IPC-610 standard

Introduction to IPC-610 Standard

The IPC-610 standard is a document proposed by the International Printed Circuit Association (IPC) regarding the assembly, operation, and inspection specifications of electronic devices. The IPC-610 standard specifies the requirements for assembly components, assembly process, component connections, installation items, and inspection, inspection, and testing. It defines image examples of assemblers, testers, and wedge work on bare plugins in the manual, in order to achieve accurate standards and formal quality levels.

The main content of IPC-610 standard:

1. Specification for floor installation: The main content in this regard includes fixed-point installation, use and connection methods, installation parameters and spacing requirements between component blocks, as well as relevant terminal markings and electrical measurement functions in specific floors and their special surfaces.

2. Component installation specifications: IPC-610 includes requirements for assembly components, component types, plug and unplug types, component positions and position changes, plug and unplug angles, plugs and sockets, and plug and unplug directions.

3. Wire feeding: IPC-610 specifies the installation method of wire connectors, including port size, sleeve, connection size, application type of stem, and type of core placement.

4. Termination: The provisions in this section mainly configure termination requirements for the wire end and chip end, including internal and surface bends, switches and dimensions, current and load changes, and foot protection.

5. Electrostatic discharge (ESD): This part of Alipay involves the requirements of protecting relevant components, preventing ESD electrification and controlling the temperature in the room.

6. Others: IPC-610 also requires ensuring isolation layers, restricting airflow, and proposing change requests to ensure proper product installation and inspection.

The IPC-610 standard is a strong quality assurance framework widely used in engineering design, manufacturing inspection, and product evaluation. It is an important tool to ensure the safety and effectiveness of manual operations, and is also the key to achieving high-quality assembly. This standard also provides some relevant management requirements, including document management, tool management, process management, quality assurance system, quality measurement, etc.