
Gerber File Preparation: A PCB Production Checklist
Prepare PCB Gerber files with practical checks for layers, drills, board outlines and revisions, then build a clear manufacturing handoff package.
Application-focused guidance covering PCB design, production, fault analysis, embedded systems, automation, and product lifecycle decisions.

Prepare PCB Gerber files with practical checks for layers, drills, board outlines and revisions, then build a clear manufacturing handoff package.

Build a clear electronics BOM with MPNs, quantities, footprints, alternatives and DNP status. Use practical checks before component sourcing and assembly.

Compare SMD, THT and mixed PCB assembly through board space, mechanical loads, process planning and testing, with a practical control-board example.

Compare AOI, X-ray, ICT and functional testing for PCB assemblies. Map defect coverage, plan test access and define useful production acceptance criteria.

Choose between a buck converter and LDO using power loss, temperature, dropout and quiescent current, with a practical 5 V to 3.3 V example.

Review PCB manufacturability and test access before release. A practical DFM and DFT checklist for footprints, panels, programming and revision control.

Plan RS-485 and Modbus RTU wiring, termination, isolation, timing and diagnostics with a practical commissioning sequence and device checklist.

Design a 4–20 mA sensor input with a practical pressure example covering shunt resistance, ADC range, loop voltage, calibration and fault handling.

Move from an ESP32 development board to a custom PCB by planning module choice, power, antenna placement, programming access and production testing.

Compare two-layer and four-layer PCBs through return paths, stackup, signal integrity, fabrication rules and the total cost of product development.

Explore professional PCB design from requirements and schematics to placement, power integrity, EMC, Gerber outputs, prototypes, testing, and revision control.

Follow electronic board manufacturing through file review, Gerber and BOM release, sourcing, PCB fabrication, SMD/THT assembly, inspection, testing, and production scale-up.

Review safe diagnostic approaches for shorts, burned parts, cold joints, broken traces, moisture, power faults, switching devices, communication, heat, and damage.

Understand embedded systems through processors, sensors, real-time control, communications, data acquisition, IoT, machinery, energy monitoring, and custom product design.

Plan automation scope, PLC, HMI/SCADA, sensors, motors, panels, industrial networks, machine safety, commissioning, training, maintenance, and spares before implementation.

Explore how local electronic design and manufacturing can affect communication, customization, revisions, support, supply risk, IP, delivery, maintenance, and lifecycle cost.
Share your requirements and available project files with the RoseVia technical team.