PCB design

According to customers’ requirements from product concept, design to production, we are committed to providing customers around the world with one-stop product development solutions, winning the trust of customers with very competitive prices and quality services.

Our comprehensive PCB design services capabilities ensure a completed understanding of your project’s technical requirements and DFM ((Design for Manufacturability). Our PCB designs conform to the IPC 2200 standard and PCB assembly to IPC-A-610 standards.

PCB design service process provided by Evertop:

1. Requirement Gathering: The first step is to gather the requirements for the PCB design. This includes understanding the functionality of the electronic device, its technical specifications, and any specific constraints or preferences provided by the client.

2. Schematic Design: Based on the gathered requirements, Evertop creates a schematic diagram that represents the electrical connections between different components of the circuit. The schematic helps visualize the circuit and serves as a foundation for the PCB layout design.

3. Component Selection: Evertop assists in selecting the appropriate electronic components based on the requirements. Factors such as performance, availability, cost, reliability, and compatibility are considered during this stage. The designer may recommend suitable alternatives if required.

4. PCB Layout Design: Using specialized PCB design software, the designer places the selected components on the PCB and creates the copper traces (routing) that connect them. This step involves careful consideration of factors like signal integrity, power distribution, thermal management, and adherence to design rules.

5. Design Optimization: Evertop optimizes the PCB layout to ensure efficient signal flow, minimize noise, and improve overall performance. This may involve techniques such as layer stack-up optimization, impedance control, ground plane design, and routing techniques.

6. Design Validation: The PCB design is validated to ensure it meets the desired specifications. Various simulation and analysis tools can be used to check for issues like signal integrity, thermal behavior, and manufacturability. Necessary adjustments are made based on the validation results.

7. Design for Manufacturability (DFM): The PCB layout is optimized for smooth and cost-effective manufacturing. The design is reviewed with considerations such as panelization, solder mask, silkscreen, component placement, and assembly constraints. DFM guidelines and industry standards are followed to ensure manufacturability.

8. Documentation: Detailed documentation is created, including the Gerber files, BOM (Bill of Materials), assembly drawings, and any specific instructions for manufacturing and assembly. This documentation is crucial for the production and assembly stages.

9. Design Review and Collaboration: The PCB design is reviewed with the client, seeking their feedback and approval. Collaboration and communication occur throughout the process to ensure the client's requirements are met. Iterations and adjustments may be made based on the feedback received.