μModule Power Technology
μModule® power regulator technology simplifies implementation, verification, and manufacturing of complex power circuits by integrating the power function into one compact package. This system-in-package (SiP) approach streamlines the design process and reduces component count by minimizing the need to add external components.
Value and Benefits
µModule® (micromodule) regulators and DC-to-DC power products are complete system-in-package (SiP) power management solutions with integrated DC-to-DC controllers, power transistors, input and output capacitors, compensation components, and inductors within a compact, surface-mount BGA or LGA package. µModule power technology supports functions such as step-down (buck), step-down and step-up (buck-boost), battery charger, isolated converter, and LED driver.
By integrating the power function in a compact package, µModule regulator products address time and space constraints for markets that require complex power technology, ranging from industrial automation and instrumentation to aerospace and communications.
Simplifies design and implementation
Compact for space constrained applications
Minimizes the need for external components
Highly integrated solutions that reduce design time and PCB space concerns
Easy Implementation with Minimal External Components
Complete system-in-package (SiP) power management integrates the DC-to-DC controllers, power transistors, input and output capacitors, compensation components, and inductors into one device to deliver a reliable, high-efficiency, and low EMI noise power solution.
Ultrathin Package for Space Constrained Applications
The package height of the ultrathin µModule Regulator product family is 1.82mm or 1.91mm (LGA). This thin package allows placement on the backside of the PCB or under a common heat sink with digital devices such as FPGAs, GPUs, ASICs, and processors. These parts are also offered in a BGA package (0.6mm taller than LGA).
Standard Packaging Simplifies Design Layout
µModule power products are provided in BGA and LGA packages. The pad assignment of the package is uniform for easy PCB design. Both RoHS compliant and SnPb terminal finishes are available in the BGA package.
Vertical and Lateral Power Solutions for AI Systems, Data Centers
Application Interactive µModule Infographics Tool
Sort options based on your application. Use this interactive infographic to easily identify the right µModule for your design.
Function Interactive µModule Infographics Tool
Sort options based on component function. Use this interactive infographic to easily identify the right µModule for your design.
Package Interactive µModule Infographics Tool
Sort options based on component package. Use this interactive infographic to easily identify the right µModule for your design.
Manufacturing and Assembly Resources
Assembly Considerations for µModule® BGA and LGA PackagesDiscover a complete guide to:
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µModule LGA and BGA Packaging Care and Assembly InstructionsA brief reference on handling moisture sensitivity, reflow and assembly for the LGA and BGA packages
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µModule Regulator Printed Circuit Board Design GuidelinesThese guidelines provide insight into the process of designing the PCB layout for µModules
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Package & Board Level ReliabilityAnalog Devices is committed to continuously improving its world-class product reliability levels and has some of the highest reliability standards in the industry
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µModule LGA PackagesOutline drawings for LGA packages
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µModule BGA PackagesOutline drawings and information for BGA packages
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µModule LGA Shipping TrayShipping Tray drawings and information for LGA packages
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µModule BGA Shipping TrayShipping Tray drawings and information for BGA packages
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Solution Resources
Hardware Products
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Developer Tools and Resources
Simulation Models
Training and Support
Design Tool
Mar 27, 2025
Application Interactive µModule Infographics Tool
Design Tool
Mar 27, 2025
Function Interactive µModule Infographics Tool
Design Tool
Mar 27, 2025
Package Interactive µModule Infographics Tool
Webcast
Jan 22, 2025
Low Noise Power for High Precision Applications
Analog Dialogue
Jan 15, 2025
Lab Skills for Switch-Mode Power Supply Evaluation—Part 1: Measuring Voltage Ripple and Switching Node
Technical Articles
Sep 3, 2024
Generating Negative Voltages from a Positive Voltage Supply: Market Requirements and Solutions
Technical Articles
Sep 3, 2024
Conversion to Core Voltage in a Single Step
Webcast
Jun 26, 2024
Component on Package uModule DC/DC Regulators - Less Heat, More Power
Video
Jun 18, 2024
00:10Low Noise µModule Regulators for RF and Imaging Applications
Technical Articles
Jun 3, 2024
Benefits of Ultralow Noise Switching Regulator in Noise-Sensitive RF Applications
Technical Articles
May 2, 2024
A Switch-Mode Power Supply Quiet Enough to Directly Power Noise-Sensitive Devices
Technical Articles
May 1, 2024
Achieving Ultralow Noise Power for Your Most Sensitive Devices
Video
Apr 30, 2024
05:41Vertical and Lateral Power Solutions for AI Systems, Data Centers
Rarely Asked Question Page
Nov 4, 2022
How to Optimize Switching Power Supply Layout by Minimizing Hot Loop PCB ESRs and ESLs
Video
Sep 19, 2022
01:01Quad Output μModule Regulator w Digital Power System Mgmt
Analog Dialogue
Apr 4, 2022
Low Noise Silent Switcher μModule and LDO Regulators Improve Ultrasound Noise and Image Quality
Technical Articles
Nov 1, 2020
μModule Data Acquisition Solution Eases Engineering Challenges for a Diverse Set of Precision Applications
Video
Aug 1, 2018
07:51Ultrathin µModule Regulator with Power System Management
Technical Articles
Sep 1, 2014
Increasing Output Voltage and Current Range Using Series-Connected Isolated μModule Converters
Application Note
Jan 1, 2008
AN-117: DC/DC µModule Regulator Printed Circuit Board Design Guidelines
Files and Downloads
µModule Power Products
9.87 M
AN119A - Powering Complex FPGA-Based Systems Using Highly Integrated DC/DC uModule Regulator Systems
499.00K
AN119B - Powering Complex FPGA-Based Systems Using Highly Integrated DC/DC uModule Regulator Systems
283.00K
DN385 - 10A High Performance Point-of-Load DC/DC uModule
145.00K
uModule LGA and BGA Packaging Care and Assembly Instructions
466.00K
DN1021 - How to Produce Negative Output Voltages from Positive Inputs Using a uModule Step-Down Regulator
117.00K
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