The XC4013XL-09HT144C is a robust field-programmable gate array (FPGA) from Xilinx’s XC4000XL series, engineered to deliver exceptional performance in demanding industrial environments. This advanced programmable logic device combines high-speed operation with extended temperature tolerance, making it an ideal choice for mission-critical applications.
Product Specification
The XC4013XL-09HT144C features a comprehensive array of specifications designed for professional-grade applications:
Core Architecture:
- Logic cells: 1,368 configurable logic blocks
- System gates: 13,000 equivalent gates
- Maximum user I/O pins: 112
- Internal RAM bits: 6,144
Performance Characteristics:
- Speed grade: -09 (9ns delay)
- Operating frequency: Up to 111 MHz
- Package type: TQFP-144 (Thin Quad Flat Package)
- Pin count: 144 pins with 0.5mm pitch
Power and Voltage:
- Core voltage: 3.3V ยฑ5%
- I/O voltage compatibility: 3.3V/5V tolerant
- Power consumption: Optimized for low-power operation
- Standby current: Minimal power drain in inactive state
Temperature Range: The “HT” designation indicates high-temperature operation capability, supporting extended temperature ranges from -40ยฐC to +125ยฐC, making the XC4013XL-09HT144C suitable for harsh industrial environments.
Price
Pricing for the XC4013XL-09HT144C varies based on quantity, packaging options, and distributor channels. Contact authorized Xilinx distributors for current pricing information, volume discounts, and availability. The high-temperature variant typically commands a premium over standard temperature devices due to its enhanced environmental specifications.
Documents & Media
Technical Documentation:
- XC4013XL-09HT144C datasheet with complete electrical specifications
- XC4000XL series user guide and programming manual
- Package mechanical drawings and land pattern recommendations
- Application notes for optimal design implementation
- Programming file formats and configuration guidelines
Development Resources:
- Xilinx ISE development environment compatibility
- Reference designs and example projects
- Timing analysis and constraint files
- Board layout guidelines for TQFP-144 package
Quality Documentation:
- Product reliability reports and qualification data
- Manufacturing test specifications
- Quality assurance certificates
Related Resources
Compatible Development Tools:
- Xilinx ISE Design Suite for synthesis and implementation
- ModelSim simulation software for verification
- ChipScope Pro for in-system debugging
- JTAG programming cables and adapters
Evaluation Platforms:
- XC4000XL evaluation boards and development kits
- Reference design platforms featuring the XC4013XL-09HT144C
- Educational training modules and tutorials
Support Ecosystem:
- Technical support through Xilinx customer service
- Community forums and knowledge base
- Third-party IP cores and design services
- Migration guides for design upgrades
Environmental & Export Classifications
Environmental Compliance: The XC4013XL-09HT144C meets stringent environmental standards including RoHS compliance for lead-free manufacturing. The device undergoes rigorous qualification testing to ensure reliability across its specified operating conditions.
Export Control Information:
- ECCN (Export Control Classification Number): Classified under US export regulations
- Country of origin: Manufacturing location details available upon request
- REACH compliance: Compliant with European chemical regulations
- Conflict minerals: Sourced through responsible supply chain practices
Reliability Standards:
- JEDEC qualification standards compliance
- Automotive-grade reliability testing (where applicable)
- Extended burn-in testing for high-temperature variants
- Electrostatic discharge (ESD) protection ratings
Package Environmental Data:
- Moisture sensitivity level (MSL) classification
- Storage temperature recommendations
- Shelf life specifications
- Handling and storage guidelines
The XC4013XL-09HT144C represents a proven solution for applications requiring reliable programmable logic performance in challenging environmental conditions. Its combination of moderate complexity, high-speed operation, and extended temperature capability makes it particularly well-suited for industrial control systems, automotive electronics, and aerospace applications where dependability is paramount.
