Editor — Electronics Architect

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Total Median Power

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Total 99th %ile Power

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System Median Efficiency

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System 1st %ile Efficiency

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Select a component to view histograms

Compliance & Component Derating

Select standard guidelines to evaluate operating margin limits

analytics

0 Evaluated

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0 Compliant

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0 Warnings

error

0 Overstressed

Designator	Type	Status	Actual	Rated	Limit	Stress %

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Select a component row to view detailed derating analysis, standard parameters, and design mitigations.

image Schematic PNG picture_as_pdf Schematic PDF PRO query_stats MC Report PRO speed Derating Report PRO list_alt Bill of Materials PRO menu_book Engineering Dossier TEAM

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Limits come from each component's own ratings — tolerance band for voltage, iMax, pdMax, tMax. Set a value below to apply a house limit to every component instead, e.g. a blanket 85 °C derating policy. Leave blank to use each part's own rating.

MetricLSLUSL

Voltage (V) per-part: Vout ± tol

Current (A) per-part: iMax

Power (W) per-part: pdMax

Junction temp (°C) per-part: tMax

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Welcome to Electronics Architect! This comprehensive guide walks you through every feature — from placing your first component and drawing wires, to running Monte Carlo simulations, derating analysis, and collaborating with your team.

1

Getting Started

Interface overview, layout regions, and first steps

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Electronics Architect helps you design, analyze, and optimize DC and AC power distribution networks. Here's the layout:

The editor: component library and analysis panel on the left, the canvas with a solved power tree in the middle, the docked Properties panel on the right

Component Library (left sidebar) — Organized into four categories: DC Power (sources, regulators, converters), Mixed Domain (passives, protection), AC Power (transformers, rectifiers, motors), and Utility (connectors, annotations). Drag any component onto the canvas to place it.
Canvas (center) — Your design workspace. Place components, draw wires, and build your power tree. Supports a configurable grid with snap-to-grid alignment.
Toolbar (top) — Three menus, an Export button, and the controls you change while reading the numbers: File (save and open on this computer, reference templates, save and open from the cloud, team workspace, share this design), Export (one button: it opens Export Studio, for the schematic, the reports and the bill of materials), Canvas (wire routing, align, presentation mode, the thermal heatmap, voltage-colour and spec-dispute overlays, and page setup), the Analysis controls (tolerance corner, Monte Carlo, derating, ambient temperature), the two AI buttons (AIDR review and Generate), and Help (the ❓ icon: keyboard shortcuts, settings, the guided tour, calculators, articles). Undo/redo, zoom and the dark/light switch sit in the small cluster at the bottom-left of the canvas.
Analysis Panel (below component library) — Collapsible sections for live Power Budget, AC Power Analysis (when AC components are present), Efficiency Breakdown per regulator stage, and Warnings with DRC flags.
Properties Panel (docked, right side) — Sits beside the canvas, so nothing is ever hidden under it. Collapse it to a rail with the chevron, resize it from its left edge, or pop it out as a floating panel with the ↗ button. Edit the selected component's electrical, thermal, tolerance, and part parameters. Includes interactive efficiency curves for SMPS and IV curves for diodes.

lightbulb First time here? Click the Replay Tour button (❓ icon in the toolbar) to launch an interactive guided walkthrough of all major features. Press ? anytime to view keyboard shortcuts.

2

Placing & Connecting Components

Drag-drop, draw wires, wire routing styles, select and move

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Building a power tree is as simple as drag, drop, and wire:

A wire being drawn from a regulator's output port toward a load's input port

Add a component — Drag any item from the sidebar and drop it onto the canvas. Without a mouse, Tab to a tile in the sidebar and press Enter or Space: the component lands in the middle of the view, selected, with its properties open.
Draw a wire — Click an output port (small circle on the right side of a block), then click the input port of another block. The wire routes automatically between the ports.
Wire routing style — Toggle between Orthogonal (right-angle) and Spline (smooth curve) routing with Wires in the Canvas menu.
Select — Click a component to select it. Hold Shift to add to the selection, or drag a selection box on empty canvas space to select multiple items.
Move — Drag selected components to reposition them. Use Align in the Canvas menu (or press T) to snap the selection to the grid, with direction options: Both, X only, or Y only.
Delete — Select a component or wire and press Delete or Backspace.
Annotations — Use the Text Box component (Utility category) to add labels, notes, and documentation directly on the canvas.
Pan & Zoom — Scroll to zoom. Middle-click drag or Alt+drag to pan. Click the fit icon in the small cluster at the bottom-left of the canvas to zoom to the whole design, or to the selection if there is one.

lightbulb Use Ctrl+D to quickly duplicate selected components with all their properties intact.

