Overview of XC5204-5PQG160C Field Programmable Gate Array
The XC5204-5PQG160C is a powerful Field Programmable Gate Array (FPGA) from the renowned Xilinx FPGA XC5200 family, designed for cost-effective digital logic implementation. This SRAM-based programmable device offers exceptional flexibility for engineers seeking reliable solutions in telecommunications, industrial automation, and embedded systems applications.
Key Technical Specifications
Core Performance Features
| Specification |
Details |
| Part Number |
XC5204-5PQG160C |
| Manufacturer |
Xilinx (now AMD Xilinx) |
| Product Family |
XC5200 Series |
| Logic Cells |
480 cells (120 CLBs) |
| Gate Count |
6,000 system gates |
| Operating Frequency |
83 MHz maximum |
| Process Technology |
0.5µm CMOS, three-layer metal |
| Supply Voltage |
5V nominal |
| Package Type |
160-Pin PQFP (Plastic Quad Flat Pack) |
| Operating Temperature |
Commercial grade (0°C to +70°C) |
Advanced Architecture Details
| Feature |
Specification |
| Configurable Logic Blocks |
120 CLBs |
| I/O Pins |
124 user I/O pins |
| RAM Bits |
Distributed RAM capability |
| Speed Grade |
-5 (83 MHz performance) |
| Configuration |
SRAM-based reprogrammable |
| VersaBlock Technology |
Register/latch rich architecture |
| Interconnect |
Hierarchical routing resources |
Product Features and Benefits
Architecture Advantages
The XC5204-5PQG160C FPGA features the innovative VersaBlock™ logic module architecture, providing engineers with:
- Low-cost implementation with register-rich design capabilities
- SRAM-based reprogrammable architecture for unlimited reconfiguration
- VersaRing I/O interface delivering high logic-to-I/O ratios
- Three-layer metal CMOS process for enhanced routing density
- Programmable output slew-rate control for noise reduction and performance optimization
Design Flexibility Features
| Design Capability |
Description |
| HDL Support |
VHDL and Verilog synthesis compatible |
| Design Tools |
Xilinx ISE Foundation tools support |
| Input Methods |
ABEL, schematic capture, HDL synthesis |
| Clock Management |
Multiple global clock networks |
| Register Performance |
Zero flip-flop hold time for input registers |
Applications and Use Cases
Primary Application Areas
The XC5204-5PQG160C FPGA excels in diverse engineering applications:
- Telecommunications Equipment
- Protocol converters
- Digital signal processing
- Interface bridging solutions
- Industrial Control Systems
- PLC logic replacement
- Motor control applications
- Sensor interface circuits
- Embedded System Design
- Custom peripherals
- Logic acceleration
- System-on-chip prototyping
- Consumer Electronics
- Video processing
- Audio DSP applications
- Custom interface controllers
Package and Pin Configuration
160-Pin PQFP Package Details
| Package Characteristic |
Specification |
| Package Style |
PQFP (Plastic Quad Flat Pack) |
| Pin Count |
160 pins total |
| User I/O |
124 configurable I/O pins |
| Body Size |
28mm x 28mm nominal |
| Pin Pitch |
0.65mm |
| Mounting Type |
Surface mount technology (SMT) |
| Terminal Type |
Gull wing leads |
| Package Height |
Low profile design |
Performance Specifications
Timing and Speed Characteristics
| Parameter |
Value |
Unit |
| Maximum Frequency |
83 |
MHz |
| Logic Delay |
Speed grade -5 |
ns |
| Clock-to-Output |
Optimized for high-speed |
ns |
| Setup Time |
Zero hold time architecture |
ns |
| Routing Delay |
Hierarchical interconnect |
ns |
Power Consumption Profile
| Condition |
Typical |
Maximum |
Unit |
| Supply Voltage (VCC) |
5.0 |
5.25 |
V |
| Minimum Voltage |
4.75 |
– |
V |
| Standby Current |
Low |
Varies |
mA |
| Active Current |
Design dependent |
Varies |
mA |
Programming and Configuration
Configuration Methods
The XC5204-5PQG160C supports multiple configuration modes:
- Master Serial Mode – Device controls configuration sequence
- Slave Serial Mode – External controller manages configuration
- Master Parallel Mode – Fast parallel configuration option
- Slave Parallel Mode – Microprocessor-based configuration
- Boundary Scan (JTAG) – IEEE 1149.1 compliant testing and programming
Development Tool Support
| Tool Category |
Supported Options |
| Design Entry |
Xilinx ISE, Schematic capture, HDL editors |
| Synthesis |
XST, Synplify, Precision RTL |
| Simulation |
ModelSim, ISim, third-party simulators |
| Implementation |
Xilinx MAP, PAR, BitGen |
| Programming |
iMPACT, JTAG programmers |
Quality and Reliability
Manufacturing Standards
The XC5204-5PQG160C is manufactured to the highest quality standards:
- Lifecycle Status: Legacy/Obsolete (available through authorized distributors)
- Quality Assurance: Industrial-grade testing procedures
- Reliability Testing: Comprehensive burn-in and characterization
- Manufacturer: Originally Xilinx, now AMD Xilinx
- Availability: Available through Rochester Electronics and authorized channels
Environmental Compliance
| Standard |
Status |
| RoHS Compliance |
Contact manufacturer for specific lot compliance |
| REACH Compliance |
Refer to manufacturer documentation |
| Moisture Sensitivity |
MSL rating available in datasheet |
| Operating Temperature |
