I will develop mixed signal rf pcb design, 4 layer esp32 stm32 low noise iot sensor
PCB DESIGN, EMBEDDED SYSTEM AND IOT
About this Gig
''CONTACT ME BEFORE PLACING ORDER''
Hello,
I specialize in designing high-performance PCB's that combine analog, digital, and RF circuits with precision. From ESP32 and STM32 systems to low-noise analog front ends, I ensure clean routing, stable performance, and manufacturable designs.
What I offer:
- Mixed signal PCB layout (analog + digital separation)
- 4-layer PCB design with proper stack-up
- RF PCB layout and impedance control
- EMI/EMC optimized routing for low noise
- ESP32-WROOM, STM32, and IoT PCB design
- High current and power-efficient layouts
- Signal integrity-focused design approach
I use professional tools like KiCad to deliver industry-standard outputs including Gerber files, schematics, and source files ready for fabrication.
Whether you're building IoT devices, sensor systems, or data acquisition hardware, Ill help turn your concept into a reliable, production-ready PCB.
Let's discuss your project before placing an order to ensure the best results.
Other Electronics Engineering Services I Offer
FAQ
What do you need to start the PCB design?
Schematic (if available), requirements, dimensions, components list, and any reference design.
Can you design both schematic and PCB layout
Yes, I can handle complete design from schematic to final PCB layout.
Do you support mixed signal and RF designs?
Yes, I specialize in mixed signal, RF, low-noise, and high-performance PCB layouts.
Will you provide files for manufacturing?
Yes, you’ll receive Gerber files, BOM, and source design files ready for fabrication.
Can you design 4-layer or multilayer PCBs?
Yes, including proper stack-up, impedance control, and signal integrity optimization.
Do you work with ESP32 and STM32 projects?
Yes, I design PCBs for ESP32, STM32, and other embedded systems.
Can you optimize for EMI/EMC and noise reduction?
es, I apply best practices to minimize interference and ensure stable performance.

