1. Product Specifications
Core Features
- Part Number: XC3020PQ100BK-125C
- Manufacturer: Xilinx (now AMD)
- Product Family: XC3000 Series FPGAs (Original Generation)
- Temperature Grade: Ultra-High Temperature (125ยฐC Maximum)
- Package Variant: BK designation (Special variant)
- Architecture: Logic Cell Array (LCA)
Technical Specifications
| Parameter | Specification |
|---|---|
| Logic Capacity | 1000 Gates / 1.5K Gates equivalent |
| Configurable Logic Blocks (CLBs) | 64 CLBs |
| Logic Elements/Cells | 64 Cells |
| Speed Grade | Standard performance optimized for high temperature |
| Maximum Operating Frequency | Temperature-dependent (derated for 125ยฐC operation) |
| I/O Pins | Enhanced I/O capability with 100-pin package |
Power and Package Details
| Parameter | Specification |
|---|---|
| Supply Voltage | 5V (Operating) |
| Package Type | 100-Pin PQFP (Plastic Quad Flat Pack) |
| Package Code | PQ100BK |
| Terminal Configuration | Quad Flat Pack leads |
| Number of Terminals | 100 |
| Package Shape | Square |
| Lead Pitch | 0.65mm (typical for PQFP100) |
| Package Variant | BK special designation |
| Mounting Style | Surface mount technology (SMT) |
Operating Conditions
| Parameter | Range |
|---|---|
| Operating Temperature | Up to +125ยฐC (Ultra-High Temperature) |
| Storage Temperature | -65ยฐC to +150ยฐC (typical) |
| Technology | CMOS Static Memory Technology |
| Performance Class | High-temperature optimized |
| Environmental Rating | Military/Automotive grade |
2. Pricing Information
Current Market Pricing
The XC3020PQ100BK-125C is an extremely specialized legacy/obsolete component with pricing reflecting its ultra-high temperature capability and military/automotive grade specifications. This represents one of the most specialized temperature variants in the XC3020 family, commanding premium pricing due to its exceptional 125ยฐC operating capability.
Pricing Factors:
- Ultra-High Temperature Premium: Exceptional cost for 125ยฐC operation capability
- Military/Automotive Grade: Specialized qualification for extreme environment applications
- BK Variant Designation: Special package variant with enhanced specifications
- 100-Pin PQFP Package: Enhanced I/O capability in surface-mount configuration
- Extreme Scarcity: Very limited availability of this specialized high-temperature variant
- Legacy Status: Obsolete product with specialized high-temperature requirements
Current Market Status:
- Lead Time: Extended due to obsolete status and ultra-specialized temperature grade
- MOQ: 1 piece minimum order quantity
- Stock Sources: Highly specialized military/aerospace distributors and surplus suppliers
- Market Position: Ultra-premium legacy component for extreme temperature applications
- Availability: Extremely limited stock due to specialized nature and discontinued status
Ultra-High Temperature Premium Matrix:
- Highest cost variant due to exceptional 125ยฐC capability
- Significantly higher than standard commercial or industrial grades
- Premium positioning for military and automotive extreme temperature applications
- Value proposition for applications where standard temperature grades cannot operate
3. Documents & Media
Technical Documentation
- Primary Datasheet: XC3000 Series Logic Cell Array Data Sheet
- High-Temperature Specifications: Performance data and derating curves for 125ยฐC operation
- Military/Automotive Qualification: Environmental and reliability testing documentation
- Application Notes: High-temperature design considerations and thermal management
- Package Information: 100-pin PQFP package specifications and BK variant details
Development Resources
The XACT development system provides schematic capture and auto place-and-route for design entry optimized for high-temperature applications. Specialized timing analysis and thermal derating considerations are essential for 125ยฐC operation validation.
