Product Specification
The XC17128EPC features a robust architecture built for demanding applications. This configuration PROM offers 128K bits of storage capacity organized in a user-friendly format that ensures seamless integration with FPGA designs. The device operates across an extended temperature range, making it suitable for both commercial and industrial environments.
Key specifications include low-power operation with multiple power-down modes to optimize energy consumption in battery-powered applications. The XC17128EPC supports high-speed serial configuration protocols with configurable data rates, ensuring compatibility with various FPGA families. The device incorporates advanced error detection and correction mechanisms to maintain data integrity throughout the configuration process.
The memory architecture supports both master and slave configuration modes, providing flexibility in system design. Programming options include both in-system programming (ISP) and traditional programming methods, allowing developers to choose the most appropriate approach for their specific application requirements.
Price
The XC17128EPC is competitively priced within the configuration PROM market segment. Pricing varies based on order quantity, packaging options, and distribution channel selection. Volume discounts are typically available for quantities exceeding standard reel packaging.
Standard commercial temperature grade devices are priced lower than extended and industrial temperature variants. Extended temperature range versions of the XC17128EPC command a premium due to additional testing and qualification requirements. Custom screening options and specific reliability grades may affect final pricing.
For current pricing information and volume quotations, contact authorized distributors or the manufacturer directly. Educational and prototype quantities may qualify for special academic pricing programs.
Documents & Media
Comprehensive technical documentation supports the XC17128EPC implementation and integration process. The primary datasheet provides detailed electrical specifications, timing characteristics, and programming instructions. Application notes cover common design patterns, configuration methodologies, and troubleshooting guidelines.
Programming software and utilities are available for download, including device programmers and configuration file generation tools. Reference designs demonstrate typical XC17128EPC applications with complete schematic examples and PCB layout recommendations.
Video tutorials and webinar recordings explain advanced features and design optimization techniques. Technical support forums provide community-driven assistance for common implementation challenges. Regular firmware updates ensure compatibility with evolving FPGA families and development tool chains.
Development kit documentation includes quick-start guides, example projects, and laboratory exercises designed to accelerate the learning process for new users of the XC17128EPC.
Related Resources
The XC17128EPC ecosystem includes complementary products and development resources that enhance overall system capabilities. Compatible FPGA families are specifically designed to work seamlessly with this configuration PROM, ensuring optimal performance and reliability.
Development boards featuring the XC17128EPC provide hands-on learning opportunities and rapid prototyping capabilities. These evaluation platforms include pre-loaded demonstration designs that showcase key device features and performance characteristics.
Software development tools support the complete design flow from initial concept through production programming. Integrated development environments provide unified access to simulation, synthesis, and configuration generation capabilities specifically optimized for XC17128EPC applications.
Third-party IP cores and reference designs extend the functional capabilities of systems incorporating the XC17128EPC. Partner solutions include specialized programming adapters, test fixtures, and production programming systems designed to streamline manufacturing processes.
Training courses and certification programs provide structured learning paths for engineers working with the XC17128EPC and related technologies.
Environmental & Export Classifications
The XC17128EPC meets stringent environmental compliance standards required for global market deployment. RoHS compliance ensures the device contains no restricted hazardous substances, making it suitable for European and other markets with similar environmental regulations.
REACH registration covers all chemical substances used in XC17128EPC manufacturing processes. Conflict minerals reporting demonstrates responsible sourcing practices throughout the supply chain. Halogen-free packaging options are available for applications requiring enhanced environmental compatibility.
Export classification information ensures proper handling of international shipments and regulatory compliance. The XC17128EPC typically falls under standard commercial export categories, though specific applications may require additional documentation or licensing.
Environmental operating specifications include extended temperature ranges, humidity tolerance, and shock/vibration resistance ratings. These specifications ensure reliable operation in demanding industrial and automotive environments where the XC17128EPC is commonly deployed.
Recycling and end-of-life disposal guidelines support sustainable product lifecycle management. The device packaging materials are designed for efficient recycling processes, and the semiconductor materials can be recovered through established electronic waste processing channels.
Quality certifications include ISO standards compliance and automotive qualification levels where applicable, ensuring the XC17128EPC meets the reliability requirements of mission-critical applications across diverse industry segments.
