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I will micro pcb, ultra compact wireless charging tx rx coil system rf wearable pcb iot
PCB DESIGN, EMBEDDED SYSTEM AND IOT
Hi there,
I’m an embedded systems expert and electronics engineer specializing in PCB design and firmware development. I create efficient, reliable, and production-ready solutions for IoT, wearable, a...
About this Gig
''CONTACT ME BEFORE PLACING ORDER''
Hi there,
I specialize in micro PCB design and asymmetric wireless charging systems, delivering high-efficiency TX/RX solutions tailored for space-constrained devices like wearables and IoT products. Whether you need a tiny flex PCB receiver or a fully optimized transmitter, I ensure reliable power transfer, thermal safety, and manufacturable designs.
What I Offer:
- Ultra-compact RX coil + flex PCB design
- Asymmetric TX/RX coil optimization
- High-efficiency wireless power transfer systems
- RF coil design and PCB antenna integration
- Schematic, PCB layout, and BOM
- Magnetic alignment & shielding considerations
Why Choose Me:
- Expert in compact and high-density PCB design
- Strong focus on performance and efficiency
- Clean, production-ready files
- Clear communication and fast delivery
From concept to production-ready design, I will help you build a robust wireless charging solution that works.
Send me a message to discuss your project before ordering.
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start the project?
I need your device size, power requirements, battery specs, and any reference or constraints.
Can you design ultra-compact wireless charging systems?
Yes, I specialize in micro and space-constrained designs including flex PCB receivers.
Do you provide both TX and RX coil design?
Yes, I design complete TX/RX systems optimized for efficiency and performance.
Will the design be ready for manufacturing?
Absolutely, you will receive full production files including Gerber, BOM, and schematics.
Do you provide simulation and performance analysis?
Yes, for advanced packages I include efficiency and thermal simulation results.
