Designing Bicycle TPMS System
1:07
Below are two steps to build the complete schematic in Flux. The first step adds all required components. The second step creates the necessary net connections as described in your requirements.
1) Add All Required Components
Microcontroller (U1)
Pressure Sensor (U2)
Accelerometer (U3)
Voltage Supervisor (U4)
Battery (BT1)
Resistors
Ground Reference
*(Optional) Decoupling Capacitors for noise reduction near each IC’s power pin. For example, 0.1µF and 10µF capacitors:
2) Create the Schematic Connections
Below is a concise wiring outline. Net names are in bold.
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Battery and Power Rails
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nRF52832-QFAB-R (U1)
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MS5837-30BA (U2)
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LIS2HH12TR (U3)
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I2C Pull-up Resistors
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Voltage Supervisor (U4)
This completes the essential schematic. You can optionally add an SWD header to U1 for firmware programming and debugging.
Next step suggestion: Since the schematic is defined, you can move on to arranging components on the PCB. If you need instructions on PCB layout in Flux, you can look up the relevant documentation.
415 days
0:21
Please refer to the Flux documentation on adding components. You can do this by using the component library:
- Open the component library in Flux.
- Enter "MS5837-30BA" in the search field.
- Select the component from the search results and add it to your schematic.
For detailed instructions, please see the Flux Documentation.
414 days
0:24
I'm unable to arrange or move components automatically in Flux. For help on manually placing components for optimal performance in your PCB layout, please refer to the Flux documentation:
If you have further questions on this process, let me know!
Power regulator placement.
High-speed signal placement.
MOSFET thermal management.
414 days
To get started, talk to Flux or create a New Document.
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