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Schematic Design

The circuit schematic design is the foundation of the entire circuit design, as it directly determines the effectiveness of the subsequent PCB design. Generally, the circuit diagram design follows the specific steps below.

Specific design steps:

1. Start Protel DXP schematic editor.
2. Set the size and layout of the circuit diagram.
3. Select the required components from the component library and place them on the working plane.
4. Connect the components according to the design requirements.
5. Adjust the wiring of the components.
6. Save the completed schematic document.
7. Print out the drawings.

Design advantages:

1. High-quality assurance: We ensure adherence to standard design flow, implement a quality assurance system, and utilize advanced manufacturing and testing equipment to deliver excellent quality.
2. Cost reduction: We balance customer needs and manufacturing constraints, optimizing the design to save both time and money.
3. Strong technical support: Our team can share research results and access the latest information within their respective fields, providing customers with added value.

Design field:

1. Optical network transmission equipment: SDH, DWDM equipment.
2. Data communications equipment: High-end routers, LAN switches, ADSL, etc.
3. High-end computing equipment: Servers, motherboards, etc.
4. Multimedia electronic devices: TVs, HDTVs, DVDs, DVB, LCD TVs, PDP, LCOS, DLP, etc.
5. High-power switching power supply products: Household appliances, computers, telecommunications, switching power supply PCB design.
6. Power electronic equipment: Inverters, UPS, industrial power.
7. Industrial control boards: Industrial PCB design across various series.

In PCB design, we utilize advanced scanning technology and software to clone single and multi-layer PCBs, including those with difficult blind and buried vias. Our expertise covers intensive components, microstrip lines, computer motherboards, high-end graphics boards, Gigabit network device substrates, high-frequency processing, electromagnetic compatibility, PHS motherboards, strict impedance control for wireless communication equipment such as cell phone motherboards and wireless LAN. We can clone up to 30-layer stack, blind hole buried vias industrial motherboards based on customers' models or prototypes.

With years of experience in technology development and PCB design, our software and hardware engineers provide services such as PCB copying, PCB design, PCB layout, schematic design, BOM table production, prototype production (including debugging), batch processing, technical support, PCB production, and quality assurance. We aim to save your costs on proofing, debugging, and development while assisting in component procurement, compatible device replacements, and test aircraft design sources.