3

Available Components

DC sources, AC power, converters, loads, passives, and utility blocks

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The component library includes everything you need to design complete DC and AC power networks, organized into four categories:

⚡ DC Power

Component	Description
Voltage Source	DC power input (battery, wall adapter, USB). Set voltage and max current capacity.
Load	Single-port current sink. Set required voltage and current draw.
Multi-Port Load	Complex IC/SoC load with multiple supply rails (e.g. Vcore, Vio, Vaux). Adjustable port count.
Linear Regulator (LDO)	Linear dropout regulator. Low noise, simple, but less efficient at large Vin–Vout drops. Includes dropout analysis.
SMPS (Buck/Boost)	Switching converter. High efficiency. Supports buck, boost, and buck-boost topologies. Interactive efficiency curve in properties.
Op-Amp	Operational amplifier for signal conditioning. Models quiescent current draw and supply requirements.
Charge Pump	Capacitor-based voltage doubler or inverter for low-current auxiliary rails.
Battery Pack	Battery with selectable chemistry (Li-Ion, LFP, lead-acid), series and parallel cell counts, internal resistance and state of charge. Two terminals, so it can also feed split ±V rails.
Smart BMS	Battery management system: a series protection switch with under-voltage, over-voltage, over-current and over-temperature trips that latch once tripped.
RF Amplifier	RF power amplifier. Models DC bias current, RF output power and PAE, so its heat is counted in the thermal analysis.
Diode	Standard diode for rectification or OR-ing circuits. Models forward voltage drop with optional Shockley equation (Is, n, Rs).
Zener Diode	Voltage reference and clamp with breakdown regulation. Interactive IV curve visualization.

🔌 Mixed Domain

Component	Description
Resistor	Fixed or variable resistance for voltage dividers, current limiting, and pull-up/pull-down networks.
Fuse	Overcurrent protection with configurable current rating. Blows to protect downstream circuits.
Inductor	Energy storage element for LC filters, impedance matching, and AC reactive power analysis.
Capacitor	Decoupling, bulk storage, and filtering with ESR modeling. Supports AC reactive analysis.
Ground	Ground reference node (0 V). Connect to define return paths for circuit analysis.

🔄 AC Power

Component	Description
AC Source	AC mains supply. Configurable single-phase (1φ) or three-phase (3φ) with RMS voltage and frequency.
Transformer	Galvanic isolation and voltage step-up/down with configurable turns ratio and efficiency.
Rectifier	AC-to-DC conversion. Full-bridge or half-bridge topology with ripple and efficiency modeling.
Inverter	DC-to-AC conversion for motor drives or grid-tie applications.
PFC	Power Factor Correction. Active PFC stage that shapes input current to improve power factor toward unity.
AC Load	AC consumer with real and reactive power. Configurable power factor and impedance.
Motor	AC motor — induction or synchronous. Supports 1φ/3φ phase configuration with slip and mechanical load modeling.

🔧 Utility

Component	Description
Off-Page Connector	Cross-sheet signal link. Name identically on each sheet to establish the connection across pages.
Text Box	Annotation block for labels, notes, and documentation directly on the schematic canvas.

lightbulb Hover over any component in the sidebar to see a detailed tooltip describing its purpose and typical use cases.

