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Power Systems – Design Tools
TI Literature Number: SLUP358 © 2016, 2017 Texas Instruments Incorporated
Power Seminar topics and online power training modules are available at:ti.com/psds
Power Supply Design Seminar
(Demo Hall Presentation)
Texas Instruments - 2016/17 Power Supply Design Seminar
Power Systems – Design Tools
Tim Goodrow, Marketing Manager
Texas Instruments - 2016/17 Power Supply Design Seminar
Power Systems Design Tools• TI Designs-Power: A library of built and tested power reference designs• WEBENCH: An easy to use circuit design / optimization tool• Power Stage Designer: A calculation tool for power stage component values
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Texas Instruments - 2016/17 Power Supply Design Seminar
TI Designs- Power• A library of 1,700+ power reference designs• All designs have been built and tested by our Power Systems Engineers• Each design includes a test report, schematic, BOM and design files• Designs can be searched by power parameters, topology, application or
keyword
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Texas Instruments - 2016/17 Power Supply Design Seminar
TI Designs- PowerAccess TI Designs from ti.com “Applications & designs”http://www.ti.com/general/docs/refdesignsearchresults.tsp
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Texas Instruments - 2016/17 Power Supply Design Seminar
Design Search OptionsCan use keyword search in main TI Designs pageOr click Search power designs by parameters
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Texas Instruments - 2016/17 Power Supply Design Seminar
Search Thousands of Designs in Seconds
Input / Output voltage range
Power for Processor/ASIC/ FPGA
Isolated/Non-Isolated/AC/DC
Output current
Application
Topology
Keyword
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Texas Instruments - 2016/17 Power Supply Design Seminar
Results TableCan export results table to Excel
Sort Columns in Ascending or Descending Order
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Texas Instruments - 2016/17 Power Supply Design Seminar
What’s Inside?
• Board photos• Schematic• Test Report / Design
Guide• Design Files• BOM• Purchase options if
applicable
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Texas Instruments - 2016/17 Power Supply Design Seminar
TI Designs- Power / Examples• Tiny, Low Profile 10 A Point-of-load Voltage Regulator Reference Design• CISPR-22 EMI-Optimized Reference Design Featuring the LMR16030 DC/DC
Buck Converter• Universal AC Input, 380V/1kW CCM Boost Power Factor Regulator Reference
Design• Universal Input to 3.3V, 12V, 36V, 200W Continuous PSU for Class-D Amplifier
Reference Design• USB-C DFP+ USB-A Power Bank with Input & Output Fast Charger Reference
Design• PoE PSE Type 2 (30W) IEEE 802.3at Fully Autonomous Quad Port Solution.
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Texas Instruments - 2016/17 Power Supply Design Seminar
WEBENCH® Design Center Home Page
www.ti.com/webench
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Texas Instruments - 2016/17 Power Supply Design Seminar
WEBENCH® Design Tools:End To End Selection, Design, Prototyping
2. Create a Design
Export to CAD toolsReport Generation
Prototype
4. Build It!
Generate SchematicElectrical Analysis
Simulation
Generate Board LayoutThermal Analysis
3. Analyze a Design
Select Part
Enter Specifications
1. Select a Part
Visualize Your Design
Optimize Your Design for Efficiency,
Footprint and BOM
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Texas Instruments - 2016/17 Power Supply Design Seminar
WEBENCH® Design Tools:End To End Selection, Design, Prototyping
2. Create a Design
Export to CAD toolsReport Generation
Prototype
4. Build It!
Generate SchematicElectrical Analysis
Simulation
Generate Board LayoutThermal Analysis
3. Analyze a Design
Visualize Your Design
Optimize Your Design for Efficiency,
Footprint and BOM
Select Part
Enter Specifications
1. Select a Part
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Texas Instruments - 2016/17 Power Supply Design Seminar
WEBENCH® Design Tools:End To End Selection, Design, Prototyping
Export to CAD toolsReport Generation
Prototype
4. Build It!3. Analyze a Design 2. Create a Design
Select Part
Enter Specifications
1. Select a Part
Visualize Your Design
Optimize Your Design for Efficiency,
Footprint and BOM
Electrical Simulation
Calculated Operating Values and charts
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Texas Instruments - 2016/17 Power Supply Design Seminar
WEBENCH® Design Tools:End To End Selection, Design, Prototyping
Export to CAD toolsReport Generation
Prototype
4. Build It!
Generate SchematicElectrical Analysis
Simulation
Generate Board LayoutThermal Analysis
3. Analyze a Design 2. Create a Design
Select Part
Enter Specifications
1. Select a Part
Visualize Your Design
Optimize Your Design for Efficiency,
Footprint and BOM
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Texas Instruments - 2016/17 Power Supply Design Seminar
Complete design reporting … automatically!
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Texas Instruments - 2016/17 Power Supply Design Seminar
Power Stage Designer 3.0• Power Stage Designer helps you design the power stage of the most common
switch mode power supply topologies• It calculates safe and stable power stage values for a given set of input / output
criteria• Switching waveforms and min and max voltage and current values are
calculated for each power device• Power Stage Designer is not dependent upon the control IC and the parasitic
values for any of the power devices can be edited
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Texas Instruments - 2016/17 Power Supply Design Seminar
Power Stage Designer 3.0
Download Power Stage Designer at ti.com/powerstagedesigner
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Texas Instruments - 2016/17 Power Supply Design Seminar
Start by choosing one of seventeen topologies
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Texas Instruments - 2016/17 Power Supply Design Seminar
Flyback 9-36Vin to 5Vout at 4A
• Once a topology is selected a circuit with an example operating point is displayed
• Recommended values are shown for transformer turns ratio and inductance
• The designer can edit any of the parameters to fit their application
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Texas Instruments - 2016/17 Power Supply Design Seminar
Key Waveforms
• Each yellow shaded box contains waveforms and min / max power information for each device
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Texas Instruments - 2016/17 Power Supply Design Seminar
Design Rationale
• Clicking on the “info” button will show design rationale and will provide a link to an actual reference design that shares the same operating parameters from TI Designs
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Texas Instruments - 2016/17 Power Supply Design Seminar
Find Reference Design Matches
• Clicking the “Check TI Designs Reference Design Library” will pass the parameters you’ve entered to the search tool for TI Designs and return a list of any exact matches…parameters can be varied to return more results
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Texas Instruments - 2016/17 Power Supply Design Seminar
Optimize a WEBENCH Design
• Clicking the “Start WEBENCH Design” will pass the parameters you’ve entered to WEBENCH and a list of custom designs will be created…use the Optimizer tool to maximize the circuit for your application
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Texas Instruments - 2016/17 Power Supply Design Seminar
Power Systems Design Tools
• TI Designs-Power: A library of built and tested power reference designs
• WEBENCH: An easy to use circuit design / optimization tool• Power Stage Designer: A calculation tool for power stage
component values
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