Product Specification
The XCS40-3BG256C features a robust architecture optimized for mid-range applications. This FPGA incorporates advanced logic cells with configurable logic blocks (CLBs) that provide flexible digital circuit implementation. The device operates across industrial temperature ranges, ensuring reliable performance in demanding environments.
Key Technical Features:
- Package Type: 256-pin Ball Grid Array (BGA)
- Speed Grade: -3 (high-performance variant)
- Logic Capacity: Optimized for medium-complexity designs
- I/O Pins: Multiple user-configurable input/output options
- Operating Temperature: Industrial grade specification
- Power Supply: Standard FPGA voltage requirements
- Configuration: In-system programmable via JTAG interface
The XCS40-3BG256C supports various clocking schemes and includes dedicated routing resources for high-speed signal paths. Built-in boundary scan capabilities facilitate board-level testing and debugging.
Price
Pricing for the XCS40-3BG256C varies based on order quantity and distribution channel. Contact authorized distributors for current pricing information and volume discounts. Educational institutions and design evaluation projects may qualify for special pricing programs.
Pricing Considerations:
- Unit pricing decreases with larger order quantities
- Extended temperature range variants may carry premium pricing
- Lead times vary based on current inventory levels
- Consult with distributors for the most current pricing structure
Documents & Media
Comprehensive technical documentation supports XCS40-3BG256C implementation and design optimization. Essential resources include detailed datasheets, application notes, and design guides specifically tailored for this device.
Available Documentation:
- Official Datasheet: Complete electrical specifications and pinout diagrams
- User Guide: Implementation guidelines and best practices
- Application Notes: Design examples and optimization techniques
- Reference Designs: Proven circuit implementations and code examples
- Development Tools: Compatible software and hardware development platforms
Technical support documentation covers common design challenges, timing analysis, and power optimization strategies. These resources accelerate development cycles and ensure successful project completion.
Related Resources
The XCS40-3BG256C integrates seamlessly with established development ecosystems and third-party tools. Compatible development boards and evaluation kits provide rapid prototyping capabilities for proof-of-concept designs.
Development Resources:
- Evaluation Boards: Hardware platforms for rapid prototyping
- Software Tools: Synthesis and implementation software suites
- IP Cores: Pre-verified intellectual property blocks
- Community Support: User forums and technical communities
- Training Materials: Online courses and certification programs
Third-party vendors offer specialized IP cores, development boards, and consulting services specifically supporting XCS40-3BG256C implementations. These resources expand design capabilities and reduce time-to-market.
Environmental & Export Classifications
The XCS40-3BG256C meets stringent environmental standards and complies with international export regulations. This device adheres to RoHS directives and environmental sustainability requirements.
Environmental Compliance:
- RoHS Compliant: Lead-free manufacturing processes
- Halogen-Free: Environmentally conscious packaging materials
- Operating Temperature: Industrial temperature range specification
- Storage Conditions: Specified humidity and temperature requirements
- ESD Protection: Appropriate handling and storage protocols
Export Classifications:
- ECCN Classification: Verify current export control classification
- Country-Specific Regulations: Compliance with local import/export requirements
- Documentation Requirements: Proper export documentation and licensing
- Restricted Destinations: Awareness of trade restriction policies
The XCS40-3BG256C represents a reliable solution for applications requiring flexible digital logic implementation. Its combination of performance, package efficiency, and comprehensive support resources makes it suitable for diverse embedded system applications across industrial, automotive, and communications sectors.
