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I will design custom motor driver power and supply pcb layout
PCB Design Review Specialist Manufacturing Ready Electronics
PCB Design & Hardware Engineer specialized in schematic capture, multi-layer PCB layout, and production-ready electronics. I help startups, engineers, and creators build reliable hardware—from compact...
Level 1
Has met certain performance criteria and shows strong potential in the marketplace.
About this Gig
Designing high-current power stages, motor drivers, or switched-mode power supplies requires rigorous thermal management, gate drive loop optimization, and trace copper sizing. Poor layout leads to overheating, voltage spikes, EMI noise, and failed MOSFETs.
As an Electronic Engineering specialist, I design reliable, high-efficiency PCB layouts for DC/BLDC motor drivers, power converters, and industrial controllers ready for JLCPCB, PCBWay, or local FABs.
What I handle in your project:
- Power stage layout: MOSFET/IGBT gate drive loops, H-bridges, and switching nodes.
- High-current routing, copper pours, thermal vias, and heatsink placement.
- Current sensing, overcurrent/overvoltage protection, and signal isolation.
- Low-noise grounding schemes separating power GND and sensitive logic GND.
Deliverables included:
- Verified Gerber & NC Drill manufacturing files.
- Bill of Materials (BOM) with Mouser/LSCB parts and Pick & Place (CPL) files.
- 3D STEP file for mechanical enclosure and heatsink integration.
- Full schematic in PDF and editable source files (Altium / KiCad).
Please message me before ordering to review your voltage, current, and control requirements.
File format:
Gerber
•
STEP
•
SCH
•
•
ODB
Software:
Altium Designer
•
EasyEDA
•
KiCad
•
LTspice
•
Proteus
•
Arduino
Interface:
HDMI
•
MIPI DSI/CSI
•
I2S
•
UART
•
USB
•
SPI
•
I2C
•
Wi-Fi
•
BT
•
LTE
•
Ethernet
FAQ
What details do I need to provide before ordering?
I need your operating voltage, peak/continuous current requirements, motor type (DC, Stepper, BLDC), control interface (PWM, CAN, I2C, UART), and any mechanical envelope or heatsink restrictions.
How do you handle thermal management and high currents?
I calculate trace width and copper weight based on IPC-2221 standards, place thermal via arrays under power components, optimize copper pours, and design for active/passive heatsink mounting.
Can you design switching power supplies (SMPS) or DC-DC converters?
Yes. I design Buck, Boost, and Buck-Boost converters, focusing on loop area minimization, switching noise isolation, and proper component placement for stable regulation.
