よく聞かれる質問
質問

In engineering, THT (Through-Hole Technology) refers to a traditional method of assembling electronic circuits by mounting components with leads on a PCB and soldering them through holes, providing strong mechanical bonds.

Inflexibility: Difficulties in adapting to market changes or customizing products. Upfront Investment: High initial costs for setting up production lines and purchasing materials. Inventory Risk: Potential for excess inventory if demand decreases or shifts.

The fixture design procedure involves analyzing workpiece requirements, selecting materials, conceptualizing the design, CAD modeling, and finally, manufacturing and testing the fixture for efficacy.

Classification of SMT typically involves the type of components used (passive, active, integrated circuits) and the technology of assembly (fine pitch, BGA, micro-BGA).

Improving product design and development involves continuous research, customer feedback, iterative prototyping, and cross-functional teamwork. Utilizing advanced technologies and adhering to best practices in user experience can also enhance the process.

"Print" generally refers to transferring ink or toner onto paper or other substrates, while "stencil" involves applying a material through a template to create a design or pattern on a surface.

Customs clearance and duties involve the process and fees associated with the importation of goods across international borders. Duties are taxes imposed on imports, and clearance involves adhering to all legal and regulatory requirements set by the importing country.

Component engineering in electronics focuses on the strategic selection, evaluation, and management of electronic parts and materials used in electronic product manufacturing. This discipline ensures the components' performance, quality, availability, and compliance with technical and environmental standards.

MDA testing is limited to detecting physical and basic electrical defects. It cannot assess component functionality, circuit performance under power, or complex issues like timing errors.

The principles of Design for Excellence (DFX) focus on optimizing all facets of the product lifecycle for performance, cost, quality, time to market, customer satisfaction, and environmental impact. This includes design for manufacturability, assembly, testing, sustainability, and more, aiming for excellence in every aspect of the product's design and production.