Available Documentation:
- Comprehensive XC3000 series datasheet with 125ยฐC specifications (PDF format)
- Ultra-high temperature performance characteristics and extensive derating data
- Military/automotive environmental testing and qualification reports
- Thermal management guidelines for 125ยฐC operation
- 100-pin PQFP package specifications and BK variant documentation
- High-temperature PCB design guidelines and thermal considerations
Ultra-High Temperature Design Considerations
The XC3020PQ100BK-125C requires specialized design approaches:
- Extreme Thermal Management: Advanced cooling solutions for 125ยฐC ambient operation
- Performance Derating: Significant timing and power derating at maximum temperature
- Material Selection: High-temperature PCB materials and assembly considerations
- System-Level Thermal Design: Comprehensive thermal analysis and heat dissipation
- Reliability Analysis: Long-term reliability projections at extreme temperatures
Legacy Development Tools
High-temperature operation requires specialized development and validation approaches using the original XACT development environment with enhanced thermal modeling.
Historical Development Environment:
- XACT Development System: Original Xilinx FPGA design software with thermal analysis
- High-Temperature Validation: Extensive temperature characterization and testing
- Thermal Simulation: Temperature-dependent performance modeling and verification
4. Related Resources
Compatible Configuration Devices
The XC3020PQ100BK-125C requires configuration devices that also support ultra-high temperature operation for complete system-level 125ยฐC capability.
Development Software
Ultra-high temperature applications require specialized development approaches with comprehensive thermal analysis and performance validation across the full temperature range.
Historical Software Tools:
- XACT Development System with high-temperature design validation
- Thermal analysis and performance characterization tools
- Military/automotive qualification and testing utilities
- Temperature-dependent timing analysis and verification
Temperature Grade Comparison
XC3020PQ100BK-125C vs Other Temperature Grades:
- Commercial Grade: 0ยฐC to +85ยฐC (Standard applications)
- Extended Commercial: -40ยฐC to +85ยฐC (Automotive applications)
- Industrial Grade: -40ยฐC to +105ยฐC (Industrial applications)
- XC3020PQ100BK-125C: Up to +125ยฐC (Military/extreme automotive)
- Military Grade: -55ยฐC to +125ยฐC (Full military temperature range)
Package Alternatives
Related XC3020 Package Options:
- XC3020-PQ100C (Standard commercial temperature, PQFP100)
- XC3020-PC68 series (68-pin PLCC packages)
- XC3020-PG84 series (84-pin ceramic PGA packages)
Ultra-High Temperature Applications
The 125ยฐC capability enables unique applications:
- Engine Control Units: Automotive applications near engine compartments
- Military Electronics: Extreme environment military systems
- Aerospace Applications: High-temperature aerospace electronics
- Industrial Process Control: High-temperature industrial environments
- Downhole Electronics: Oil and gas exploration applications
Technical Support Services
FPGA technical engineer will help you with the XC3020PQ100BK-125C pinout information, replacement, datasheet in PDF, programming tools, starter kit, and ultra-high temperature design considerations.
Available Support:
- Ultra-high temperature application guidance
- Thermal design and thermal management consultation
- Military/automotive qualification assistance
- Specialized high-temperature system design support
5. Environmental & Export Classifications
Environmental Compliance Status
| Classification | Status |
|---|---|
| RoHS Compliance | No RoHS (Legacy product predates RoHS regulations) |
| Lead Content | Contains Lead (Standard for era of manufacture) |
| Environmental Status | Not Applicable (Obsolete legacy product) |
| REACH Compliance | Contact manufacturer for current status |
Temperature and Environmental Ratings
- Operating Temperature Range: Up to +125ยฐC (Ultra-High Temperature grade)
- Storage Temperature Range: -65ยฐC to +150ยฐC (typical)
- Humidity: Specialized high-temperature environment capability
- Temperature Classification: Ultra-High Temperature (125ยฐC maximum)
- Environmental Rating: Military/Automotive grade for extreme conditions
Ultra-High Temperature Specifications
- Maximum Operating Temperature: +125ยฐC (exceptional capability)
- Short-term Temperature Resistance: Up to 150ยฐC (brief exposure)
- Thermal Cycling: Superior capability for extreme temperature cycling
- Long-term Reliability: Military/automotive validation for 125ยฐC operation
- Performance Derating: Comprehensive derating curves for high-temperature operation
- Thermal Shock Resistance: Enhanced capability for rapid temperature changes
Package and Handling Classifications
