I will design rgbw led controller pcb for wireless lighting system
IOT Design and Embedded System
About this Gig
I can help develop a PCB that combines RGBW LED control, a suitable microcontroller, wireless communication, and power management into a practical design for your lighting application.
What I Can Design
- RGBW LED controller PCB
- Wireless LED lighting control boards
- ESP32 based RGBW controller circuits
- Wi-Fi and Bluetooth lighting control hardware
- MOSFET based LED dimming circuits
- PWM based RGBW color control
- Addressable LED controller interfaces, where required
- LED strip power distribution circuits
- Constant voltage LED control boards
- Custom power regulation and protection circuits
- Custom electronic schematic
- PCB layout and component placement
- PCB routing and design optimization
- Gerber and drill files for manufacturing
- Bill of Materials (BOM)
- Pick and place files, when required
- Source design files according to the agreed software format
Why Choose My Service?
- Custom design based on your specifications
- Organized schematics and PCB layouts
- Appropriate component selection for your application
- Consideration of current capacity, heat dissipation, and power requirements
- Clear communication throughout the design process
Please contact me before ordering.
FAQ
Can you design a custom RGBW LED controller PCB?
Yes, I can design a custom PCB for red, green, blue, and white LED control based on your electrical and functional requirements.
Can you use ESP32 for wireless LED control?
Yes, an ESP32 can be incorporated for suitable Wi-Fi or Bluetooth lighting applications.
Can you design a four-channel PWM dimming circuit?
Yes, the PCB can include four-channel PWM control using suitable driver or MOSFET circuits.
Which LED strip voltages can you support?
The design can be tailored to compatible 5 V, 12 V, 24 V, or other specified systems, depending on the LED type and current requirements.
Can you include MOSFETs for high-current LED strips?
Yes, suitable MOSFETs and supporting circuitry can be selected according to the load current, voltage, and thermal requirements.

