Power Management

Power Management

Analog Devices’ power management ICs and power modules provide the foundation for powering today’s and tomorrow’s innovations across all markets. Our high performance power management solutions meet stringent power requirements with leading-edge design and packaging technologies, including unmatched power densities, ultralow noise technology, and superior reliability. These features ensure systems operate at their optimal efficiency, speed, and power levels, while increasing feature density and reducing cost of ownership. Supported by the industry’s most comprehensive start-to-finish power design tool suite, along with highly configurable power interconnect solutions, ADI’s low complexity power management solutions help our customers accelerate time-to-market while delivering best-in-class performance.

µModule Regulators

Analog Devices’ 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 products support functions such as step-down (buck), step-down and step-up (buck-boost), battery charger, isolated converter, and LED driver. As a highly integrated solution with PCB Gerber files available for every device, µModule power products address time and space constraints while delivering a high efficiency, reliable, and, with select products, a low EMI solution compliant with EN 55022 Class B standards.

Sub-subcategories

µModule Boost Regulators

µModule LED Drivers

µModule Battery Chargers

µModule Buck Regulators

Isolated µModule Converters

µModule Inverting Regulators

µModule Regulators with Digital Power System Management

µModule Buck-Boost Regulators

Battery Management

Analog Devices offers a broad portfolio of high performance battery management IC devices including battery chargers, companion battery charge controllers, and battery backup managers. Battery chargers are for both wireless and wired applications and may be used for any rechargeable battery chemistry. Companion battery charger controllers are used in conjunction with virtually any internally compensated switching regulator to form a complete battery charging solution. Battery backup managers enable battery charging and backup power from the battery to the system output in the event of a system power removal or outage. Explore our battery management IC products and wide range of applications.

Sub-subcategories

Wireless Battery Management Systems (wBMS)

Battery Status Monitors

UART-to-SPI Bridge

Battery Disconnect Switch

Battery ID and Authentication

USB Charger Detectors

Industrial Battery Manufacturing

Battery Backup IC

Battery Charger IC

Multicell Battery Stack Monitor

Battery Cell Balancers

PMIC (DC/DC, PowerPath, and Battery Charger)

USB Power Manager (PowerPath, Battery Charger)

Battery Fuel Gauge and Coulomb Counter

Battery Charger Plus DC/DC

Wireless Power Transfer

Current Sources

Analog Devices’ portfolio of dedicated constant current source products offer ease of use and design; voltage, current, and thermal protection; and built-in current limiting. Constant current sources can be designed using a number of standard analog building blocks, including op amps, LED drivers, and battery chargers.

Display Control and Power

Analog Devices manufactures a broad line of high performance switching regulators specifically for generating voltages in CCFL, CCD bias, and LCD applications. Small highly integrated switching regulators with high switching frequencies allow very small circuit implementations and optimize battery run time in handheld devices.

Sub-subcategories

Electroluminescent (EL) Drivers

CCFL Controllers

LCD/CCD/OLED Bias

Energy Harvesting

Analog Devices offers a wide range of ultra low power ICs for energy harvesting applications. Power management products that convert energy from vibration (piezoelectric), photovoltaic (solar), and thermal (TEC, TEG, thermopiles, thermocouples) sources provide high efficiency conversion to regulated voltages or to charge batteries and super capacitor storage elements. Boost converters that operate from as little as 20 mV or battery chargers with maximum power point capability expand the possibilities for industrial automation and control, wireless sensor, transportation, automotive, and building management applications. Ultra low quiescent current linear regulators, op amps, comparators, voltage supervisors, ADCs, DACs, and micropower voltage references provide additional building blocks for autonomous systems.

Inductorless (Charge Pump) DC/DC Converters

Analog Devices’ family of charge pumps offers the widest selection of simple and compact inductorless dc-to-dc converter designs. These converters can be used to step-up, step-down, or invert an input voltage. By eliminating the inductor, these switched capacitor converters provide a small solution footprint and a simpler design. Furthermore, by incorporating spread spectrum technology on-chip, both input and output noise are significantly reduced.

Sub-subcategories

Flash Memory Programming

Regulated Step-Down Charge Pumps

Regulated Step-Up Charge Pumps

High Voltage Charge Pumps

Unregulated Doubling/Inverting Charge Pumps

Regulated Inverting Charge Pumps

GaAsFET Bias Generators

Regulated Buck-Boost Charge Pumps

isoPower

Analog Devices isoPower^® technology utilizes proprietary iCoupler^® chip scale transformers to integrate isolated dc-to-dc converts with data isolation into a single package. This enables designers to implement isolation in designs without the cost, size, power, performance, and reliability constraints found with optocouplers. With more than one billion channels shipped into the field, these magnetically isolated products are a safe, reliable and easy-to-use alternative to optocouplers.

LDO Linear Regulators

Analog Devices manufactures a broad line of high performance low dropout (LDO) linear regulators. These LDO linear regulators offer very low dropout, fast transient response, and excellent line and load regulation, features that add performance value to end applications in Wired/Wireless and Audio Systems, FPGA/DSP/µC Power, and RF and instrumentation. The wide selection of our LDO Linear Regulators offer a great variety of features that meet your need in any design, whether it's low noise, high PSRR, or compact packaging.