4

Editing Properties

Voltage, current, thermal, tolerance, efficiency curves, and IV characteristics

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Click any component to open the Properties Panel, docked beside the canvas on the right (collapse it to a rail with the chevron, resize it from its left edge, or pop it out with the ↗ button):

Name / Designator — Give each component a descriptive label (e.g., "Main 3.3V Rail"). Designators auto-increment (U1, U2, …).
Electrical parameters — Set voltage, current, power, and resistance based on the component type. Values support engineering notation (e.g., type "10k" for 10,000 Ω, displayed as "10 kΩ").
Thermal parameters — Set junction temperature limit (Tj Max), thermal resistance junction-to-ambient (θJA), and ambient temperature. The simulation flags components that overheat.
Tolerance — Add ±% or absolute tolerances to any value. Choose a distribution type for Monte Carlo analysis: Uniform, Gaussian (±tolerance is 3σ), or Bimodal (two peaks near the band edges, as when parts are binned).
Efficiency — For regulators (LDO/SMPS), set the conversion efficiency. SMPS components include an interactive efficiency curve canvas with an operating point indicator.
IV Curves — Diodes and Zener diodes feature interactive IV curve visualizations. Toggle between fixed Vf mode and the Shockley equation model (Is, n, Rs parameters).
Part Sourcing — For regulators and passives, use the Part Sourcing section to look up an MPN or browse DigiKey's catalog for real components and auto-populate MPN, manufacturer, and package fields.
Trust Badges — When a property value comes from an assigned part, a small badge next to the label shows where that value came from: Curated (hand-verified dataset), Verified (admin-verified), Community (approved through community spec review), DigiKey (distributor data), AI (AI lookup), or Custom (a part you saved yourself). If you change the value by hand, the badge switches to Edited so you always know when you've diverged from the part's spec. Hover any badge for full provenance details, including source and confidence.

lightbulb Invalid inputs (e.g., negative voltage) are caught automatically — the field flashes red and the value is clamped. The docked panel is resizable from its left edge, or pop it out into a floating window.

5

Power Analysis

Live power budget, AC analysis, efficiency breakdown, and thermal warnings

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The analysis panel (below the component library) updates in real time as you build your design:

The analysis panel: Power Budget cards, the per-stage Efficiency Breakdown table, and a Warnings entry

Power Budget — Four summary cards: Source Power, Load Power, Dissipation (losses), and system-wide Efficiency with a visual progress bar. All values update live as you add or modify components.
AC Power Analysis — Appears automatically when AC components (AC Source, Transformer, Motor, etc.) are present. Shows Apparent Power (S in VA), Real Power (P in W), Reactive Power (Q in VAR), and Power Factor with a progress bar.
Efficiency Breakdown — A per-stage table showing each regulator's name, type, input voltage, output voltage, output current, power dissipation, and individual efficiency (η).
Warnings — DRC flags for dropout violations, thermal limit exceedances, overcurrent conditions, and missing connections. A badge count shows the total number of active warnings. Green checkmark (✓) means the system is healthy.

lightbulb Overheating components glow orange or red on the canvas. Click any warning to jump to the affected component. Set the global ambient temperature (T_A) in the toolbar for accurate thermal calculations.

6

Derating Analysis

Component stress evaluation against industry reliability standards

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Derating analysis checks whether each component in your design is operating within safe stress limits according to industry reliability standards:

The Stress & Derating Analysis Report: standard selector, summary cards, the stress table and a component detail panel

Launch — Click the Derating button among the toolbar's Analysis controls to run a full stress evaluation.
Standards — Choose from derating standards: NASA GSFC Goddard (space-grade) or IPC-9592 Commercial (general electronics).
Summary Cards — At the top, three color-coded cards show the count of Compliant (green), Warning (amber), and Overstressed (red) components.
Stress Table — Lists every evaluated component with columns: Designator, Type, Status badge, Actual operating value, Rated limit, Derated limit, and Stress % with a visual bar.
Detail Panel — Click any row in the table to see a detailed breakdown including the derating curve, standard parameters, and recommended design mitigations.
Export — Download the derating report as a CSV spreadsheet or a formatted PDF for design reviews and compliance documentation.

lightbulb Derating is essential for high-reliability designs (aerospace, medical, automotive). Even for commercial products, keeping stress below 70–80% significantly improves long-term reliability.

