803

Digital Output - High Speed Motor Position Sensor

Documentation & Resources

Specialized Motor Drivers in Industrial Automation
Blog

Specialized Motor Drivers in Industrial Automation

Motors are the backbone for the industrial automation market as most of the applications involve movement or rotation.
Magnetic Position Sensors in Robotics
Technical Article

Magnetic Position Sensors in Robotics

A key function of any robot is to interact with the physical world surrounding it. To achieve this, robots contain various actuators that require accurate position sensing to enable precise movement and functionality.
Why 48V is Revolutionizing Robotics
Whitepaper

Why 48V is Revolutionizing Robotics

Robotics is evolving at an incredible pace, with industrial automation demanding more powerful and efficient machines. This shift is driving a significant change in the electronics that power them, moving away from traditional 12V systems towards higher operating voltages, particularly 48V.
Precision in Motion: Powering the Future of Collaborative Robotics
Brochure

Precision in Motion: Powering the Future of Collaborative Robotics

Collaborative robots (cobots) are revolutionizing manufacturing by working safely alongside human operators. These sophisticated 6-degree-of-freedom systems require precise motor control, reliable sensing, and robust power management to deliver the accuracy and safety that modern automation demands.

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