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.
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Latest Resources
Technical Articles
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A Highly Integrated, System-Level Approach to Ease Design of Isolated Software Configurable I/O Channels
Analog Dialogue
- Why Does Current-Mode Control in Switching Regulators Matter?
- Solving Industry 4.0 Challenges with Software Configurable I/O
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How to Achieve Ultrafast Power Supply Transient Response for RF Applications
Analog Dialogue
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High Performance Buck Regulators Solve the Power Thirst of the Transmitter Circuit in Current Loops
Analog Dialogue
Application Notes
- NEW PMBus Protocols for Controlling and Monitoring the MAX20734 Switching Regulator
- NEW MAX20710 PMBus Application Note
- NEW PMBus Protocols for Controlling and Monitoring the MAX20743/MAX20730 Switching Regulators
- NEW Choose the Right Regulator for the Right Job: Part 3, Component Selection
- AN170 - Honing the Adjustable Compensation Feature of Power System Management Controllers PDF
Press Releases
- 60V, Dual, 2-Phase Boost Controller Can Cascade Outputs to Regulate Beyond 200V
- 98% Efficient Bidirectional Buck-Boost Controller for 12V-12V Redundant Battery Systems in Autonomous Vehicles
- 3.2MHz, Automotive Grade Quad 1A Step-Down Regulators + LDO Reduces Footprint & EMI
- 18V, 10A (IOUT), Synchronous Step-Down Silent Switcher 2 Delivers 95% Efficiency at 2MHz and Ultralow EMI Emissions
- Analog Devices Introduces the Most Efficient Switching Regulators in Their Class
Design Notes
- NEW Factory-Programmable Parameters of the MAX77812
- NEW How to use Multi-Function GPIs?
- NEW How to Get Longer Battery Life for Wearables with a SIMO Power Converter Architecture
- NEW How Overcurrent Protection Works in the MAX77812
- NEW Why SIMPLIS is Better Than SPICE for Power Circuits
Product Selector Card
- DC/DC Controller Selection Guide PDF
- 80V to 150V Non-Isolated DC/DC PDF
- High Voltage Non-Isolated Devices PDF
- Practical Ambient Energy Harvesting for WSNs PDF
- No-Opto Isolated Flyback Converters PDF
Circuit Note
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- CN0228: Single Supply Powers a 28 V, High Voltage Phase-Locked Loop (PLL) Synthesizer PDF
- CN0280: Robust Completely Isolated Current Sense Circuit with Isolated Power Supply for Solar Photovoltaic Converters PDF
- CN0201: Complete 5 V, Single-Supply, 8-Channel Multiplexed Data Acquisition System with PGIA for Industrial Signal Levels PDF
Technical Books
Solutions Bulletins & Brochures
Webcasts
- Leveraging the Strength of Modeling with Powerful Simulators
- Behavioral Sources, Parameters, and Expression Evaluation in LTspice
- Power Management Choices for Signal Chains: Keeping all the precision you designed for
- Multi-Channel System Improvements Using Hardened DSP in Digitizer ICs
- Understanding Power System Management