7

Finding Real Parts

Search by MPN, compare options with pricing, and apply to your design

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Select a component and use the Part Sourcing section in the Properties panel to search for real-world components:

MPN Search — Search by manufacturer part number or keyword (e.g., "TPS54308", "LM1117") to find specific components.
Automatic requirements — The search pre-fills Vin, Vout, Iout, dropout margin, and thermal context from your component's current properties.
Filter & Sort — Filter results by quality grade, package type, temperature range, and obsolescence status. Sort by price, availability, or specifications.
Distributor Data — Results include distributor names, stock levels, and pricing for both prototype (Qty 1) and production (Qty 1,000) quantities.
AI Recommendations — If you configure an AI API key (Settings → AI Provider), you'll get intelligent part suggestions based on your full design context.
Apply a Part — Click "Use This Part" next to any search result to populate the component with real-world parameters (MPN, manufacturer, package, efficiency, etc.).
Parse Datasheet Text — Can't find a part in search? Expand Parse Datasheet Text in the Part Sourcing section, paste the electrical-characteristics section of a datasheet (or a plain-text description), and click Parse with AI. To read it, the text is sent to Google’s Gemini AI, which does not train on it, or to your own AI provider if you have set your own key; if the part is under NDA, check that the NDA allows that. Extracted specs appear in a result grid; click Apply to save the part to My Parts in this browser, badged Custom. Requires sign-in. Nothing goes to the community database unless you tick Contribute.
Contribute Parsed Specs — When parsing a datasheet, you can optionally tick "Contribute extracted specs to the community database" (off by default). Your extraction is filed as a pending proposal in the Community Component Notes voting pipeline (see the CCN section below) — nothing is published to the shared database until the community approves it.

8

Tolerance & Monte Carlo Analysis

Worst-case analysis, statistical simulation, and distribution modeling

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Real components have manufacturing tolerances. Electronics Architect lets you model these rigorously:

The Monte Carlo Analysis Report: summary cards and per-component histograms with spec limits and capability verdicts

Tolerance Mode (toolbar dropdown) — Switch between Nominal (Nom), Minimum (Min), and Maximum (Max) to see how your design performs at the extremes of all component tolerances simultaneously.
Component Tolerances — In the Properties panel, add ±% or absolute tolerances to voltage, current, and resistance values. Choose a statistical distribution: Uniform, Gaussian, or Bimodal. Every draw stays inside the tolerance band.
Monte Carlo (MC) button — Runs thousands of randomized simulations. Each iteration varies every tolerance-enabled parameter within its range according to its distribution. Results include:

Summary Cards — Median power, 99th percentile power, median efficiency, and worst-case (1st percentile) efficiency across all iterations.
Histograms — Per-component distribution charts for voltage, current, power dissipation, and junction temperature — showing where your design concentrates statistically.
Export — Download results as CSV for spreadsheet analysis, or as a formatted PDF report for design reviews.

lightbulb For the most realistic Monte Carlo results, use the Gaussian distribution (most real-world manufacturing processes are Gaussian) and set at least ±1% tolerance on all components.

9

Saving & Exporting

Local files, cloud storage, BOM with pricing, PDF, and image export

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Multiple ways to save and share your designs:

Export Studio: export types on the left, a live preview of the schematic on the right

Local Save/Load (Ctrl+S) — Save as a .JSON file to your computer. Works without an account. Use Ctrl+Shift+S for Save As.
Cloud Save (requires sign-in) — Save designs to the cloud and access them from any device. Includes optional revision notes (like Git commit messages) to track what changed. Free tier: 3 designs. Pro tier: unlimited.
Export BOM (Export → Bill of Materials) — Generate a Bill of Materials CSV listing all components with values, MPN, manufacturer, package, unit price, and extended build costs for any user-specified build quantity (1 to 1,000,000+ units).
Export & Print (the Export button) — Open Export Studio to export your design as high-resolution PNG, SVG, or vector PDF, or print reports and engineering dossiers with customizable themes, page formats, and title blocks.

lightbulb Use Page setup (in the Canvas menu) to choose the PDF page, show its outline on the canvas, set the grid, and even add a custom watermark (Pro feature) before exporting or printing.

