Power and Trace AI Assistant
Turn a schematic into a power budget you can inspect. Review the components and branch paths, then calculate their electrical stresses.
Your analyses
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Which circuit are you checking?
Upload a clear schematic and describe its sources, loads and operating modes. Review the extracted connections before calculating.
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Your power and trace analysis
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AI responses may contain mistakes. Independently verify the calculations, connections and recommendations before using them.
Understand the limits
AI interpretation proposes components and connections for your review. Supported scenarios include DC sources, resistors, confirmed current loads, capacitor voltage and entered ripple stress, inductor DC resistance, three-port linear regulators and efficiency-based converters with confirmed smoothed DC ports. MCP1700-3302E/TT and TLV75533PDBVR have reviewed pin and device profiles; other devices require explicit parameters. Pulsed loads need confirmed synchronous timing.
Trace widths are conservative, conditional estimates using finished copper, board thickness, layer depth, cooling and a finite-board thermal model. Confirm routing lengths to check voltage drop. Ideal-circuit power calculations exclude route losses; those losses are reported separately. Unknown waveforms and missing inputs stay unresolved. Vias, coupled heating, startup, faults, high-speed routing and arbitrary active circuits require further engineering checks.
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