Product Specification
The XC73108-20PC84I is a sophisticated Field-Programmable Gate Array (FPGA) device engineered for demanding digital signal processing and embedded system applications. This advanced semiconductor component delivers exceptional performance and flexibility for engineers developing cutting-edge electronic solutions.
Key Technical Features
The XC73108-20PC84I features a robust architecture designed to handle complex computational tasks with remarkable efficiency. This FPGA incorporates advanced logic elements that provide substantial processing capabilities while maintaining low power consumption characteristics. The device supports high-speed data processing operations, making it ideal for applications requiring real-time signal manipulation and control.
The integrated design of the XC73108-20PC84I includes configurable logic blocks, embedded memory resources, and dedicated signal processing elements. These components work together to deliver superior performance in applications such as digital communications, industrial automation, and advanced computing systems. The device’s architecture ensures optimal resource utilization while providing the flexibility needed for diverse implementation requirements.
Package and Interface Specifications
This FPGA comes in a compact PC84 package configuration, offering an excellent balance between functionality and board space efficiency. The 84-pin package provides comprehensive I/O capabilities while maintaining a manageable footprint for system integration. The device operates reliably across industrial temperature ranges, ensuring consistent performance in challenging environmental conditions.
Price
The XC73108-20PC84I is competitively priced to deliver exceptional value for professional development projects and commercial applications. Pricing varies based on order quantities, with volume discounts available for large-scale implementations. Contact authorized distributors for current pricing information and quantity-based quotations. The cost-effective nature of this FPGA makes it an attractive choice for both prototyping and production deployments.
Documents & Media
Comprehensive technical documentation supports the XC73108-20PC84I implementation process. The complete datasheet provides detailed electrical specifications, timing characteristics, and application guidelines essential for successful design integration. Pin configuration diagrams and package drawings facilitate accurate PCB layout design and component placement.
Application notes and reference designs demonstrate practical implementation strategies for common use cases. These resources include circuit examples, configuration guidelines, and performance optimization techniques. Software development tools and programming utilities support the complete development lifecycle from initial concept through production deployment.
Technical white papers explore advanced implementation techniques and best practices for maximizing the XC73108-20PC84I performance capabilities. Video tutorials and webinar recordings provide additional learning resources for engineers working with this FPGA platform.
Related Resources
The XC73108-20PC84I integrates seamlessly with complementary development tools and supporting components. Compatible evaluation boards accelerate prototyping and proof-of-concept development activities. These development platforms include necessary interfaces, power management circuits, and debugging capabilities.
Software development environments provide comprehensive design entry, synthesis, and implementation tools specifically optimized for this FPGA family. These integrated development environments support both graphical and text-based design methodologies, accommodating diverse engineering preferences and project requirements.
Third-party intellectual property (IP) cores extend the functionality of the XC73108-20PC84I for specialized applications. Available IP includes communication protocols, signal processing algorithms, and interface controllers that reduce development time and improve system reliability.
Training resources and technical support services assist engineers throughout the development process. Online forums, application engineering support, and comprehensive documentation libraries provide ongoing assistance for successful project completion.
Environmental & Export Classifications
The XC73108-20PC84I meets stringent environmental and regulatory standards required for global deployment. RoHS compliance ensures the device meets European Union restrictions on hazardous substances, supporting environmentally responsible manufacturing practices. Lead-free package construction aligns with modern environmental requirements while maintaining superior electrical performance and reliability.
Operating temperature specifications cover industrial ranges, enabling deployment in challenging environmental conditions. The device demonstrates excellent thermal performance characteristics, ensuring stable operation across specified temperature extremes. Humidity and vibration resistance specifications support reliable operation in demanding industrial applications.
Export classification information facilitates international shipping and regulatory compliance. The XC73108-20PC84I classification supports broad global availability while meeting applicable trade regulations. Documentation includes necessary export control classifications and country-specific import requirements.
Quality certifications demonstrate the device’s compliance with international manufacturing and reliability standards. These certifications provide confidence in the component’s long-term performance and manufacturing consistency. Traceability documentation supports quality management systems and regulatory compliance requirements.
The XC73108-20PC84I represents an excellent choice for engineers seeking a powerful, flexible FPGA solution that combines advanced capabilities with practical implementation advantages. Its comprehensive feature set, competitive pricing, and extensive support resources make it ideal for diverse digital system applications requiring high performance and reliability.