10

Sharing & Collaboration

Share designs, collaborate with edit locks, and work in team workspaces

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Electronics Architect supports real-time design sharing and team collaboration:

The Share Design dialog: invite by email with a permission level, public link options, and the AI-agent hand-off

Share a Design — Save your design to the cloud, then choose Share this design from the File menu. Enter a collaborator's email and choose a permission level:
- View — Read-only access to inspect the design.
- Edit — Full editing access with edit-lock coordination.
- Clone — Recipient gets their own independent copy.
Public link — From the same dialog, create a view-only or clone-allowed link with an optional expiry (1 to 90 days), or copy an MCP snippet or the JSON to hand the design to an AI agent.
Shared with Me — Open Cloud Designs and switch to the "Shared with Me" tab to see all designs others have shared with you.
Edit Lock — When multiple users have edit access, the toolbar shows a Read-Only banner. Click Request Edit to take the editing lock, or Release Edit to let others make changes.
Team Workspaces — Create a team to share a dedicated workspace. Team features include:
- Invite members by email with roles: Admin, Editor, or Viewer.
- A shared "Team Designs" tab in the Cloud Designs modal.
- Activity log tracking team member actions.
- Team management: rename, transfer ownership, or delete the team.

lightbulb Team Workspace plans start at $15/month per seat ($150/year — save 17%). Every member gets all Pro features and the shared team designs. Seats are billed to the team admin, so teammates need no plan of their own.

11

Sheets & Organization

Multi-sheet designs, off-page connectors, and presentation mode

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Large designs can be split across multiple sheets for clarity:

Sheet Tabs — The tab bar at the bottom of the canvas lets you add, rename, and switch between sheets. Each sheet maintains its own independent set of components and connections.
Add Sheet — Click the + button in the tab bar. Right-click a tab to rename or delete it.
Off-Page Connectors — Use the Off-Page connector component (Utility category) to link signals between sheets. Name them identically on each sheet to establish the connection.
Text Annotations — Use Text Box components to add section labels, revision notes, or design intent documentation directly on each sheet.
Presentation Mode — Choose Presentation mode from the Canvas menu to enter a clean, full-screen view with the sidebar and toolbar hidden. Perfect for design reviews or demos. Press the floating Exit Presentation button to return.

12

Account & Billing

Sign in, Free vs Pro vs Team, trials, and subscription management

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Sign in to unlock cloud features and personalize your experience:

Sign In — Click "Sign In" in the top-right corner. Supported methods: Google OAuth or email/password registration.
Free Tier — 3 cloud saves in total (deleting a design does not give a save back), 1 AI analysis call, 3 revision history snapshots per design. Access to all core design and analysis features. Connect Claude or another AI app on Free: 10 solves a month through the app, one-sheet designs; exports, comparisons, Monte Carlo jobs and AI Synthesis through an app need Pro.
Pro Tier ($10/mo or $100/yr) — Unlimited cloud saves, 25 AI analysis calls/month, 5 AI Power Synthesis generations/month, 50 revisions per design, custom canvas watermarks, API keys for scripts, unlimited solving through AI apps, and priority support. Includes a 7-day free trial.
Team Tier ($15/mo per seat or $150/yr) — All Pro features plus 100 AI analysis calls/month, 15 AI Power Synthesis generations/month, unlimited Monte Carlo, multi-sheet PDF and Engineering Dossier export, shared team designs with revision history, Admin / Editor / Viewer roles, 200 revisions per design, an activity feed of who changed what, team API keys the admin issues and caps, and per-seat billing managed by the team admin.
Top-up packs — When a month's Monte Carlo, AI analysis or AI Synthesis allowance is used up, a Pro or Team account is offered a $5 top-up pack in the limit dialog: 50 Monte Carlo sims, 20 AI analyses, or 5 Synthesis generations with 50 refinements. Paid once through Stripe, never expires, used only after the monthly allowance. Your plan does not change.
Manage Subscription — Go to Account Settings → Customer Support → Manage Subscription to view billing details, update payment method, or cancel via the Stripe billing portal.
Delete Account — Account Settings → Customer Support → Delete Account. Confirm by typing your email. This permanently removes all data including cloud designs, revisions, and team memberships.

13

Keyboard Shortcuts

Quick reference for power users

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Action	Shortcut
Select all	`Ctrl`+`A`
Copy / Paste / Cut	`Ctrl`+`C` / `V` / `X`
Duplicate	`Ctrl`+`D`
Undo / Redo	`Ctrl`+`Z` / `Y`
Save locally	`Ctrl`+`S`
Save As	`Ctrl`+`Shift`+`S`
Delete selected	`Delete` or `Backspace`
Zoom in / out	`Scroll` wheel
Pan canvas	`Middle-click` drag or `Alt`+drag
Fit to view	Fit icon in the cluster at the bottom-left of the canvas
Align / Tidy	`T`
Selection box	Drag on empty canvas
Multi-select	`Shift`+click
Show shortcuts	`?`

