Schematic Design Request
0:38
Got it — I’ll create a new ESP32‑C6 RGBW+CCT (6‑channel) 24V LED driver project and schematic.
Plan summary:
- New project with ESP32‑C6, 24V input, RGBW+CCT strip connectors.
- Add protections, DC‑DC for 5V/3.3V, and decoupling.
- Six MOSFET channels with proper gate drive and PWM mapping.
- Boot/program header, pull‑ups, filters; wire all nets.
- Run checks and note layout/thermal guidance.
Before I start, quick confirms:
- Target current per channel (e.g., 3 A, 5 A)?
- Preferred strip interface: one 8‑pin output (24V, GND, R,G,B,W,CW,WW) or multiple connectors?
- Any must‑have protections: e-fuse, reverse polarity via ideal diode, TVS at input/outputs?
Click Start on the plan bar and I’ll proceed.
Plan
- Design a new Flux project schematic for an ESP32-C6 based LED driver that supports 24V FCOB LED strips with RGBW+CCT channels. The design will incorporate a 24V power input, voltage regulation down to 5V/3.3V for the ESP32-C6, and a MOSFET-based LED driver circuit for six channels with proper PWM mapping, protection elements, and necessary support circuitry.
#Implementation plan
- Create a new Flux project and set up a fresh schematic.
- Add core components:
- Select and add an ESP32-C6 module (e.g., Seeed Studio XIAO ESP32C6 if available) to serve as the MCU.
- Place a 24V power input connector for the LED strips and external supply.
- Add connectors for the LED strip outputs corresponding to RGBW+CCT (six channels total).
- Implement the power stage:
- Add a 24V input stage including protection components such as a fuse, reverse polarity protection diode, and TVS diode.
- Select and place a DC-DC regulator circuit to provide 5V/3.3V to the ESP32-C6 and its peripherals.
- Add the LED driver stage:
- Select and add MOSFET drivers (high-side or low-side as needed) to drive each of the six LED channels at 24V. Ensure the MOSFETs are rated for 24V application.
- Map PWM signals from the ESP32-C6 to each MOSFET gate. If required, add level shifting/gate driver circuits between the MCU and MOSFETs.
- Add support circuitry:
- Incorporate decoupling capacitors for the ESP32-C6 and power regulators.
- Add boot/reset circuitry and a programming header for the ESP32-C6.
- Include any necessary pull-ups and filters on the control signals.
- Connect the components:
- Create interconnections between the power input, regulators, ESP32-C6, MOSFET drivers, and LED strip connectors.
- Ensure proper routing of PWM signals and power distribution.
- Validate the design:
- Run ERC/DRC checks on the schematic.
- Prepare notes for PCB layout, focusing on thermal management and safe clearances for high voltage areas.
#Success criteria
- A complete schematic that integrates a 24V input with necessary protection, adequate voltage regulation for the ESP32-C6, and a MOSFET-based LED driver for six channels (RGBW+CCT).
- Correct mapping of PWM-capable GPIOs from the ESP32-C6 to each LED channel with appropriate level shifting/gate driver circuitry if needed.
- Schematic passes ERC/DRC checks and includes support circuitry for reliable operation and programming of the ESP32-C6.
Specify LED current
Define connector style
Set protection requirements
Constrain module choice
Ask about MOSFET topology
156 days
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