Commercial: 0°C to +70°C |
| Storage Temperature |
-55°C to +125°C |
Technical Support and Resources
Documentation Available
Engineers working with the XC5204-5PQG160C can access:
- Complete product datasheet with electrical specifications
- XC5200 family user guide and technical reference manual
- Application notes for common design scenarios
- Design constraint files and timing models
- PCB layout guidelines and footprint information
Design Resources
| Resource Type |
Description |
| CAD Models |
STEP files, footprints, symbols available |
| Reference Designs |
Application-specific examples |
| Software Tools |
Legacy ISE tools for device support |
| Technical Forums |
Community and manufacturer support |
Comparison with Related Products
XC5200 Family Overview
| Part Number |
Logic Cells |
Gates |
I/O Pins |
Package |
| XC5202 |
256 |
3,000 |
81-89 |
Various |
| XC5204 |
480 |
6,000 |
124 |
160-PQFP |
| XC5206 |
784 |
9,000 |
133-142 |
Various |
| XC5210 |
1,120 |
13,000 |
168-192 |
Various |
| XC5215 |
1,936 |
23,000 |
205-244 |
Various |
Ordering Information and Availability
Part Number Breakdown
XC5204-5PQG160C decoded:
- XC5204: Device family and logic capacity (480 cells)
- -5: Speed grade (83 MHz performance)
- PQ: Package type (Plastic Quad)
- G: Gull wing leads
- 160: Pin count (160 pins)
- C: Commercial temperature range
Procurement Options
| Supplier Type |
Availability |
| Rochester Electronics |
Authorized manufacturer for legacy Xilinx parts |
| Authorized Distributors |
DigiKey, Mouser, Arrow Electronics |
| Regional Suppliers |
Contact local electronics distributors |
| Lead Time |
Varies by supplier and quantity |
Why Choose XC5204-5PQG160C?
Competitive Advantages
The XC5204-5PQG160C FPGA offers distinct benefits for engineers:
- Proven Architecture: Based on successful SRAM FPGA technology with extensive field history
- Cost-Effective Solution: Balanced performance-to-price ratio for medium-density applications
- Design Tool Support: Compatible with industry-standard HDL synthesis tools
- Flexible I/O: 124 user-configurable I/O pins with programmable characteristics
- Reprogrammable Design: Unlimited reconfiguration capability for iterative development
Target Customer Profile
Ideal for:
- Engineers maintaining legacy systems
- Design teams requiring proven, cost-effective FPGA solutions
- Industrial applications with 5V system requirements
- Prototyping and educational institutions
- Replacement and repair applications
Technical Considerations
Design Guidelines
When implementing designs with the XC5204-5PQG160C:
- Power Supply Design: Ensure adequate 5V power delivery with proper decoupling
- Clock Distribution: Utilize global clock resources for optimal performance
- I/O Planning: Consider VersaRing I/O architecture for efficient pin assignment
- Thermal Management: Provide appropriate cooling for high-utilization designs
- Signal Integrity: Follow PCB layout guidelines for high-speed signals
Common Design Patterns
| Application |
Recommended Approach |
| State Machines |
Leverage register-rich CLB architecture |
| Counters/Timers |
Utilize dedicated carry logic |
| Memory Buffers |
Implement using distributed RAM |
| Interface Logic |
Deploy programmable I/O standards |
Conclusion
The XC5204-5PQG160C represents a mature, reliable FPGA solution from the Xilinx XC5200 family, offering 6,000 gates of programmable logic in a compact 160-pin PQFP package. With its SRAM-based architecture, 83 MHz performance capability, and 124 user I/O pins, this device continues to serve engineers in applications requiring proven technology and cost-effective implementation.
Whether you’re maintaining existing designs, developing industrial control systems, or implementing custom digital logic, the XC5204-5PQG160C provides the flexibility and performance needed for successful project completion. Its comprehensive design tool support, extensive documentation, and continued availability through authorized distributors make it an excellent choice for both new designs and legacy system support.
For more information about Xilinx FPGA products and applications, visit our comprehensive Xilinx FPGA resource center.
Frequently Asked Questions
Q: Is the XC5204-5PQG160C still available for purchase? A: Yes, the device is available through Rochester Electronics and authorized distributors, though it is considered a legacy product.
Q: What development tools support this FPGA? A: The Xilinx ISE Design Suite provides full support for the XC5200 family, including synthesis, implementation, and programming tools.
Q: Can this FPGA be used in new designs? A: While functional and available, newer FPGA families may offer better performance and features. This device is ideal for legacy support and specific 5V applications.
Q: What is the maximum operating frequency? A: The -5 speed grade supports system frequencies up to 83 MHz, with actual performance depending on design complexity and routing.
Q: How many times can the device be reprogrammed? A: As an SRAM-based FPGA, the XC5204-5PQG160C can be reprogrammed unlimited times without degradation.
