Circuit simulation
Flux simulated the load step of a 3.3 V buck converter with SPICE, and checks every change before your review.
Medical hardware, checked at every step.
Flux designs the board, the enclosure, the wiring, and the firmware, and checks each change before your design review.
Checked and built in Flux
Real examples from Flux projects: the simulation, layout, and schematic work a medical design review looks for.
Routed board layout
The routed board layout of the ESP32 x86 PC, placed and routed in Flux to its layout rules.
USB-C power input schematic
The USB-C power input schematic, drawn by Flux with parts you can buy.
How Flux handles medical hardware
Brainstorm.
- Scope the sensors, power, and safety needs of your device.
- Get a Project Spec your team can review and keep with the design.
- Set the device size, controls, and enclosure shape alongside the electronics.
Design.
- Parts picked for accuracy, power, and long-term availability.
- Design rule and electrical checks on every change.
- Enclosure, mounts, and internal wiring designed around the board in the same project.
Make it real.
- Cost and lead time on every part before you order.
- Manufacturing files and an enclosure, ready to send.
- Stress-checked enclosure and mounts, with STEP files for your CAD tools.
What medical device teams need from Flux.
Long product life.
When a part goes end of life, Flux finds parts with the same fit and function that are in stock, and updates the schematic and the board.
A record of every change.
Every change records who made it, what changed, and when. Simulation and check results stay in the project for your design reviews.
Checks before every review.
Flux runs circuit, thermal and electromagnetic simulation, plus design rule and datasheet checks, on every change.
Your rules on every project.
Flux learns your team's design rules and part rules, and follows them on every project.
Your data stays under your control.
Project-level permissions, single sign-on, and no training on your data.
More programs with a small team.
One AI engineer, and a team of agents that work in parallel. Your engineers set the requirements and review the work.
Go deeper on medical hardware
PCB Design Reviews: Best Practices for Catching Errors Early
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Simulate Circuits with a Prompt
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AI Design Reviews
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Circuit, electromagnetic, thermal, and mechanical simulation, plus design rule and datasheet checks.
Approved parts, layout rules, and manufacturer limits.
The AI engineer designs and manages the full harness between boards, connectors, and devices inside the product.
Explore other industries
Power and energy
Chargers, converters, and battery systems, from idea to tested board.
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Consumer electronics
The board, enclosure, and firmware designed together.
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Industrial and connected devices
Controllers, sensors, and gateways built for the field.
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Automotive and aerospace
Electronics for harsh environments and strict reliability targets.
Explore automotive and aerospace →