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I will design power electronics pcb, bms, motor driver, ev and drone power board
Power Electronics and AI Hardware PCB Design Specialist
Power Electronics & AI Hardware PCB Design Specialist.
I design high-performance PCBs for cutting-edge applications not generic boards. My expertise covers AI hardware, edge AI, wearable devices, med...
Sobre este Serviço
Looking for a professional power electronics PCB for your next project? You're in the right place.
I specialize in high-current, high-voltage PCB design for EV, drone, robotics, and industrial applications not generic boards.
What I Design:
- BMS PCB : Battery management systems for EV, e-bikes, and energy storage
- Motor Driver : PCB BLDC ESC controller, PMSM, FOC motor control boards
- EV Charger PCB : On-board chargers, DC fast charger control boards
- Inverter PCB : DC-AC inverters, DC DC converter, SMPS power supply
- Drone Power Board : ESC, flight controller, power distribution boards
What You Get:
- Professional schematic design
- Multi-layer PCB layout (2 to 8+ layers)
- High current routing and thermal management
- Gerber files and fabrication-ready outputs
- BOM with real part numbers
- 3D model (STEP file)
- Source files (Altium / KiCad / Eagle)
Why Choose Me?
- Specialized in high current PCB and power electronics
- Proper thermal via placement and copper pour optimization
- Every design is DFM-checked before delivery
- Fast communication I respond in minutes
Message me first with your voltage, current, and power requirements for accurate pricing
Meu portfólio
Perguntas frequentes
What information do I need to provide before placing an order?
Please share your circuit schematic or block diagram, input/output voltage, current ratings, power requirements, and any specific components you want to use. Also mention if you need BMS, motor driver, inverter, or EV charger PCB. Message me first for accurate pricing.
What power electronics PCBs can you design?
I design BMS PCBs, BLDC motor driver and ESC controllers, EV charger boards, DC DC converters, SMPS power supplies, inverter PCBs, power distribution boards, and drone power boards. I handle high current and high voltage designs with proper thermal management.
What PCB design software do you use?
I work with Altium Designer, KiCad, Eagle, and OrCAD. I deliver native source files in your preferred format. If you have an existing project in any of these tools, I can continue from where you left off.
Can you design BMS PCBs for electric vehicles and battery packs?
Yes. I design battery management system PCBs for EV, e-bikes, energy storage, and portable devices. This includes cell balancing circuits, over-voltage and under-voltage protection, current sensing, temperature monitoring, and CAN Bus communication interfaces.
Can you design BLDC motor driver and ESC controller PCBs?
Yes. I design BLDC motor driver PCBs, ESC controllers, and PMSM motor control boards for drones, electric vehicles, robotics, and industrial automation. I handle gate driver circuits, high-side and low-side MOSFET switching, and FOC control implementations.
How do you handle high current and thermal management in your designs?
I use heavy copper traces, proper copper pour, thermal vias, heat sink pads, and optimized component placement. I calculate trace widths based on IPC-2152 standards for your current requirements and use thermal simulation to verify performance.
How many layers can you design for power electronics?
I design PCBs from 2-layer up to 8+ layers. Power electronics boards typically need 4 or more layers for proper power plane management, ground plane separation, signal routing, and thermal dissipation. I recommend the optimal layer count based on your requirements.
What files will I receive after the project is complete?
You receive Gerber files, drill files, BOM with real part numbers and suppliers, pick and place files, schematic PDF, PCB layout PDF, 3D model in STEP format, and native source files. Everything needed for immediate fabrication and assembly