14

AI Analysis

AI-powered design explanations, architecture suggestions, and part recommendations

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Electronics Architect includes AI-powered analysis tools to help you understand and improve your designs:

✨ AI Design Review (AIDR) — Click the AIDR button in the toolbar for a one-pass review of your power architecture: a plain-English summary of what the solved numbers mean (efficiency losses, thermal concerns, dropout margin, reliability risks), followed by recommended topology, component and derating changes, each ranked by severity (info, warning, critical) with a confidence score. One review costs one AI call. A link at the bottom of the review posts the design to Community Design Review for human feedback.
Suggestion Cards — Each AI insight is displayed as a dismissible card with a severity badge, confidence score, affected component reference, and a detailed explanation with recommended actions.
AI Part Search — When searching for parts via the Part Sourcing section, AI recommendations provide intelligent suggestions based on your design's voltage rails, current requirements, and thermal constraints.
Configure AI — Open Settings from the ❓ Help menu to choose your AI Provider (Google Gemini, Anthropic Claude, or OpenAI GPT), enter your API key, and toggle AI features on or off.

lightbulb Free accounts include 1 AI analysis call. Pro subscribers get 25 AI analysis calls per month. Upgrade to unlock the full power of AI-assisted design review.

15

Version History

Track, preview, and restore previous design revisions

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Every time you save a design to the cloud, a snapshot of the previous state is automatically preserved as a revision. This gives you a full history of your design evolution:

📜 Revision Notes — When saving, you'll be prompted to add an optional note (like a Git commit message, up to 200 characters) describing what changed. This makes it easy to find specific versions later.
👁️ Preview — Click the history icon next to any design in the Cloud Designs modal. Hover over any revision and click Preview to temporarily view that version on the canvas. A banner appears with "Back to Current" to return.
♻️ Restore — Click Restore on any revision to revert your design. This is non-destructive: your current state is saved as a new revision first, so you never lose work.
✏️ Edit Labels — Click the edit note icon to add or update the revision note on any snapshot at any time.

lightbulb Revision limits vary by tier: Free keeps the last 3 revisions per design, Pro keeps 50, and Team keeps 200. Oldest revisions are automatically pruned when the limit is reached.

16

Guided Tour & Tips

Interactive onboarding, tooltips, and dark/light theme

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Electronics Architect includes several features to help you get productive quickly:

Guided Tour — On your first visit, a welcome modal offers to launch an interactive step-by-step walkthrough of the interface. The tour highlights each major area (sidebar, canvas, toolbar, analysis) with explanations and tips.
Replay Tour — Missed the tour or want a refresher? Open the ❓ Help menu in the toolbar and choose Replay Guided Tour at any time.
Component Tooltips — Hover over any component in the sidebar for a detailed description of its purpose, parameters, and typical use cases.
Toolbar Tooltips — Every toolbar button has a descriptive tooltip. Hover to learn what each button does before clicking.
Dark / Light Theme — Toggle between dark mode and light mode with the 🌙/☀ button in the small cluster at the bottom-left of the canvas. Your preference is saved automatically and persists across sessions.
Engineering Calculators — Access standalone calculators (buck converter, PCB trace width, resistor divider, and more) via Calculators in the ❓ Help menu. Opens in a new tab.
Technical Articles — Browse the knowledge center with in-depth engineering articles via Articles in the ❓ Help menu.

lightbulb The theme setting does not decide what an export looks like: Export Studio has its own Light, Dark and Blueprint themes, so a dark editor can still produce a light PDF.

17

Community Component Notes (CCN)

Crowdsourced spec corrections, reputation-weighted voting, and dispute badges

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The Community Component Notes system lets the engineering community verify and correct component specifications in the Parts Intelligence database. Incorrect specs can cause burned prototypes and costly manufacturing delays — CCN ensures the database self-corrects through peer review.