Sub-subcategories

LDO Plus

Negative Linear Regulators (LDO)

Positive Linear Regulators (LDO)

Discrete Pass Element Linear Regulators (LDO)

LED Driver IC

Analog Devices has a very broad line of LED driver ICs for automotive, display backlighting, handheld, and general high-power lighting applications. They are configured as either inductorless (charge pump) or switching regulator-based LED drivers that support driving white LEDs in series, parallel or combination. Topologies include boost regulator, buck regulator, buck/boost, SEPIC topology LED drivers, and more. Regardless of topology, these ICs offer the highest efficiency, lowest noise, and the smallest footprints. Other features of our portfolio include integrated Schottky diodes, accurate LED current matching, and multiple output capability.

Sub-subcategories

Step-Up (Boost) LED Drivers

Current Sink LED Drivers

Inductorless (Charge Pump) LED Drivers

LED Flash Drivers

Step-Down (Buck) LED Drivers

Buck-Boost LED Drivers

Multitopology LED Driver

µModule LED Drivers

Offline LED Driver

LED Driver Support Functions

PMIC and Multifunction

Many of Analog Devices’ battery management products combine the functionality of our standalone battery chargers with one or more other functions. Our power management IC (PMIC) products combine battery charging, PowerPath control, and one or more dc-to-dc regulators for a complete power solution for handheld products. Our PowerPath products and architecture allow the load to be powered from both V_IN and the battery—ensuring shorter charging time and more flexibility for portable device design. They also enable instant-on in systems with a depleted battery. Other features include dual inputs for USB and wall adapters, switching regulators, comparators, or LDOs.

Sub-subcategories

Multitopology DC/DC

PMIC (DC/DC, PowerPath, and Battery Charger)

USB Power Manager (PowerPath, Battery Charger)

Battery Charger Plus DC/DC

Smart Power Stages (FET and FET Driver)

Analog Devices’ growing portfolio of SilentMOS™ smart power stages provide an unrivaled integrated solution to optimize power efficiency, transient performance, and reduce EMI/EMC. Fully integrated high-speed gate drivers coupled with low resistance half-bridge power switches are augmented with accurate switch current and thermal monitoring telemetry. Combined with a suitable high frequency controller, this smart power stage forms a compact, high current voltage regulator system with state-of-the-art efficiency and transient response. SilentMOS technology utilizes second generation Silent Switcher^® 2 architecture reducing both EMI and switch-node voltage overshoot while maximizing efficiency at high switching frequencies.

Supercapacitor Chargers

Analog Devices offers a portfolio of supercapacitor charger ICs designed to charge supercapacitors (also known as ultracapacitors). These supercapacitor charger devices come in both linear and switching topologies and offer input or output current limiting, automatic cell balancing, and a range of protection features that make them uniquely suited to supercap charging. Due to the number of advantages supercapacitors have, such as lower effective series resistance (ESR) and enhanced durability in the face of repeated charging, they are an increasingly important alternative to batteries in applications where the importance of power delivery trumps that of total energy storage.

Switching Regulators

Analog Devices offers a wide range of switching regulators that operate in step up (boost), step down (buck), and inverting modes. These devices are capable of generating a fixed or adjustable output voltage, and offer up to 2 A of output current. Some of the features available in ADI’s portfolio of switching regulators are low battery detector, user adjustable current limit, a variety of switching frequencies, and a reduced number of external components. This highly integrated, versatile family of products is intended to minimize external components for space challenged applications.

Sub-subcategories

Buck-Boost Regulators

Step-Down (Buck) Regulators

Step-Up (Boost) Regulators

Inverting Regulators

SEPIC Regulators

Flyback, Forward, and Isolated Controller

Multitopology DC/DC

DDR/QDR Memory Bus Termination

Piezo Microactuator Driver

Ultralow Noise Regulators

SIMO Regulators

Xenon Photoflash Charger

Analog Devices’ growing portfolio of photoflash chargers provides effective and low profile solutions to trigger a xenon flashlamp. These monolithic switching regulator chargers have current ratings from 225 mA to 2 A, can operate from input voltages as low as 1.8 V, are packaged in MSOP or ThinSOT packages, and require very tiny transformers—charging a 220 μF capacitor to 320 V from 5 V in as little as 3.7 seconds.

LTM4709

RECOMMENDED FOR NEW DESIGNS

Triple 3A, Ultralow Noise, High PSRR, Ultrafast μModule Linear Regulator with Configurable Output Array

LT8418

RECOMMENDED FOR NEW DESIGNS

100V Half-Bridge GaN Driver with Smart Integrated Bootstrap Switch

MAX42403

RECOMMENDED FOR NEW DESIGNS

36V, 2.5A/3.5A, Fully Integrated Synchronous Buck Converter

Silent Switcher®: High Efficiency, Low EMI

Silent Switchers from ADI offer high efficiency at high switching frequencies while maintaining ultralow EMI emissions, and the newest addition to the Silent Switcher family adds unrivaled ease-of-use: The LT8650S delivers a compact dual-output 4A synchronous step-down solution that is up to 95% efficient at 2MHz while easily passing the CISPR 25 class 5 peak EMI limits. View the product line and get full specifications on our Silent Switcher page.

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Silent Switcher®: High Efficiency, Low EMI

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Power Management