The XCV300-6BG352C is a powerful field-programmable gate array (FPGA) from Xilinx’s Virtex series, designed to deliver exceptional performance for demanding digital design applications. This versatile programmable logic device offers engineers and developers a robust platform for implementing complex digital circuits with superior speed and efficiency.
Product Specifications
The XCV300-6BG352C features impressive technical specifications that make it ideal for high-performance applications:
Core Architecture:
- 300,000 system gates providing extensive logic capacity
- Advanced Virtex architecture optimized for speed and density
- Configurable logic blocks (CLBs) for flexible design implementation
- Dedicated carry logic for high-speed arithmetic operations
Package Details:
- BG352 Ball Grid Array (BGA) package configuration
- 352-pin package offering optimal I/O density
- Speed grade -6 for enhanced performance characteristics
- Commercial temperature range operation
Key Features:
- High-speed performance with low power consumption
- Abundant I/O pins for complex interfacing requirements
- On-chip memory blocks for data storage and buffering
- Built-in clock management resources including DLLs and PLLs
- Support for various I/O standards and voltage levels
Price Information
The XCV300-6BG352C pricing varies based on quantity, supplier, and market conditions. For current pricing and availability of the XCV300-6BG352C, we recommend contacting authorized Xilinx distributors or electronic component suppliers. Volume discounts are typically available for larger orders, making the XCV300-6BG352C cost-effective for both prototyping and production applications.
Documents & Media
Essential documentation for the XCV300-6BG352C includes:
Technical Documentation:
- Official Xilinx datasheet with complete electrical specifications
- User guide detailing programming and configuration procedures
- Application notes covering design best practices
- Pin-out diagrams and package mechanical drawings
- Timing specifications and performance characteristics
Development Resources:
- Reference designs and example projects
- PCB layout guidelines for the BG352 package
- Thermal management recommendations
- Power supply design considerations
Related Resources
Complementary products and resources that enhance XCV300-6BG352C implementation:
Development Tools:
- Xilinx ISE Design Suite for design entry and synthesis
- ModelSim or other simulation software for verification
- ChipScope Pro for in-system debugging
- Programming cables and configuration devices
Companion Components:
- Configuration memory devices (PROMs, Flash)
- Power management ICs optimized for FPGA applications
- Clock generation and distribution circuits
- High-speed connectors and interface components
Technical Support:
- Xilinx online forums and community resources
- Application engineering support
- Training materials and webinars
- Third-party IP cores and design services
Environmental & Export Classifications
The XCV300-6BG352C meets stringent environmental and regulatory standards:
Environmental Compliance:
- RoHS compliant construction using lead-free materials
- Meets WEEE directive requirements for electronic waste
- Halogen-free package options available
- MSL (Moisture Sensitivity Level) rating for proper handling
Export Classifications:
- ECCN (Export Control Classification Number) compliance
- Suitable for commercial and industrial applications
- Export licensing requirements may apply for certain destinations
- Dual-use technology classifications per international regulations
Operating Conditions:
- Commercial temperature range: 0ยฐC to +85ยฐC
- Industrial temperature variants available
- Specified voltage and current operating parameters
- ESD protection measures integrated
The XCV300-6BG352C represents an excellent choice for engineers seeking a balance of performance, features, and cost-effectiveness in their FPGA-based designs. Its proven architecture and comprehensive support ecosystem make the XCV300-6BG352C suitable for applications ranging from telecommunications and networking to industrial automation and signal processing.
