工程系统

3U CubeSat System Architecture

Block diagram of CubeSat subsystems with simulation environment integration.

完整 Prompt

Create a 3U CubeSat system architecture block diagram with simulation environment integration.

Layout:
- Center: a labeled 3U CubeSat bus block.
- Around it, show subsystem blocks: ADCS, OBC, EPS, communications, payload, thermal control, structure, and ground station link.
- Add a right-side "Simulation environment" panel with orbital dynamics, sensor model, actuator model, fault injection, and telemetry logger.
- Connect subsystems with arrows for power, data, command, and RF communication.
- Include a small legend for arrow types.

Style:
- Engineering systems diagram on white background.
- Navy subsystem blocks, teal data arrows, amber power arrows, coral fault-injection arrows.
- Use crisp orthogonal connectors and consistent spacing.
- Sans-serif labels, maximum 2 short lines per block.
- Publication-ready for aerospace systems papers or mission design documentation.

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适用场景

For aerospace / IEEE engineering papers and student capstone reports.

变体

Mission-mode state diagram

Replace the architecture with a state diagram showing the CubeSat mission modes: Launch -> Detumble -> Sun-pointing -> Imaging -> Downlink -> Safe. Show transitions with labeled arrows.

使用建议

List subsystems in the order they would be powered on — readers parse top-down by default.
Mention specific component examples ("magnetorquer", "S-band radio") — they unlock standard icons.
External tools / environments belong outside the central block, never inside.

常见问题

Is this style suitable for IEEE Aerospace?

Yes. The "rounded boxes + thin arrows + monochrome accent" style matches the IEEE Aerospace figure conventions; you may want to convert to grayscale before submission.