Your Companion Across the Entire Power Design Journey
ADI Power Studio helps power engineers at every stage of their design process simplify complexity, validate designs early, and optimize architectures efficiently, enabling faster development cycles, reduced rework, and greater confidence in delivering power-dense systems to market.
Plan |
Design |
Simulate |
Configure |
Measure |
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ADI Power Studio™ Planner System level power tree creation Also available: |
ADI Power Studio™ Designer IC level power supply design Also available:
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LTspice® Industry standard simulation Also available: |
LTpowerPlay® Digital power system management Also available:
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LTpowerAnalyzer™ Evaluation and power supply characterization |
Plan
Explore system-level architectures with power tree diagrams that calculate and optimize voltage rails, load currents, and supply paths, delivering early insights that accelerate validated solutions.
Discover proven power-tree solutions to accelerate development, then refine the search with key parameters to match specific voltage rails, loads, and design requirements for the system.
Build power-trees with interactive block diagrams defining voltage rails, load currents, and supply paths. Define key parameters, compare architectures with selected components, and use real-time calculations.
Finalize design with a clear view of voltage rails, load currents, and supply paths to quickly optimize system-level metrics like efficiency, power loss, and board area.
A web-based system-level power tree planning tool that enables designers to model power distribution and calculate power loss system efficiency.
A system-level power architecture design tool included within the LTpowerCAD® platform. It helps engineers plan complex power trees.
Design
Once the architecture is defined, explore into IC-level designs with tools to speed component selection while maintaining key performance parameters.
Search through filtered solutions customized for design needs, with smart recommendations optimized for design trade-offs and component selection.
Visualize and fine-tune the power schematic, update operating conditions and select components with instant voltage, current, and performance feedback.
Refine and validate design with built-in efficiency and power loss analysis to finalize a high performance solution design.
Web-based power supply design tool that guides users through the full buck regulator design process, including optimized component recommendations.
A complete power supply design tool. It recommends component values and performance estimates specific to the user’s application.
EE-Sim Design Tools design and simulate your power circuit in minutes. EE-Sim uses your requirements to quickly create a complete power design.
Simulate
Simulating design performance plays a pivotal role in streamlining development and speeding time to market. With these intuitive tools, validate proof of concept, and move forward with greater confidence and clarity.
Ships with Analog Devices models for op amps, power ICs, regulators, converters, etc. Supports generic SPICE models and user-created device models. Also provided is a library of devices for general circuit simulation.
Simulate with confidence using LTspice’s extensive library of Analog Devices power, amplifier, and converter models. Explore real-world performance before building—reducing prototyping costs and time.
When accuracy matters, OASIS/SIMPLIS delivers. Purpose-built for switching power supply design, it provides ultrafast transient analysis and true hardware-like waveforms—giving engineers unmatched insight into complex circuits.
High performance SPICE simulation with schematic capture, waveform viewer, and models that simplify analog circuit design.
A powerful circuit simulation tool for accurate, fast, offline circuit analysis and circuit simulation. Includes SIMPLIS and SIMetrix SPICE simulation engine.
Configure
Once an initial design configuration has been established, the process of executing diagnostics, resolving system-level issues, and refining performance parameters begins in earnest.
Set and adjust voltages, currents, and component choices in software, then validate with modular SCP building blocks for hardware evaluation.
Build, save, and test complete power system setups in LTpowerPlay, whether connected to evaluation hardware or operating in offline simulation mode.
Define, test, and adjust multirail power-up and power-down sequencing logic to ensure reliable startup, safe shutdown, and consistent system operation.
Measure
With a hardware power design in hand, it’s time to take real-world bench measurements to confirm performance requirements are achieved.
The LTpowerAnalyzer allows the ability to capture and analyze different power supply parameters using only a single hardware setup.
A specialized power lab is not always found a few steps away. The LTpowerAnalyzer is a helpful tool when the use of expensive and bulky bench equipment is not practical or feasible.
The LTpowerAnalyzer kit includes ribbon cables, sockets, and multiple interface boards to make the hardware setup as convenient for the user as possible.
Power Studio, The ADI Power Journey
Introducing the new Power Studio Designer and Power Studio Planner tools. Learn more about how these tool enable engineers to seamlessly transition from high level power architecture planning to detailed IC-level circuit design.
Design, Analyze, and Validate Your ADI Power Solutions
ADI’s suite of design tools can help customers achieve their power supply performance goals, while giving engineers the platform to optimize boards from the start. This demo will highlight a typical example of ADI’s power portfolio.