

Keyword driven, using terminology familiar to industry experts.Easy to implement into any design or manufacturing computer system.A single file, able to completely describe a printed board, a printed board assembly, an assembly array, multiple assemblies on a sub-panel, a board fabrication panel, quality assessment coupons, and assembly/test fixtures.Segmented into twenty linked sections to eliminate the need for redundancy.User friendly, easy to understand by manufacturing personnel.These experts have worked for two years to make the GenCAM standard the most robust data description format of its time. GenCAM, simply put, is an ASCII format, driven by domain experts that represent printed board fabrication and test list of materials, assembly, inspection and in-circuit test as well as, documentation, administration, and configuration control management issues. IPC-2510 GenCAM Product Data GENCAM Product Data - IPC-2511 The standard also describes a messaging interface that is based upon an architecture whereby a single logical middleware server (the Message Broker) exchanges messages among Clients in a Domain. IPC-2501 outlines the communication architecture and supporting XML messages.
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This standard establishes the governing semantics and an XML based syntax for shop floor communication between electronic assembly equipment and associated software applications. IPC-2501: 2003 Definition for Web-Based Exchange of XML Data The Message Broker acts as an intelligent message router between these Clients, accomplishing both Point-to-Point and Publish/Subscribe communications. This standard describes a messaging interface that is based upon an architecture whereby a single logical middleware server (the Message Broker) exchanges messages among Clients in a Domain.Ĭlients may be electronics manufacturing equipment or software applications present in the domain. Just as “snail mail” and e-mail information exchanging requires standards for the envelope and transportation mechanisms – or messaging interface – so also do factory floor communications.
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The IPC-254X and IPC-255X series of standards address this issue by defining the messages needed for this information exchange. Information exchange between a system of electronic assembly equipment and higher-level applications has, in the past, used proprietary or borrowed standards. One area of commerce that has lacked its own communication standards is the electronics manufacturing factory floor. Information flow is essential to efficient electronics manufacturing and standards are essential to information flow. IPC 25XX Standards IPC-2500 CAMX Framework CAMX Frameworks (IPC-250X) This downloadable program permits Gerber files to be imported and viewed. The calculator is available in both metric and imperial (inch) formats.


It also has an input for etch factors, which allows designers and fabricators to better predict the final tolerance of the finished resistor. The tool can help the designer select one or more of the available TCR ohms per square sheet resistance values to capture and eliminate more surface mounted resistors. This downloadable resistor calculator is a tool used by printed board designers to select sheet resistivity while considering resistor size, shape and power handling capability. Ticer Technologies Embedded Resistor Calculator Printed Board Process Capability, Quality, and Relative Reliability (PCQR2) Benchmark Test Standard Database The IPC PWB Suppliers Council Steering Committee Roadmap Subcommittee has created this Industry Standardized PWB Roadmap (ISPR) tool to provide gap analysis, identify technology needs, and highlight opportunities for enabling technology for the IPC PWB suppliers community. Note: Please choose 'NO', when prompted, "The workshop you opened contains automatic links to information in another workbook…". Supplier Industry Standardized PWB Roadmap(ISPR) Tool
