Robust Power for Industrial Applications

Discover Robust Power Solutions for Demanding Applications

Find reliable, efficient, high-density power solutions that support the most challenging demands in the Industrial Automation, Aerospace & Defence, Automotive, and Digital Healthcare markets. Applications within these markets include those such as industrial power supplies, industrial robots, motion control, and automation.

Featured Products

  • Boost Regulators
  • Buck Converters
  • DPSM System Voltage Monitors (PMBus Power System Manager)
  • Low & High Voltage Buck Regulators
  • Overvoltage, and Overcurrent Protection
  • Prioritised PowerPath Controllers
  • Reversible Buck/Boost Regulators
  • Temperature Sensors
  • uModule Buck Regulators

Values & Benefits

Key Technologies for Robust Power

Protection

  • Surge Stopper
  • Ideal Diode Controller
  • Over Voltage Protection

High Voltage

  • High Voltage Controller
  • High Voltage DC-DC
  • High Voltage µModule

Intermediate Voltage

  • HV/MV Controller
  • HV/MV DC-DC
  • HV/MV µModule
  • Multiple Output Buck Regulators

Power Isolation

  • Isolated Controller
  • Isolated µModule

System Boost

  • Boost Controller
  • Boost DC-DC
  • Boost µModule
  • Buck-Boost Controller
  • Buck-Boost DC-DC
  • Buck-Boost µModule
  • SEPIC Controller

Linear Power

  • Low Voltage LDO
  • Low Voltage DC-DC
  • Low Noise DC-DC
  • LDO Plus
  • LDO Plus DC-DC

System Power & Thermal Management

  • Sequencer
  • Tracker
  • Margining
  • Temperature Sensor
  • Supervisor

Illumination

  • LED Driver

Notes

  • HV devices are >24Vin max
  • MV are <48Vin max
  • LV LDOs <20Vin max

    • Power Trees for Robust Industrial Applications

    Industrial automation and digital healthcare require robust and reliable systems with power rails capable of managing unpredicted power events. Analog Devices’ innovative power components and power-specific tools enable proactive monitoring, quick debug, and even faster real-world solutions to power disruptions.

    Resources

    Articles

    Transformer-Based Voltage Regulators with Flexible TLVR Structure for Extremely Fast Dynamic Response
    How to Automatically Optimize Your LDO Regulator’s Efficiency Using Voltage Input-to- Output Control
    Looking for a Negative Output DC-to-DC Converter? Search No Further!
    Why a Voltage Converter Can Help Improve Battery Power Efficiency and Life
    Driving a High-Side MOSFET Input Switch Using Active Low Output for System Power Cycling
    How High Voltage Nonsynchronous Boost Controllers Can Significantly Decrease EMI
    How to Choose the Right Protection for Your Circuit
    How Integrated On/Off Controllers Contribute to Energy Efficient System Designs
    Understanding Power Supply Loop Stability and Compensation - Part 2: Unusual or Problematic Bode Plots
    How High Voltage Nonsynchronous Boost Controllers Can Significantly Decrease EMI
    High Performance Voltage Supervisors Explained— Part 1
    Analysis of Switch-Mode Power Supply and Rectification: Inductor Violations
    Analysis of Switch-Mode Power Supply and Rectification: Sense Resistor Violations
    Analysis of Switch-Mode Power Supply and Rectification: Transistor Timing & Boost Capacitor Issues
    How to Measure and Determine Soft Start Timing When There Is No Soft Start Equation?
    Gas Chromatography Sensors Address Environmental Monitoring Needs
    Multiphase Designs, Decisions, and Trade-Offs with Trans-Inductor Voltage Regulators
    The Power of 48 V: Relevance, Benefits, and Essentials in System-Level Applications
    AN-2582: Design Considerations of High VOUT Step-Down DC/DC Switching Regulators
    A Switch-Mode Power Supply Quiet Enough to Directly Power Noise-Sensitive Devices
    The Power of 48 V: Relevance, Benefits, and Essentials in System-Level Applications
    Achieving Ultralow Noise Power for Your Most Sensitive Devices

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