- Package Material: High-temperature plastic (PQFP – Plastic Quad Flat Pack)
- Terminal Finish: High-temperature compatible lead finish
- MSL Rating: High-temperature moisture sensitivity considerations
- ESD Classification: Handle with enhanced ESD precautions
- Mounting: Surface mount technology optimized for high-temperature assembly
- Thermal Expansion: Package designed for extreme temperature cycling
Trade and Export Information
- ECCN Classification: Consult current export control regulations (potential military application)
- Harmonized Tariff Code: 8542.33.0001 (typical for integrated circuits)
- Country of Origin: Varies by manufacturing date and facility
- Documentation: Certificate of Conformance with 125ยฐC validation
- Lifecycle Status: Obsolete (no longer in production)
- Military/Aerospace Classification: Potential ITAR or EAR restrictions
Military/Automotive Environmental Benefits
- Extreme Temperature Operation: Unmatched high-temperature capability
- Environmental Ruggedness: Designed for harshest operating conditions
- Long-term Stability: Proven reliability in extreme environments
- Chemical Resistance: Enhanced resistance to high-temperature environmental factors
Applications and Use Cases
Ultra-High Temperature Applications
The XC3020PQ100BK-125C is specifically designed for:
- Automotive Engine Management: ECUs operating near engine compartments
- Military Electronics: Extreme environment military and defense systems
- Aerospace Applications: High-temperature aerospace and avionics systems
- Industrial Process Control: High-temperature industrial monitoring and control
- Downhole Electronics: Oil and gas exploration and drilling electronics
Military and Defense Applications
- Vehicle Electronics: Military vehicle systems operating in extreme environments
- Weapon Systems: Non-critical electronic systems in high-temperature environments
- Communications Equipment: Military communications in extreme thermal conditions
- Sensor Systems: High-temperature sensor interface and processing electronics
- Power Management: High-temperature power control and distribution systems
Automotive Extreme Temperature Applications
- Engine Control Units: Direct engine compartment mounting applications
- Transmission Control: High-temperature transmission management systems
- Exhaust System Electronics: Sensors and controls near exhaust systems
- Racing Electronics: High-performance automotive racing applications
- Heavy Equipment: Construction and mining equipment electronics
System Integration for 125ยฐC Operation
- Advanced Thermal Management: Comprehensive cooling and heat dissipation systems
- High-Temperature PCB Design: Specialized materials and layout for 125ยฐC operation
- Component Selection: System-wide high-temperature component qualification
- Environmental Protection: Enclosures and protection for extreme temperature environments
Summary
The XC3020PQ100BK-125C represents an ultra-specialized variant of Xilinx’s original XC3000 series, specifically engineered for extreme temperature applications requiring operation up to 125ยฐC. This exceptional capability makes it suitable for high temperature working environments such as military electronics and automotive systems where standard temperature grade components cannot operate.
This ultra-high temperature FPGA features the same fundamental 64 CLB, 1000 gate architecture that defined early FPGA capabilities, housed in a 100-pin PQFP package with BK variant designation that provides enhanced I/O capability and specialized high-temperature qualification. The 125ยฐC maximum operating temperature represents exceptional capability that exceeds commercial (85ยฐC), extended commercial (85ยฐC), and even standard industrial (105ยฐC) temperature ratings.
The XC3020PQ100BK-125C serves as the ultimate solution for applications requiring operation in extreme thermal environments where no other temperature grade can provide adequate performance. The ultra-high temperature capability, combined with military/automotive grade qualification, makes it invaluable for engine control units, military electronics, aerospace applications, and other extreme environment systems.
As an obsolete product with the most demanding temperature specifications available in FPGA technology of its era, the XC3020PQ100BK-125C remains highly valuable for legacy system maintenance, extreme temperature system upgrades, and specialized projects requiring the unique combination of original XC3000 architecture and exceptional 125ยฐC operating capability.
For new designs requiring ultra-high temperature operation, consider evaluating modern FPGA alternatives that offer superior performance, lower power consumption, and current environmental compliance standards while potentially providing even greater temperature capabilities than this exceptional legacy variant.
