大農精密科技 Product Lineup

1. Flow of Logic Board Development 1. Needs Analysis - Listing functional requirements - Clarifying objectives 2. Proposal - Creating a framework diagram 3. Searching for Electronic Components - Confirming specifications, functions, wiring, and lead information of components 4. Creating a Schematic Diagram - Writing the logic corresponding to the functions of the electronic component leads in the schematic diagram, then wiring it. 5. Creating a PCB Circuit Diagram - Adjusting the layout of electronic components and then establishing wiring standards. 6. Creating a Sample - (Soldering) - Soldering electronic components onto the PCB after it is completed. 7. Debugging Tests and Adjustments - Performance testing 2. Design of Logic Circuit Diagrams Our company first seeks to understand the customer's needs more clearly through communication in the initial stage of control board design. This stage mainly involves confirming the desired functions and possible shapes. After determining the main functions, additional features can be added in the later stages, provided they do not affect the main functions. The determined shape is very important, as it relates to the creation of the PCB and the selection of electronic components in later stages. 3. Production of Prototypes ▼ Contact Information MAIL: wen_wu@tanong.com.tw

• Circuit board design and manufacturing

<Diverse Manufacturing Beyond the Manufacturing Process> Through 50 years of long-term management and continuous innovative product development, our company has not only cultivated professional engineers with various manufacturing engineering knowledge but has also established a complete supply chain system. In Taiwan's finely divided industrial sectors, we play a responsible and efficient integration role, providing OEM/ODM customers with consistent manufacturing services that include heartfelt development and proposal of part specifications, material selection, development of part molding processes, subsequent precision machining and manufacturing, surface painting and plating, rust prevention, UV resistance treatment, assembly, inspection, packaging, and logistics planning, sharing know-how through diverse manufacturing methods that go beyond the manufacturing process.

• Mechanical Design