2-Layer Automotive PCB Design: Multi-Port USB Charger & Data Bypass Module (JLCPCB/LCSC Optimized)

@macroenergy

As an experienced electrical engineer specializing in circuit design and PCB layout, I believe I am the perfect fit for your automotive-grade USB charger project. I have a long-standing background in digital motor control, analog design, power electronics and renewable energy which makes me highly familiar with the specific requirements of designing power delivery systems for automotive applications. Notably, my extensive experience working with low-cost, highly integrated standard ICs from LCSC/JLCPCB will be instrumental in achieving your target manufacturing cost of under €15 per unit. My thorough understanding of integrated circuit selection as well as my proficiency in Altium and Easyeda will ensure that we make the best use of these cost-effective components without compromising on quality or performance. Lastly, I'm very well-versed in safety and protection measures specific to the automotive industry and understand the importance of adhering to standards like ISO 7637-2 for load-dump protection and CISPR 25 for electromagnetic compatibility. With me, you’re not just getting a freelancer to do a job but someone who genuinely cares about delivering a reliable and high-quality product to your satisfaction. I'm excited about the possibility of collaborating with you on this project!

@ITECH

With over a decade of experience in circuit design and PCB layout combined with my specialization in IoT and automotive electronics, I have successfully engineered numerous projects with similar requirements to yours. My understanding of low-cost, highly integrated, and standardized components from LCSC and JLCPCB is a major asset. I’ve intricately studied market trends to select the best ICs such as Injoinic and Southchip as per your stipulations, allowing me to achieve your target manufacturing cost of under €15 per unit. The safety and protection protocols you've deemed mandatory are areas where I excel. I understand the necessity for an on-board Car-Mini-Fuse coupled with TVS Load-Dump protection and having worked on projects adhering to ISO 7637-2, I am fully capable. Moreover, my proficiency extends to designing for EMC compliance too. I offer a comprehensive service that spans from schematics to PCB layout using industry-standard software along with production files required for manufacturing; Gerbers, CPL (Pick&Place), BOM (LCSC part numbers), and even a 3D STEP file. Let me complement your project with my suite of skills and help bring your Multi-Port USB Charger box to life!

@markupdudes

Hello, I have thoroughly reviewed your detailed project requirements for a 2-layer automotive-grade Multi-Port USB Charger box, optimized for cost-effective manufacturing at under €15 per unit. With my extensive experience in automotive PCB design and power delivery circuits, I am confident in selecting low-cost, highly integrated ICs from LCSC/JLCPCB like Injoinic and Southchip to meet your constraints. I will ensure the schematic and PCB layout strictly adhere to your size, mounting, and safety specifications, including the critical TVS load-dump and EMC filtering for CISPR 25 compliance. I will deliver comprehensive production files including Gerbers, CPL, BOM with LCSC part numbers, and a 3D STEP file, ensuring a streamlined manufacturing process. My previous designs include automotive power systems with embedded protection circuits similar to your project. I can start immediately and propose a delivery timeline of 10 days for the complete schematic and layout. Which specific automotive-grade IC models from Injoinic or Southchip do you prefer for the power delivery components, or should I recommend based on the best balance of cost and performance? Best regards,