📝 Suggest a Correction — When a component has an assigned part (via Parts Intelligence lookup), click Suggest Correction in the Properties Inspector. A modal lets you propose new values for any attribute (voltage, current, thermal resistance, package, etc.) and optionally link a datasheet citation URL as evidence.
🗳️ Community Voting — Proposed corrections appear in the Properties Inspector as "Active Spec Disputes" with a diff table showing proposed values. Any signed-in user can upvote or downvote a proposal. Votes are weighted by your reputation score.
⚖️ Consensus Threshold — A proposal auto-merges into the live database when it reaches a net weighted score of +5. If it drops to −5, it is rejected. Until then, it remains visible as a pending dispute.
⚠️ Canvas Warning Badges — Components with active spec disputes display an amber dot indicator on the canvas. This lets you quickly spot which parts in your design have community-flagged data discrepancies. Toggle them with Spec Disputes in the Canvas menu.
⭐ Reputation System — Successful proposals earn you +1 reputation (max 10). Rejected proposals cost −2 reputation (min 1). Higher reputation increases your voting weight, rewarding consistently accurate contributors.
💎 Pro/Team Advantage — Paid subscribers (Pro and Team tiers) start with 2× default reputation and double voting weight. Stripe authentication also serves as an anti-spam layer, reducing sock-puppet abuse.
👪 Parent-Child Families — Components are organized into product families (e.g., LM117/LM217/LM317 share the same silicon core). Corrections to shared family attributes automatically cascade to all child variants, preventing redundant submissions.

lightbulb Always include a datasheet citation URL when proposing a correction — proposals backed by manufacturer documentation are far more likely to reach consensus quickly.

18

Community Design Review (CDR)

Publish a design version for public peer review, discussion, and voting

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Community Design Review is a public discussion board where engineers publish design versions for peer feedback. It complements Community Component Notes (above): CCN corrects individual component specs, while CDR reviews whole designs.

📤 Share a Design — Save your design to the cloud first, then click Share Design to CDR in the Properties panel (shown when no component is selected) to publish the latest version. To publish a specific older version instead, use the Share button next to any revision in Version History. Add a review title and a description of what you'd like audited; a schematic snapshot of your canvas is captured automatically as the review's preview image.
🌐 Public Review Pages — Published reviews appear on the public CDR board, each with its own page showing the schematic preview, description, and discussion thread. Anyone can read reviews; sign in to participate.
💬 Comments & Replies — Signed-in users can comment on any review (up to 5,000 characters) and reply to comments. Threading is two levels deep: a comment and its direct replies.
🗳️ Voting — Upvote or downvote reviews and comments. Votes from Pro and Team subscribers carry 2× weight, so the most experienced voices carry the ranking.
🏅 Verified Professional Badge — Comments from Pro and Team subscribers display a Verified Professional badge, helping you weigh feedback at a glance.
🚩 Moderation — Flag any post or comment that's vulgar or unprofessional. Items that accumulate 5 flags are hidden automatically.

lightbulb A focused review gets better feedback — name the specific rails, tolerances, or part choices you want the community to audit rather than asking for a general look-over.

dashboard

Reference Design Templates

Pre-built power architectures — click any template to load it onto the canvas

Keyboard Shortcuts

Components

Selection

Edit

File

History

Canvas

🔍 Find Part

Part Filters

⚙️ Settings

📄 Document Settings

grid_on Grid Settings

branding_watermark Canvas Watermark

Export Options

AI Limit Reached

📈 Monte Carlo Analysis Report

Select a component to view histograms

Voltage (V)

Current (A)

Power Dissipation (W)

Junction Temp (°C)

📊 Stress & Derating Analysis Report

Compliance & Component Derating

upload_fileExport Studio

Sign In

👤 Account Settings

User Name

🛟 Customer Support

mail Contact Our Team

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📖 Help Center

Getting Started

Placing & Connecting Components

Available Components

Editing Properties

Power Analysis

Derating Analysis

Finding Real Parts

Tolerance & Monte Carlo Analysis

Saving & Exporting

Sharing & Collaboration

Sheets & Organization

Account & Billing

Keyboard Shortcuts

AI Analysis

Version History

Guided Tour & Tips

Community Component Notes (CCN)

Community Design Review (CDR)

☁️ Cloud Designs

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People with access

groupsTeam Settings

Invite Member

Members

Team Settings

group_addCreate Team

edit_noteRevision Note

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auto_awesomeAI Design Review

Suggestions

magic_button AI Synthesis

Reference Design Templates

Welcome to Electronics Architect

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Start with a Template